Vision. Mission. To generate knowledge for global competitive advantage and become a leading world class research university

Transcription

1 Vision To generate knowledge for global competitive advantage and become a leading world class research university Mission To play a leading role as a university of engineering and technology, in teaching, innovation and commercialization that is internationally relevant and has a direct bearing on national, industrial, technological and socio-economic development

2 Government is committed to promote education and research to acquire modern skills and proper usage of technologies to boost the economy of Pakistan and to face the challenges of upcoming era Chief Minister CPEC will be a game changer for national development and provide better job opportunities in the field of engineering and technology Minister for Planning, Development and Reforms

3 Chancellor's Message The University of Engineering and Technology, Lahore, enjoys a respectable position as a leading institution amongst the reputed engineering universities of the world. Being a pioneering institution of engineering and technology in Pakistan, it cherishes a rich tradition of imparting quality engineering and technical education to the best brains of the country. It is indeed a matter of great satisfaction for me to note that significant improvement has been achieved in the sphere of engineering and technical education at the University in accordance with national and international standards. With its emphasis on research and applied disciplines relevant to the need of time, the University is certainly alive to the increasing demand of professional and progressive engineering for national development. It is equally commendable that the University has created a modern infrastructure and has established its sub-campuses at Kala Shah Kaku, Faisalabad Narowal and a constituent college at Gujranwala to further engineering studies in the country. This has certainly made it possible for students form diverse areas in Punjab to update their knowledge in various technical disciplines since modern technology has become essential for rapid progress. I am confident that efforts to excel in the field of higher education and the inculcation of technical expertise in the students of the University will continue in future with a greater zeal. MALIK MUHAMMAD RAFIQUE RAJWANA GOVERNOR PUNJAB / CHANCELLOR, UNIVERSITY OF ENGINEERING & TECHNOLOGY, LAHORE

4 Pro Chancellor's Message Modern Technology has become a backbone for socio-economic development of any country. Government is taking measures to promote technical and higher education through many effective projects. Higher education enables the individuals to expand their knowledge and skills, express their thoughts clearly in speech and in writing, grasp abstract concepts and theories, and increase their understanding of the world and their community. In this regard varsities play an active and pivotal role. University of Engineering and Technology is the pioneering engineering institution of Pakistan with a long history dating back to 1923 when it was upgraded to a College and was subsequently upgraded to a university in It enjoys the prestige as an engineering institute producing energetic and devoted minds to resolve the issues on scientific grounds. Its alumni are serving in key engineering and technical management positions all around the world. I believe that UET students are blessed ones who avail the opportunity of getting education from a revered and prestigious university of the country and they will contribute to the field of engineering and technology not only in Pakistan but also abroad. SYED RAZA ALI GILLANI MINISTER FOR HIGHER EDUCATION, GOVERNMENT OF PUNJAB/ UNIVERSITY OF ENGINEERING & TECHNOLOGY, LAHORE

5 Vice Chancellor' s Message I am pleased to state that UET as a premier institution, established in 1921, has now become an icon of quality in engineering education and it is a great honor for me to serve my alma mater. As you know that the vision and mission are realigned recently to promote education, research and innovation which are important for technological development in the country. This has been demonstrated by the alumni who are serving in important national projects (i.e., engineering, design, IT, energy, architecture, planning, R&D and infrastructure), organizations and multinational companies. The new initiatives are taken for implementation of Outcome Based Education (OBE) to enhance student learning outcomes in their degree programs with emphasis on research, knowledge, skills and values. This will certainly help to produce graduates having advanced knowledge in their fields and humanistic rectitude to be fit to serve for technological progress and to confront social challenges in society. The faculty has set the quality benchmarks to achieve the milestones and key performance indicators (KPIs) for research, commercialization entrepreneurship and better learning outcomes in all programs. The administration is aware of the challenges and difficulties to overcome and to provide best service to students and faculty and bring harmonization in activities of all departments, centers and hostels. These efforts will lead to improvement in quality of education, services as well as national and international ranking. We are also strengthening our linkages with alumni, industry, Government departments and international partners for academic cooperation. I would like to congratulate the students selected on merit and for their choice to join UET. They have accepted the challenge to work harder and smarter, to excel in science, technology, research and management programs as well as participation in sports, professional chapter competitions, and co-curricular activities. I should also take this opportunity to welcome the students especially the new intake at all campuses of UET at the start of academic session and hope that their stay will be pleasant with good learning experience. Prof. Dr. Fazal Ahmad Khalid, SI

6 University of Engineering and Technology Lahore Chancellor MALIK MUHAMMAD RAFIQUE RAJWANA Governor of Punjab Pro Chancellor SYED RAZA ALI GILLANI Minister for Education (Higher Education) Vice Chancellor PROF. DR. FAZAL AHMAD KHALID, SI Registrar MUHAMMAD ASIF Controller of Examination MUHAMMAD ZARGHAM NUSRAT Treasurer IMRAN BABAR

7 Deans of Faculties Faculty of Electrical Engineering PROF. DR. SUHAIL AFTAB QURESHI Faculty of Mechanical Engineering PROF. DR. NADEEM AHMAD MUFTI Faculty of Civil Engineering PROF. DR. ABDUL SATTAR SHAKIR Faculty of Chemical, Metallurgical & Polymer Engineering PROF. DR. NADEEM FEROZE Faculty of Earth Sciences & Engineering PROF. DR. NADEEM FEROZE Faculty of Architecture & Planning PROF. DR. GHULAM ABBAS ANJUM Faculty of Natural Sciences, Humanities & Islamic Studies PROF. DR. MUHAMMAD SHAHID RAFIQUE

8 Chairpersons/ Directors of Teaching Departments/ Institutes Electrical Engineering PROF. DR. TAHIR IZHAR Computer Science and Engineering PROF. DR. MUHAMMAD SHAHBAZ Mechanical Engineering PROF. DR. NASIR HAYAT Industrial & Manufacturing Engineering PROF. DR. MUHAMMAD PARVEZ MUGHAL Mechatronics & Control Engineering PROF. DR. NADEEM AHMAD MUFTI Civil Engineering PROF. DR. HABIB UR REHMAN Institute of Environmental Engineering & Research PROF. DR. SAJJAD H. SHEIKH Architectural Engineering & Design PROF. DR. MUHAMMAD ARIF KHAN Transportation Engineering & Management PROF. DR. AMMAD HASSIAN KHAN Chemical Engineering PROF. DR. ING NAVEED RAMZAN Polymer & Process Engineering PROF. DR. ASIF ALI QAISER Mining Engineering DR. ZULFIQAR ALI Petroleum and Gas Engineering DR. MUHAMMAD KHURRAM ZAHOOR Metallurgical & Materials Engineering PROF. DR. AKHLAQ AHMAD School of Architecture & Design PROF. DR. GHULAM ABBAS ANJUM Architecture PROF. DR. GHULAM ABBAS ANJUM Product & Industrial Design PROF. DR. SABAHAT ALAMGIR City & Regional Planning PROF. DR. RIZWAN HAMEED Physics PROF. DR. ANWAR LATIF Chemistry PROF. DR. SYEDA RUBINA GILANI Mathematics PROF. DR. MUHAMMAD MUSHTAQ Humanities & Social Sciences PROF. DR. MUHAMMAD SHAHID RAFIQUE Islamic Studies DR. IRFAN KHALID DHILLON Institute of Business and Management PROF. DR. MUHAMMAD SHAHID RAFIQUE Geological Engineering DR. MUHAMMAD ZUBAIR ABU BAKAR

9 Heads of Non-Teaching Departments Director Research, Innovation and Commercialization PROF. DR. MUHAMMAD TAHIR Director Studies PROF. DR. GHULAM ABBAS ANJUM Senior Warden PROF. DR. NASIR HAYAT Convener Admission Committee / In-charge Students Section PROF. DR. MOHAMMAD ALI MAUD Focal Person Higher Education Commission PROF. DR. AKHLAQ AHMAD MALIK Chairman Health Committee PROF. DR. KHALID MAHMOOD UL HASSAN Chairman Transport Committee PROF. DR. IJAZ AHMAD Chairman Library Committee PROF. DR. ASADULLAH QAZI Chairman Proctorial Board PROF. DR. MUHAMMAD SHOAIB Chairman Sports Committee PROF. DR. NADEEM FEROZE Director Repair and Maintenance Centre PROF. DR. NADEEM AHMAD MUFTI Director Automotive Engineering Centre PROF. DR. NASIR HAYAT Director Students Affairs PROF. DR. ASIF ALI QAISER Director International Students Office PROF.DR. MUHAMMAD SALEEM KHAN Director Students Financial Aid & Career Services PROF. DR. NASEEM ADIL SIDDIQUI Director,Al-Khawarizmi Institute of Computer Sciences PROF. DR. WAQAR MAHMOOD Director External Linkages PROF. DR. MUHAMMAD TAHIR Director Planning and Development DR. MUHAMMAD AZEEM RAZA Project Director Lahore Campus ENGR. ASIF JAH Project Director University City Campus ENGR. OWAIS MALIK Project Director Faisalabad Campus ENGR. ASIF JAH Resident Officer MUHAMMAD ASIF Resident Auditor MUHAMMAD KHALID HANIF KHAN Public Relations Officer Ms. SHAHIDA NAZIR

10 Postgraduate Academic Calendar ( ) FALL SEMESTER Semester Starts Semester Ends (after 16 weeks) Exam Weeks th Monday, 4 September 2017 nd Friday, 22 December 2017 th Tuesday, 26 December 2017 to Friday, 5 January 2018 th Semester Break th Monday, 8 January 2018 to Friday19 January 2018 th Spring Semester Semester Starts Semester Ends (after 17 weeks) Exam Weeks nd Monday, 22 January 2018 th Friday, 18 May 2018 st Monday, 21 May 2018 to Friday,1 June 2018 st Summer Semester (Optional) Summer Semester Starts Semester Ends nd Monday, 2 July 2018 Friday, 24 th August 2018

11 Contents Introduction M.Sc., Masters and M.Phil. Admission Process Ph.D. Regulations: Admission and Degree Completion Process Faculty of Electrical Engineering Department of Electrical Engineering Department of Computer Science and Engineering Faculty of Mechanical Engineering Department of Mechanical Engineering Department of Industrial & Manufacturing Engineering Department of Mechantronics & Control Engineering Faculty of Civil Engineering Department of Civil Engineering 34 Department of Transportation Engineering & Management 38 Institute of Environmental Engineering & Research 40 Department of Architectural Engineering & Design 42 Center of Excellence in Water Resource Engineering 43 NON TEACHING DEPARTMENT Al-Khwarzmi Institute of Computer Science Office of Research, Innovation and Commercialization Student Financial Aid and Career Services Office University Advancement and External Linkages Office National Library of Engineering Sciences Rules & Regulations Important Information Post Graduate Semester Regulations Examination Regulations Visiting Students Policy Discipline Matters Code of Honour 89 Acts of Indiscipline Punishable Under University Rules 89 Authorities to Check Indiscipline 89 Penalties for Acts of Indiscipline 90 General Discipline Rules Relating to Students 91 Faculty of Chemical, Metallurgical & Polymer Engineering Department of Chemical Engineering Department of Polymer & Process Engineering Department of Metallurgical and Materials Engineering Faculty of Earth Science & Engineering Department of Mining Engineering Department of Geological Engineering Department of Petroleum & Gas Engineering Faculty of Architecture & Planning Department of Architecture Department of City & Regional Planning Department of Product and Industrial Design Fee Regulations 92 Fee and Expenses 93 Important Contact Information 94 Acknowledgment 95 Disclaimer 95 Faculty of Natural Sciences, Humanities & Islamic Studies Department of Chemistry Department of Mathematics Department of Physics Department of Islamic Studies Forms Check List / Declaration Form Biodata Card Medical Certificate Undertaking

12 12 INTRODUCTION Though this institution received its charter as a University in 1961, it has a much longer history as a distinguished seat of learning in engineering sciences. It started in 1921 as the Mughalpura Technical College, deriving its name from the famous suburb of the old city of Lahore, richly dotted with architectural heritage of the great Mughals including the magnificent Shalimar Gardens. Its more familiar name of the pre-university era, the Maclagan Engineering College, was given to it in 1923 when Sir Edwards Maclagan, the then Governor of the Punjab, laid the foundation stone of the building, now called the Main Block, which still retains its majesty in spite of the wear and tear of over eight decades. At that stage, the institution offered courses of study in two disciplines, namely Electrical and Mechanical Engineering. The year 1932 is a major milestone in the evolution of this institution when it was affiliated with the University of the Punjab for award of a Bachelor's Degree in Engineering. At the dawn of Independence in 1947, it had well-established B.Sc. Degree courses in civil, electrical and mechanical engineering, and the quality of its scholastic standards won it a place of prestige throughout the British India. In 1954, a Bachelor's Degree course in Mining Engineering, the first-ever of its kind in the country, was started. But its massive expansion and development commenced in 1961 on its transformation into a University. It set for itself a variety of goals, but the first priority was to start teaching of those disciplines which were crucial for national development but were not catered for by any institution in the country. Accordingly, in the sixties, Bachelor's degree courses were started in Chemical Engineering, Petroleum & Gas Engineering, Metallurgical Engineering, Architecture, and City & Regional Planning. Later, the University concentrated its energies and resources on developing its postgraduate programs. By 1970's it had established over a score of graduate programs in diverse specializations of engineering, architecture, planning and allied disciplines. Ph.D. program was also instituted in a number of disciplines. The process of consolidating and strengthening continued to be a major concern of the University, with phenomenal increase in enrollment of students in seventies. Consequently, the University College of Engineering, Taxila was established in For three years it functioned at Sahiwal and was shifted to its campus at Taxila in This college has now been upgraded to University of Engineering and Technology, Taxila. Establishing traditions of research in the engineering and allied disciplines has been a major goal of the University. With this end in view, the University established a Directorate of Research, Extension and Advisory Services which strives for the promotion and organization of research activities. In the recent past, there has been a substantial rise in students' enrollment and the figure has now gone up to over Currently, 2484 students are pursuing postgraduate studies. The number of female students enrolling for different disciplines is ever on the increase, and is 2293 at present. The number of foreign students coming from countries, like Iran, Jordan, Kuwait, Kenya, Nepal, Saudi Arabia, Iraq, Bangladesh and Sri Lanka is over 332 which gives the University Campus a cosmopolitan character. The university has 818 teachers of which 270 have a Ph.D. while 250 are pursuing Ph.D. abroad The teaching departments of the University are grouped into the following seven faculties: Faculty of Electrical Engineering Faculty of Mechanical Engineering Faculty of Civil Engineering Faculty of Architecture & Planning Faculty of Chemical, Metallurgical and Polymer Engineering Faculty of Natural Sciences, Humanities and Islamic Studies Faculty of Earth Sciences and Engineering The university set up a campus at Faisalabad in 2006 and also established a campus at Kala Shah Kaku in 2007, which is known as University City Campus. Rachna College of Engineering & Technology, Gujranwala is a constituent college and follows the same academic curriculum and policies as the ones followed at the main campus in Lahore. In 2012, the university established a new campus in Narowal with an aim to produce quality technical manpower for the District of Narowal and its surroundings. In addition to managing its own campus, the University controls the academic programs and examinations of numerous institutions which are affiliated to it for award of degrees.

13 M.Sc., Masters and M.Phil. Admission Process 1. In order to make a uniform policy for admission to the postgraduate classes excluding Ph.D. classes, it was envisaged that admission to all postgraduate classes be opened at one time according to admission schedule under these regulations: 2. DEFINITIONS i. 'University' means University of Engineering and Technology, Lahore ii. 'Faculty' means the concerned faculty of the university. iii. 'Dean' means the Dean of the faculty concerned. iv. 'Chairman' means the chairman of the department concerned. v. 'Controller of Examinations' means the controller of examinations of the university vi. 'Academic Year' means a year consisting of Spring and Fall Semester. v. 'Vice Chancellor' means the Vice Chancellor of the University. vi. 'Pro Vice Chancellor' means the Pro Vice Chancellor of the University. vii. Student means a bonafide student of a degree program of the University who does not maintain admission simultaneously in any other degree/diploma program of the University or in any other Institution EXPLANATION i. In these regulations the pronoun 'he' and 'its' are used for both male and female persons. ii. The medium of instructions and examination/thesis shall be English. 3. ELIGIBILITY FOR ADMISSION 3.1 For Masters/ M.Sc. Programs (Except M. Phil.) Only those candidates will be eligible for admission who have passed their undergraduate (16 years equivalent) degree by securing a minimum of 60% raw score under annual system or a CGPA of 2.50 out of a maximum of 4.00 under semester system. CGPAs on other scales will be translated accordingly. In case CGPA and marks are both recorded on the transcript, then CGPA score would be considered. In addition, the applicant shall have to clear the prescribed Aptitude Test securing at least 50% cumulative score for admission. a. A candidate for admission to a postgraduate class, [other than those mentioned at (b) to (q) below] must possess at least Bachelor's Degree in the relevant discipline/subject from a recognized institute/university unless higher qualification is laid down for a particular discipline. b. A candidate having one of the following degrees will be eligible for admission in M.Sc. Electrical Engineering: Four years Bachelor's degree in Electrical Engineering or Telecommunication Engineering or Electronics Engineering c A candidate having one of the following degrees will be eligible for admission in M.Sc. Computer Engineering: Four years Bachelor's degree in Computer Science and Engineering or Computer Systems Engineering or Computer Engineering or Electrical Engineering or M.Sc. (16 years) in Physics with specialization in Electronics or M.Sc. (16 years) in Electronics from HEC recognized University. d A candidate having one of the following degrees will be eligible for admission in M.Sc. Computer Science: Four years Bachelor's degree in Computer Science or Computer Science and Engineering or Computer Systems Engineering or Computer Engineering from HEC recognized University M.Sc. (16 years) in Computer Science or equivalent from HEC recognized university. e. A candidate for admission to the Master's Degree Course in City & Regional Planning must hold one of the following degrees from the recognized University/Institution B.Sc. City & Regional Planning or Bachelor of Architecture or B.Sc. Civil Engineering f. A candidate for admission to the Master's Degree Course in Community Development and Environmental Management must hold sixteen years equivalent degreefrom the recognized University in diverse disciplines including the ones listed below: Civil Engineering or Sociology or Rural Sociology or Economics or Environmental Engineering or Geography or Social Work or Architecture or Geographical Information Systems or Town Planning 13

14 g. A candidate for admission to M.Sc. degree course in Mechatronics must hold one of the following degrees from a recognized Institution B.Sc. Mechanical Engineering or B.Sc. Electrical/Electronics Engineering or B.Sc. Mechatronics Engineering h. A candidate for admission to M.Sc. Environmental Engineering must hold one of the following degrees from a recognized University/Institute: B.Sc. Civil Engineering or B.Sc. Chemical Engineering or B.Sc. Environmental Engineering or B.Sc. Transportation Engineering or B.Sc. Architectural Engineering & Design or B.Sc. Mechanical Engineering i. A candidate for admission to M.Sc. in Integrated Building Design must hold one of the following degrees from a recognized University B.Sc. Architectural Engineering & Design or B.Sc. Civil Engineering or Bachelor of Architecture j. A candidate for admission to M.Sc. in Architectural Engineering & Design must hold the degree of B.Sc. Architectural Engineering & Design from a recognized University: k. A candidate for admission to M.Sc. Engineering Management must hold B.Sc. Engineering Degree from a recognized University l. A candidate for admission to M.Arch. must hold one of the following degrees from a recognized University: B.Sc. Architectural Engineering & Design or B. Sc. City & Regional Planning or B. Sc. Civil Engineering or Bachelor of Architecture m. A candidate for admission to M.Sc. Energy Engineering must hold B.Sc. degree in Engineering/CRP/Architecture from a recognized University. n. A candidate for admission to M.Sc. Geological Engineering must hold one of the following degrees from a recognized University B.Sc. Geological Engineering or B.Sc. Mining Engineering or B.Sc. Petroleum & Gas Engineering or B.Sc. Civil Engineering o. A candidate for admission to M.Sc. Geological Sciences must hold one of the following degrees from a recognized University B.S. Geology or M.Sc. Geology (16 years) or B.Sc. Geological Engineering or B.Sc. Mining Engineering or B.Sc. Petroleum & Gas Engineering or B.Sc. Civil Engineering However pre-requisite subjects, if required will be decided at the time of admission considering the subjects opted by the students. p. A candidate for admission to M.Sc. Transportation Engineering must hold one of the following degrees from a recognized University B.Sc. Transportation Engineering or B.Sc. Civil Engineering or B.Sc. Urban Engineering q. A candidate for admission to M.Sc. Petroleum and Gas Engineering must hold one of the following degrees from a recognized University. Candidates selected on the basis of Geological Engineering will be required to study pre-requisite subjects as determined by departmental Postgraduate Research Committee: B.Sc. Petroleum and Gas Engineering or B.Sc. Geological Engineering 3.2 For M. Phil. Programs a. Only those candidates will be eligible for admission who have passed their undergraduate (16 years equivalent) degree in the relevant discipline, i.e., Mathematics, Physicsor Chemistry by securing a minimum of 60% raw score under annual system or a CGPA of 2.50 out of a maximum of 4.00 under semester system. CGPAs on other scaleswill be translated accordingly. In case CGPA and marks are both recorded on the transcript, then CGPA score would be considered. b. The applicant shall have to clear the prescribed Aptitude Test securing at least 50% cumulative score for admission. 14

15 4. AWARD OF POSTGRADUATE DEGREES Postgraduate Degrees shall be awarded in the following disciplines: a. M.Sc. Electrical Engineering with specializations in: Power Electronics & Communication Computer Control Systems b. M.Sc. Computer Science with specializations in: Software Engineering Artificial Intelligence System Engineering Database Systems c. M.Sc. Computer Engineering d. In the department of Mechanical Engineering: M.Sc. Mechanical Design Engineering M.Sc. Thermal Power Engineering e. In the department of Industrial and Manufacturing Engineering M.Sc. Manufacturing Engineering M.Sc. Engineering Management f. M.Sc. Mechatronics Engineering g. In the Center for Energy Research and Development (KSK) M.Sc. Energy Engineering h. In the Civil Engineering Department M.Sc. Structural Engineering M.Sc. Geotechnical Engineering M.Sc. Hydraulics & Irrigation Engineering i. In the Architectural Engineering and Design Department M.Sc. Integrated Building Design M.Sc. Architectural Engineering j. M.Sc. Transportation Engineering k M.Sc. Environmental Engineering l. M.Sc. Chemical Engineering with specializations in: Process Engineering Bio-Chemical Engineering Industrial Pollution Control Engineering Computer Aided Design m. M.Sc. Polymer & Process Engineering n. M.Sc. Metallurgical & Materials Engineering o. M.Sc. Mining Engineering p. M.Sc. Geological Engineering q M.Sc. Geological Sciences r M.Sc Petroleum & Gas Engineering s. M.Sc. City & Regional Planning t. M.Sc. Community Development and Environmental Management u. Master in Architecture v. Master in Product and Industrial Design w. M.Phil Applied Chemistry x. M.Phil Applied Physics y. M.Phil Applied Mathematics z. M.Sc. Water Resources Engineering aa. M.Sc. Water Resources Management ab. M.Sc. Engineering Hydrology ac. M.Sc. Hydro Power Engineering 15

16 5 PROCEDURE FOR ADMISSION 5.1 How to complete the online Application Form a) You can fill the admission application form by logging into b) You will fill the data as required. c) After completing the application, attach the declaration/check list form available in the prospectus along with your application and submit it with the copies of following documents: (i) Declaration Form (ii) Copy of prescribed Aptitude Test result card (iii) Copy of the B.Sc. degree or provisional certificate (iv) Copy of the Detail Marks Certificate/ Transcript (v) Copy of Pakistan Engineering Council (PEC) / PCATP registration card, if required (vi) Copy of domicile certificate (vii) Copy of CNIC 5.2 Submission of Application Application will be submitted in the concerned department. 6. TEST AND INTERVIEW FOR ADMISSION Interviews and subject tests shall be held by the respective departments on dates specified by the departments. Separate interview shall be held for each specialization where applicable. The candidate must qualify the test and interview. 7. ADMISSION ON MERIT The admission will be granted on merit. 7.1 ADMISSION OF FOREIGN CANDIDATES The admission of foreign students will be made on the basis of the academic record of the candidate and the assessment of his scholarshipmade by the Board of Postgraduate Studies of the Department concerned. The Board of Postgraduate Studies may ask the candidate to appear for test and interview, if feasible. 8. DETERMINATION OF MERIT In order to determine the merit for admission, the marks obtained by a candidate in the test and interview will also be added to the academic marks obtained by him as given below: Academic(UG) 40 marks Test 40 marks Interview 20 marks Academic marks will be computed from the raw marks earned under annual system. In case of semester system a CGPA of 2.5/4.0 will be converted to 60% and a CGPA of 4.0/4.0 will be converted to 90% and CGPAs falling in between will be linearly interpolated. 9. PRE-REQUISITE COURSES Depending upon the number and nature of courses studied by an applicant at the undergraduate level, the candidate may be directed by the Chairman concerned to study and pass a certain number of pre-requisite courses at the undergraduate level before permission to attend the postgraduate classes. 10. APPLICATION FEE a) The price of Prospectus and Application Form is of Rs. 300/.-The application processing fee is Rs. 500/-for all M.Sc.. / M.Phil. programs except Ph.D. Both are to be paid at the time of purchase of prospectus. b) The application and verification fee once remitted shall not be refunded. c) Candidates wishing to apply for admission into more than one department will be required to pay Rs 800/-as prospectus and processing fee for each. Thus, candidates applying to two departments will fill two applications forms and pay Rs. 1600/-(Rs.800/-with each application). 16

17 11. AGE LIMIT There is no age restriction for admission to postgraduate degree programs. 12. PROCEDURE FOR SELECTED CANDIDATES 12.1 Notification of Selection A list of selected candidates will be put up on the University notice boards and on the UET website as well. Kindly note that no written offer letter would be dispatched to selected candidates. It is responsibility of the candidate to remain abreast with the status of admissions as available on the website and on the notice boards Depositing of Dues and Documents Within the prescribed time, a selected candidate is required to pay the University dues and submit the following documents in all manners prescribed on the website in the office of the Deputy Registrar Students Section. a) Paid Original Bank Challan as proof of payment of dues. Candidate must keep photocopies of this challan/documents for his/her own record and for submission to the department. b) Six sets of photocopiesof Domicile Certificate. c) Original B.Sc. Degree/Provisional Certificate and Detail Marks Certificate/ Transcript along with six sets of photocopies of the same. d) NOC from employer (if employed). g) Six copies of the most recent passport size photograph h) Two attested copies of CNIC. i) Bio-data card Form-I duly completed in all respects. j) Medical Certificate Form-II duly signed and stamped by Medical Practitioner registered with PMDC. k) Undertaking (Sample Form III) on a Rs. 100/-judicial paper duly completed. 13. RELAXATION IN TIME LIMIT If a selected candidate is prevented by unavoidable circumstances from timely fulfillment of the requirements laid down in the above clause then he should intimate the Convener Admission Committee about it within the prescribed time limit along with relevant documentary proof. The Convener, Admission Committee may, at his discretion, grant relaxation in the time limit. 14. FORFEITURE OF RIGHT OF ADMISSION a. A selected candidate who fails to fulfill the requirements laid down in the above clause within the prescribed time-limit shall forfeit his right of admission. b. No candidate shall normally be admitted after 15 days from the beginning of the classes. 15. REGISTRATION IN THE DEPARTMENT On fulfillment of the requirements mentioned above, the candidates will be admitted to applicable M.Sc. or M.Phil. program and report to the respective department. They will receive registration numbers from their department through University Academic Management System. 17

18 Ph.D. Regulations: Admission and Degree Completion Process INTRODUCTION Ph.D. program of a university reflects the intellectual standing and its overall academic quality. Ph.D. regulations provide the necessary mechanism to meet these goals. Climax of the Ph.D. program is the thesis which is expected to: i. Make a distinct contribution to knowledge, and ii. Show ability on the part of the candidate to conduct original investigations and to test ideas whether his own or of others and to understand the relationship of his investigations with a wider field of knowledge. ELIGIBILITY FOR Ph.D. ADMISSION (a) Eligibility requirement for admission into Ph.D. program is that the candidate must have earned a Masters/ M.Sc./ M.Phil.) or equivalent degree in the relevant discipline in first division or with a CGPA of 3.0 out of a maximum of 4.0 (in case, applicant's transcript shows percentage as well as CGP A, CGPA would be considered for eligibility. CGPAs on a scale other than 4.00 would be translated accordingly). (b) Candidates should meet HEC's admission test criterion. (c) Merit of candidates will be computed as under: 16 years UG score: 20% Masters/ M.Sc./ M.Phil. score: 20% Subject Test score: 30% Statement of Purpose: 10% Interview: 20% (d) Minimum qualifying Subject Test score has to be 60% in case of NTS (Subject) test and 70% in case of UET conducted Subject Test. (e) Minimum overall merit should be 70% to be eligible for consideration. MEDIUM OF INSTRUCTION The medium of instruction, writing thesis and examination shall be English with the exception of Islamic Studies where the medium of instruction, writing thesis and examination may be Urdu, Arabic or English. Ph.D. APPLICATION PROCESS (a) Every candidate for the Degree of Ph.D. shall apply for admission to the concerned Teaching Department of the University defining the area of research and proposed supervisor. (b) Post Graduate Research Committee (PGRC) of the concerned department shall evaluate the application on merit and in case of acceptance of the application, recommend area of research, supervisor, co-supervisor (optional) and a three members Advisory Committee. Co-supervisor will constitute the fourth member if appointed. The supervisor will be the chairman of the committee and one member from remaining two being appointed from outside the department university. Accepted applications would be forwarded to the Convenor Admission Committee (CAC), through the concerned Dean, for further processing. REQUIREMENTS FOR CONFIRMATION OF Ph.D. ADMISSION (a) (b) (c) The candidate shall complete a minimum of six postgraduate courses from within the department or from other departments in consultation with the Advisory Committee within a maximum period of three semesters after admission. The candidate is required to maintain a CGPA of 3.3 out of 4.00 or equivalent in these subjects. In case the candidate has completed more than 6 subjects, best 6 subjects will be recorded on the candidate's Transcript for assessing fulfillment of this requirement. In case the candidate fails to complete six courses with the desired CGPA of 3.3 within three semesters, the Advisory Committee will forward the case to CAC for cancellation of the candidate's provisional admission to the Ph.D. Program through PGRC and Dean. The candidate shall sit in a comprehensive examination after fulfilling course requirements in the subsequent semester. In case, the candidate fails to attempt the first comprehensive examination within the next semester, one chance to appear in the examination would be considered as having been lost. Comprehensive examination shall be conducted by the concerned department once each semester under the general supervision of the PGRC. The comprehensive examination shall cover the core area of specialization (as notified by the Department) and shall consist of written and oral parts in the proportion of 80% (written) + 10% (statement of purpose) + 10% (oral), respectively. The combined pass percentage shall be 60 percent.

19 (d) A candidate shall be given a second chance to appear in the comprehensive examination in the subsequent semester if he fails in or misses the first attempt.failure to appear in the examination in the second chance or failure in second attempt shall be communicated to CAC and his provisional admission to the Ph.D. program shall be canceled. (e) The candidate shall present his research proposal to PGRC within the next semester after passing the comprehensive examination. After presentation, PGRC shall assess the research proposal or have it assessed through a process established for this purpose. After establishing suitability of the proposal as a potential Ph.D. topic, proposal along with the title shall be submitted to Advanced Study and Research Board (ASRB) for approval. On approval by ASRB, candidate's admission to Ph.D. program shall be confirmed. (f) If the candidate fails to present his research proposal to PGRC within the semester following fulfillment of comprehensive examination requirement the Advisory Committee/PGRC may allow one semester relaxation to present the proposal or forward the case through the Dean to CAC for cancellation of provisional admission of the candidate. PROGRESS REPORTS After approval of the proposal, the candidate will submit a thesis progress report after passage of each semester which will be forwarded to the ASRB through the concerned PGRC and Dean. CHANGE OF SUPERVISOR/TOPIC (a) Any subsequent changes in the proposal, title or the topic shall also be routed through the same channel. (b) The candidate may request for change in Ph.D. supervisor or a supervisor may opt to withdraw from supervision of a candidate. The candidate or the supervisor shall submit their request to the chairperson concerned. Recommendation for change of supervisor will be made by PGRC of the department through Dean concerned for approval by ASRB. No relaxation in maximum allowable time for completion of Ph.D. degree would be granted to the candidate on the basis that his supervisor has changed. Ph.D. DURATION (a) (b) (c) The total duration for completion of degree requirements and submission of thesis for external evaluation shall be eight regular semesters from the date of admission as a Ph.D. student, with benefit of summer semester being given to the candidate. The PhD thesis can be submitted for external evaluation after a passage of at least two semesters following the semester in which research proposal was approved. The Vice Chancellor, under exceptional circumstances, can grant extension up to a maximum period of four semesters, with the advantage of summer semester being given to the candidate, on the recommendation of the PGRC and the concerned Dean. Ph.D. RESEARCH PUBLICATION After June 30, 2017, the candidate is required to publish, out of his research work, at least one research publication in a HEC approved journal of W category of his relevant field. Letter of acceptance shall be considered as sufficient for further processing of the thesis. APPOINTMENT OF EXTERNAL REVIEWERS (a) (b) After a public defense of the candidate, the Advisory Committee shall propose a list of five external reviewers from technologically advanced countries and three external reviewers from Pakistan in relevant areas to the PGRC for its recommendation to be forwarded to the Director ORIC through the Chairman/Dean. Director ORIC shall ensure compliance of all requirements of HEC minimum criteria for award of Ph.D. degree before forwarding the case to the Vice Chancellor for appointment of external reviewers. The Vice Chancellor shall appoint five external reviewers (three from technologically advanced countries and two from Pakistan) from the proposed list. The approval list of reviewers will be duly notified. The candidate shall submit five copies of his thesis, typed and bound in addition to the soft copy, to the CoE, through Supervisor, Chairman, Dean and Director ORIC for onward dispatch to the approved external reviewers. EXTERNAL REVIEWERS REPORTS (a) Each external reviewer shall submit his report to the Vice-Chancellor independently on the prescribed Proforma and make one of the following recommendations: i) That the Viva-Voce Examination be held to enable the candidate to defend his thesis. ii) That the Viva-Voce Examination be held to enable the candidate to defend his thesis after incorporating recommended changes to the satisfaction of the candidate's Advisory Committee. iii) That the Thesis be resubmitted for evaluation after revision as suggested by the reviewer(s). iv) That the Thesis be rejected as not being of sufficient merit for the holding of the viva-voce examination and the candidate be declared to have failed 19

20 and not eligible for the award of Ph.D. Degree. (b) The Vice Chancellor shall forward the received reports to the CoE. INTERPRETATION OF REPORTS (a) If the recommendation of three of the external reviewers, including at least two from abroad and one from Pakistan, is to allow final viva-voce of the candidate or to reject the thesis, it shall be implemented. (b) In case, three of the external reviewers, including at least two from abroad and one from Pakistan, are asking for viva-voce examination after incorporating suggested changes, candidate's Advisory Committee shall submit a certificate to CoE certifying compliance of recommendations of (c) external reviewers by the candidate before viva-voce is allowed. The thesis shall be resubmitted after incorporating revisions and major changes suggested by external reviewer(s), in case, external reviewer(s) are asking for resubmission after revision. RESUBMISSION OF Ph.D. THESIS (a) First resubmission shall be allowed at least three months after intimation to the concerned supervisor by the CoE. (b) In case of first resubmission to external reviewers, their new recommendations shall be interpreted as in Regulation 10. (c) In case, external reviewers ask for a second resubmission, the candidate will be asked to work on his thesis for a minimum period of six months before submitting it for re-evaluation. Recommendations of reviewers shall again be interpreted as in Regulation 11. (d) Third resubmission is not allowed and the candidate shall be declared fail and shall not be allowed to continue with his PhD even if external reviewers ask for a third resubmission. EVALUATION PROCESS IF EXTERNAL REVIEWERS FAIL TO RESPOND (a) In case, at least three external reviewers from the approved list of five external reviewers fail to respond within three months, the required number of reviewers will be approved from a new panel of reviewers recommended by PGRC of the concerned department. (b) The process would be repeated until at least three evaluation reports, including at least two from abroad and one from Pakistan, are received. EXTERNAL EXAMINER FOR Ph.D. VIVA VOCE EXAMINATION (a) Two of the approved external reviewers from Pakistan will act as external examiners and the supervisor will be internal examiner for the PhD viva-voce examination. (b) A viva-voce examination will be conducted in the department by the internal examiner and external examiner. The examiners shall assess the outcome of the viva-voce examination and submit their report to the CoE for notification and make one of the following recommendations: i) That the candidate be declared to have passed the Examination. ii) That the candidate be declared to have passed the Examination after incorporating certain minor corrections indicated on the thesis subject to the satisfaction of the Advisory Committee. DIFFERENCE OF OPINION AMONG EXAMINERS IN VIVA VOCE EXAMINATION In case of difference of opinion among the examiners, recommendations made by the external examiners shall be implemented. AWARD OF Ph.D. The candidate shall be admitted to the Ph.D. Degree in the relevant branch of Engineering, Architecture, City & Regional Planning, Physics, Chemistry, Mathematics and Computer Science, etc., provided that he has been declared to have passed the Viva-Voce Examination in accordance with these Regulations. CODE OF ETHICS (a) (b) Ph.D. candidate or his spouse or his relatives shall not communicate with external referees directly or indirectly. Any faculty member of the department shall not participate in the Ph.D. process of a candidate at any stage, if the candidate is his blood relation or his spouse or the faculty member is a candidate himself. External examiners may not be co-author of any publication with the candidate or his spouse or his blood relative. (c) CONFLICT RESOLUTION In case of a conflict in the interpretation of Ph.D. Regulations at any stage, the matter may be resolved by ASRB. SUBMISSION OF HEC PROFORMA HEC proforma as communicated vide letter number 3(2)/DG(Stats)/HEC/2017/03 dated , is required to be submitted by all candidates successfully completing their Ph.D. Degrees.

21 DEPARTMENT OF ELECTRICAL ENGINEERING The Department of Electrical Engineering was established in 1923 as a part of the Maclagan Engineering College. The Department started a postgraduate program in 1966 and offers three degrees: 1. M.Sc. Electrical Engineering 2. Ph.D. Electrical Engineering 3. M.Sc. Telecommunication Networks Around 475 students are enrolled in these three programs. The first Masters Degree was awarded in 1969 and the first Doctoral Degree was awarded in The student can choose amongst one of the following specializations while pursuing his Masters in Electrical Engineering: 1. Computer 3. Electronics and Communications 2. Control 4. Power The Masters Degree courses are aimed at bringing the students abreast with the most recent developments in their fields of specialization. For graduation, there are two options for the students either he needs to do a thesis in his area of specialization (one of the above four) along with at least six courses from his major specialization area (Group -A courses) and a maximum of two courses from any of other three specialization areas (Group-B courses) or at least eight courses from his major specialization area (Group-A courses) and a maximum of two courses from any of other three specialization areas (Group-B courses) plus a design project. Faculty advisement is mandatory for all enrolled students. The courses are offered for full-time students. Most of these students are working with major engineering organizations in the country. The Ph.D. program however, is offered as full-time studies to external students and part-time studies to the faculty members. It is mandatory for all Ph.D. students to pass the GRE Subject type PhD admission test administered by the National Testing Service (NTS), six graduate courses, a comprehensive exam based on these courses and publish at least one article based on his original research in an impact factor journal before the award of that degree. The Department, in main campus, has a faculty of 29 teachers out of whom 20 are Ph.D. and 7 have the Masters degree. Faculty members with higher qualifications are engaged in M.Sc./Ph.D. teaching and research supervision. Research work being carried out at the Department has direct bearing on the needs of national industry. The Office of Research, Innovation and Commercialization of the University, in particular, funds this research. A number of research papers are produced every year by faculty members and graduate students, which are normally published (presented) in major national and international journals (conferences). The Department has a well-stocked and up-to-date library for the use of faculty and students. This also houses a large number of numerous books donated by late Dr Masood Ahmad. Department also offers consultancy services and testing facilities to local manufacturers of electrical and electronics equipment. It also arranges frequent seminars and workshops in various areas of electrical power, electronics, communications, computer and control systems engineering. Faculty members and prominent researchers from home and abroad deliver these seminars. The department is also home to ZTE-UET Telecommunication Center, which offers M.Sc. in Telecommunication Network to professionals and students. Dr Suhail A Qureshi Professor and Dean Dr Tahir Izhar Professor and Chairman Dr Zubair A Khan Professor Dr Khalid Mahmood ul Hasan Professor Dr Muhammad Imran Sheikh Professor Dr Haroon A Babri Professor Postgraduate Faculty & Their Research Interests High voltage engineering and Substation design protection Power electronics and Machine drives Embedded systems Power electronics, Machine drives and Control systems Adaptive antenna arrays, Wireless channel modeling and Microwave circuits Machine learning, Pattern recognition and Statistical inference 21

22 Dr Waqar Mahmood Professor Dr Muhammad Tahir Professor Dr Asim Loan Dr Muhammad Asghar Saqib Dr Umar T Shami Dr Kashif Javed Dr Ghalib A Shah Dr Farhan Mahmood Dr Syed Shah Irfan Hussain Dr Syed Abdul Rahman Kashif Dr Omer Waqar Dr Ubaid Ullah Fayyaz Dr Rabia Nazir Dr Sidra Farid Lecture Dr Muhammad Ali, KSK Campus Dr Hifsa Shahid, KSK Campus Dr Fahim Gohar Awan, KSK Campus Dr Umar Rashid, KSK Campus Dr Farooq Mukhtar, KSK Campus Dr Shakeel Ahmed, KSK Campus Optical communications Network resource optimization, Wireless sensor networks, Wireless network modeling, Distributed control of dynamical systems and Networked control systems Digital communications and Software defined radios Arcing in high voltage, Fuses and circuit breakers, Renewable energy and power electronics Power electronics Machine learning Internet of Things and Wireless sensor networks Power Systems and High voltage engineering Array signal processing, Adaptive signal processing, Antennas and Microwave systems Power electronics Wireless communications Coding, Synchronization and Software defined radios Digital control of power converters, Interconnection of solar generators with the grid Nano materials and devices towards functional Ipv6 Networks, Inter-domain Routing, SIP Signaling, Quality of Service of Multimedia apps, Satellite Networking, Cryptography and Network Security Design & Fabrication of semiconductor LASERs, Optical circuits and system design concentrated photovoltaic Electromagnetic compatibility, Digital communications, Wireless communications, Electronics, measurements and instrumentation Communications and Signal processing Microwaves, Electromagnetics theory and Computation Analog and digital IC design 22

23 Dr Bilal Wajid, KSK Campus Dr Faizan Dastageer, FSD Campus Dr Muhammad Akram, FSD Campus Dr Haroon Farooq, RCET Gujranwala Dr Tayyab Mehmood, RCET Gujranwala Dr Ata-ur-Rehman, RCET Gujranwala Dr Muhammad Kamran Professor, NWL Campus Dr Farooq Ahmad, NWL Campus Dr Tariq Rana, NWL Campus Dr Muhammad Ilyas, NWL Campus Genomics Power engineering, DC power distribution and Power electronics Video compression, Image and video processing and computer vision Power quality, Power distribution system modeling, Impacts of DG, V2G and EV's on power systems Embedded systems, Digital integrated circuits, Fault-tolerant circuits and systems, Microprocessor architecture emerging on-chip memory technologies Image processing and Multiple target tracking Algorithmic digital system design & networking, Power quality and transients, High voltage engineering and protection Micro Electro Mechanical Systems (MEMS) Semi-conductor materials and electronics Mobile Robot localization and Integrated navigation systems for autonomous vehicles Subjects Offered In M.Sc./ Ph.D. Electrical Engineering Two options are available for M.Sc. in Electrical Engineering programs, each with total credit hours of 30, are being offered: (a) Thesis Option: 8 Subjects (24 credit hours) + Research Thesis (6 credit hours) (b) Non thesis option: 10 Subjects (30 credit hours) + Design Problem Note: All courses are 3 (3+0) credit hours each unless otherwise specified. Electronics and Communication EE 501 Simulation Modeling and Analysis EE 502 Stochastic Processes EE 503 Linear Systems Theory EE 505 Optimization Theory EE 511 Advanced Computer Networks EE 516 Image and Video Processing EE 520 Wireless and Mobile Communication EE 521 Information and Coding Theory EE 522 Statistical Signal Processing EE 523 Adaptive Filter Theory EE 524 Optical Communications EE 525 Advanced Electromagnetic Theory EE 526 EE 527 Analysis and Design of Microwave Linear Circuits Advanced VLSI System Design EE 599b Special Topics in Electronics & Communications Power EE EE EE EE EE EE EE EE EE EE EE EE EE EE EE Linear Systems Theory Advanced Power Systems Optimization Theory Transients in Power Systems Power System Dynamics and Stability 542 Advanced Concepts in Power System Protection 543 Power System Planning 544 Advanced High Voltage Engineering 545 Power System Quality 546 Renewable Electric Energy Systems 547 Advanced Power Electronics 548 Smart Grids 641 Advanced Power Systems Operation and Control 644 Insulation Coordination for Power Systems 599c Special Topics in Electrical Power 23

24 Control EE 501 EE 502 EE 503 EE 505 EE 510 EE 511 EE 512 EE 513 EE 514 EE 515 Simulation Modeling and Analysis Stochastic Processes Linear Systems Theory Optimization Theory Advanced Computer Architecture Advanced Computer Networks Machine Learning Data Mining Concepts and Algorithms Embedded Systems Design Operating Systems Design Imageand Video Processing Design and Analysis of Algorithms Digital Control Systems Artificial Intelligence Pattern Recognition Distributed Systems EE 516 EE 517 EE 536 EE 611 EE 612 EE 615 EE 599d Special Topics in Control Computer Simulation Modeling and Analysis EE 501 EE 502 EE 503 EE 505 EE 518 EE 523 EE 530 EE 531 EE 532 EE 533 EE 534 EE 535 EE 599a Stochastic Processes Linear Systems Theory Optimization Theory Network Security Adaptive Filter Theory Power Electronic Converters Advanced Control Systems Distributed Control Systems Nonlinear Dynamical Systems Optimal Control Systems Control of Electric Machine Drives Special Topics in Computer 24

25 DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING The Department of Computer Science and Engineering, originally established as department of Computer Science is one of the most prominent and oldest centers of computer education in the country. The department offers the following postgraduate degrees: 1. Ph.D. Computer Science 2. Ph.D. Computer Engineering 3. M.Sc. Computer Science with specializations in: a) Software Engineering b) Internet Information Systems c) Systems Engineering d) Artificial Intelligence e) Speech and Language Processing f) Bio-informatics 4. M.Sc. in Computer Engineering with specializations in: a) Signal Processing b) Communication and Telecommunication c) Control Systems d) Machine Intelligence e) VLSI Design f) Speech and Language Processing Established as department of Computer Science in 1991, its history dates back to the year 1968 when University of Engineering and Technology Lahore established a Computer Center. This center was equipped with a contemporary IBM 1130 third generation computer that batch processed submitted jobs. The computer was equipped with a disk and a monitor. The center was responsible for planning and teaching courses in Computer Science and Numerical Analysis, which formed an integral part of the curricula for all disciplines of B.Sc. Engineering degree in the university. The center also offered short term computer courses for other private and public sector organizations. In 1978, it started offering a Masters degree program in Computer Science, thus becoming the first center in the country to offer Computer Science degree. A 4 years degree program leading towards a B.Sc. (Hons) Computer Science was introduced by the department in 1999 and another 4 years B.Sc. program in Computer Science and Engineering in For students enrolling from September 2003 onwards, B.Sc programs have been re-named and modified into four years B.Sc. Computer Science and four years B.Sc. Computer Engineering programs. Ph.D. program in Computer Science was launched in 2002 and twenty six students have completed their Ph.D. degree in Computer Science to this date. Ph.D. program in Computer Engineering was launched in 2007 and one student has completed his Ph.D. degree in Computer Engineering to this date. The department holds an endowment chair given by His Majesty Sultan Qaboos Bin Said-Al-Said, Sultan of Oman. With expansion in academic programs, computer laboratories in the department have risen to nine spread over two buildings. These laboratories are equipped with P-IV, Core 2 Duo and i3 computers fully networked with state of the art servers. Computer to student ratio is 1:1. The department is proud of its no-piracy policy. All the operating systems installed are either licensed or open-source operating systems. Department s computing facilities are linked with Research Center, Main Library and other teaching departments through a fiber optic backbone. Multimedia projectors are fitted where required and Internet facility is available. Portion of a third building is available with the department for holding lectures. In addition, the department has two Electronics Systems Laboratories, one Industrial Automation Laboratory and One Embedded Systems Laboratory Postgraduate Faculty and Their Research Interests Dr Suhail A Qureshi Professor and Dean Dr Muhammad Shahbaz Professor and Chairman Dr Muhammad Shoaib Professor Dr Shazia Shoiab Professor Dr Khadim Hussain Asif Professor Dr Waqar Mahmood Professor, Sultan Qaboos IT Chair Dr Sarmad Hussain Professor, KICS (Adjunct) Dr Irfan Ullah Chaudhary High voltage engineering and Substation design protection Data Science/ Data Mining, Data warehousing, Artificial Intelligence, Health Informatics and related areas. Information Retrieval, Web Engineering, data bases and related areas. Information Retrieval, Web Engineering, data bases and related areas. Information Retrieval, Web Engineering, data bases and related areas. Telecommunication and related areas. Research in Language Processing for Urdu and Regional Languages. Speech Processing. Machine Learning, Artificial Intelligence, Theoretical Computer Science. 25

26 Dr Muhammad Junaid Arshad Dr Yasir Saleem Dr Muhammad Aslam Dr Muhammad Usman Ghani Dr Hafiz Muhamamd Shahzad Asif Dr Muhammad Afzal Dr Tauqir Ahmad Dr Amjad Farooq Dr Faisal Hayat Dr Sheikh Faisal Rasheed Dr Ali Hammad Akbar Dr Tania Habib Dr Syed Khaldoon Khurshid Dr Muhammad Awais Hassan Computer Networks, Computer Architecture. Network and Communications, Digital Signal Processing, Embedded Systems (IOT), Power Electronics and Systems. Artificial Intelligence, Intelligent agents, HCI, NLP, DIP, WOT, Big Data and related areas Computer Vision, Image Processing, Natural Language Processing, Bio-informatics. Machine Learning, Bio-informatics, computational Biology, Statistical Modelling Automatic/ Efficient Speaker Identification, Algorithm Development for Speech Processing. Remote Sensing, Terrain Classification, Geographical Information Systems. Information Retrieval, Web Engineering, Data Bases and related areas. Modeling of Computer Networks, Wireless and Optical Networks, Wireless Sensor. Image Processing. Computer Networks, Wireless Networks, Wireless Sensor Networks and related areas. Speech Processing, Signal Processing, Control Systems, System Identification. Natural Language Processing, Information Retrieval. Semantic Web Academic Policies Specific to Computer Science and Engineering Department The following policies are in addition to M.Sc Semester System regulations of the University as given in the prospectus. A set of four core courses are compulsory for each student enrolled in the program. A newly admitted student is advised to register, preferably, in the three courses during the first semester. The M.Sc CS students are required to study at least two courses in their area of specialization. The remaining two may be selected from other specializations. The students are advised to complete these specialization courses in two or more semesters after the completion of core courses in the first semester. After completion of three courses, every student has to mention his areas of interest / research topic, So that the department can assign the most relevant supervisor.. A student may register for more than eight courses, if he (she) so desires, without any added advantage. a) b) c) M. Sc CS students opting for Systems Engineering specialization or M.Sc. Computer Engineering students may register, as electives, from the approved list (as given in M.Sc. prospectus) of M.Sc. courses being offered in Electrical Engineering department The following scheme of study is only a partial list. Additional courses may be added as and when required subject to availability of teachers. A M.Sc CS student can register only with a supervisor from the faculty members of Computer Science and Engineering department. However a co-supervisor can be chosen from another department. Whereas, M.Sc Computer Engineering students can opt for supervisor from Electrical Engineering Department as well.

27 Subjects offered in M.Sc./ Ph.D. All subjects are 3(3+0) credit hours unless specified. Degree requirement is completion of 30 credit hours including 24 credit hours of course work and 6 credit hours of research thesis. M.Sc. / Ph.D. in Computer Science M.Sc. Core Courses CS-601 Advanced Operating Systems CS-602 Advanced Computer Architecture CS-604 Theory of Computation CS-605 Advanced Algorithm Analysis Research Methodologies CS-609 Research Methodologies System Engineering CSE-603 Advanced Numerical Analysis CSE-610 Advanced Digital Signal Processing CSE-612 Advanced Control Systems CSE-614 Wireless & Mobile Communication CSE-616 Parallel & Distributed Computing CSE-618 Advanced Embedded Systems CSE-619 Network Security CSE-620 FPGA Based System Design CSE-646 Computer Vision CSE-648 Digital Image Processing CSE-669 Performance Evaluation of Communication Networks. CSE-670 Telecommunication Networks and Protocols Software Engineering CS-606 CS-611 CS-613 CS-615 CS-621 CS-625 CS-627 Internet Information Systems CS-603 CS-619 CS-623 CS-629 CS-631 CS-633 CS-635 CS-636 CS-637 CS-639 Artificial Intelligence CS-640 CS-641 CS-642 CS-643 CS-644 CS-645 CS-660 CS-662 CSE-663 Advanced Software Architecture Advanced Software Engineering Software Quality Assurance Object-Oriented Software Engineering Requirement Engineering Advanced Topics in Software Engineering Theory of Measurement in Software Engineering Distributed Systems Web Engineering Advance Web Semantics Web Retrieval and Information Access Advanced DBMS Advanced Information Retrieval Systems Object Oriented Databases Cloud Computing Web-Based DBMS Advance Topics In DBMS Knowledge Discovery in Databases Design of Intelligent Systems Artificial Neural Networks Machine Learning Expert System and Knowledge Managements Intelligent Agents Human Computer Interaction Distributed Artificial Intelligence Advanced Machine Learning Speech and Language Processing CSE-606 Computational Linguistics CS-721 Seminar in Statistical Language Processing (Pre-req. CSE-606) CS-722 Seminar in Urdu Computational Grammar (Pre-req. CSE-606) CSE-610 Advanced Digital Signal Processing CSE-723 CSE-724 Bio-informatics CS-655 CS-656 CS-751 Thesis CS-700 Speech Processing (Pre-req. CSE-610) Advanced Digital Audio Processing Bio-Informatics Concepts Introduction to Brain Informatics Advanced Topics in Bio-informatics Thesis - 6 credit hours M.Sc. / Ph.D. in Computer Engineering M.Sc. Core Courses CSE-502 CSE-503 CSE-602 CS-601 Advanced Operating Systems Research Methodologies CS-609 Research Methodologies Signal Processing CSE-603 CSE-610 CSE-648 CSE-723 Random Variables and Stochastic Processes Advanced Applied Mathematics Advanced Computer Architecture Advanced Numerical Analysis Advanced Digital Signal Processing Digital Image Processing Speech Processing (Pre-req. CSE-610) Advanced Digital Audio Processing CSE-724 All courses of this area offered by EE Department Communication and Telecommunication CSE-614 Wireless & Mobile Communication CSE-619 Network Security CSE-669 Performance Evaluation of Communication Networks. CSE-670 Telecommunication Networks and Protocols CSE-714 Design and Modeling of Wireless Sensor Networks CSE-715 Advanced Topics in Wireless Sensor Networks - I CSE-716 Advanced Topics in Wireless Sensor Networks - II All courses of this area offered by EE Department Control Systems CSE-501 Linear Systems CSE-603 Advanced Numerical Analysis CSE-612 Advanced Control Systems CSE-618 Advanced Embedded Systems CSE-650 Modeling and Identification of Systems All courses of this area offered by EE Department Machine Intelligence CSE-646 Computer Vision CS-643 Machine Learning CSE-663 Advanced Machine Learning All courses of this area offered by EE Department VLSI Design CSE-620 FPGA Based System Design All courses of this area offered by EE Department Speech and Language Processing Computational Linguistics Speech Processing (Pre-req. CSE-610) Advanced Digital Audio Processing CSE-606 CSE-723 CSE-724 Thesis CSE-700 Thesis - 6 credit hours 27

28 DEPARTMENT OF MECHANICAL ENGINEERING The Department of Mechanical Engineering has the distinction of being one of the oldest disciplines since the time when this institution came into being in the year 1923 as Maclagan Engineering College. For quite some time, running of the Bachelor s Degree Program in Mechanical Engineering has been the priority of the institution to meet the local requirements of the country. In the year 1961 when this institution was upgraded to an independent Engineering University, Master s and Doctorate degree programs in Mechanical Engineering were introduced. At present, the Department of Mechanical Engineering is successfully running the following postgraduate programs, in addition to its well established undergraduate program: 1. M.Sc. Thermal Power Engineering 2. M.Sc. Mechanical Design Engineering 3. Ph.D. Mechanical Engineering Award of a M.Sc. degree in Thermal Power Engineering or M.Sc. degree in Mechanical Design Engineering will require (a) Successful completion of eight subjects of the related field of study and research thesis (Thesis Option); or (b) Successful completion of ten subjects of the related field of study and a design problem (Non Thesis Oprtion). The curriculum of both the Master s degree programs is updated regularly. The courses offered also fulfill the needs of any registered Ph.D. research work. Research Activities The Department of Mechanical Engineering is engaged in a number of research projects of theoretical, experimental as well as computational nature. The main areas of research include power generation, heat exchangers, turbo machines, and heat engines, alternative fuels for automobiles, exhaust emissions, pollution control, energy conservation and renewable energy resources. The research areas also deal with Computational Fluid Dynamics, modeling of engine flows, fuel sprays formation, fuel spraywall interaction and flows across aerodynamic configurations. A number of computer software are available to facilitate the post graduate students to carry out quality research projects in the related field of study. Recently, following two centers have been established to further promote the research activities. Automotive Engineering Center This center has been established to contribute to the automotive engineering field through research and innovation. A wide variety of R&D facilities such as, engine performance testing, emission testing, automotive noise level measurement, are available at the center to support educational and industrial requirement. Energy Technologies Development Center This center is based on interdisciplinary research in the field of energy. The center focuses on the new developments in Renewable Energy Resources especially solar thermal, solar photovoltaic, biomass, geothermal and wind energy systems. As conventional thermal power plants are also key components in National Electricity supplies, the center has also launched several projects on conventional thermal power plants such as coal gasification and fluidized bed combustion. 28 Dr. Nadeem Ahmad Mufti Professor and Dean Dr. Nasir Hayat Professor and Chairman Dr. M. Fiaz Hussain Shah Professor Dr. Tauseef Aized Khan Professor Dr. Asad Naeem Shah Professor Dr. Muhammad Asif Mahmood Qureshi Dr. M. Mahmood Aslam Bhutta* Postgraduate Faculty & Their Research Interests Conventional and Non Conventional Manufacturing Processes, Project Management, Operations Management, Total Quality Management and Human Factors Engineering Manufacturing systems, Engineering Economic Analysis, Operation Research (Scheduling), Application of Artificial Intelligence in Manufacturing Thermal Power Engineering and Mechanical Design Energy Technology, management and policy, Manufacturing processes and systems. Combustion in IC Engines and Exhaust Emissions. Design, Analysis is and Manufacturing of Composite Materials Thermal Power Engineering and I.C Engines, Application of CFD & FEA

29 Dr. Naseer Ahmad Dr. Anees-ur-Rehman Dr. Muhammad Sajid Kamran Dr. Ghulam Moeen Ud Din Dr. Muhammad Asim Dr. Awais Ahmad Khan Dr. Muhammad Usman Group A MDE-501 MDE-502 MDE-503 MDE-513 Group B MDE-504 MDE-505 MDE-506 MDE-507 MDE-508 MDE-509 MDE-510 MDE-511 MDE-512 MDE-601 MDE-602 MDE-603 Group C MDE-700 MDE-701 COMPULSORY SUBJECT Advanced Stress Analysis Theory of Plasticity Mechanical Vibration Research Methodology Engineering Analysis Advanced Engineering Dynamics Fracture Mechanics Theory of Elastic Stability Control Engineering Modeling and Simulation Theory of Plates and Shells Fatigue of Metals Experimental Methods Computer Aided Design Finite Element Methods Mechanics of Composite Materials Instrumentation and Control Mechanical Vibration M.Sc. Mechanical Design Engg. Research Thesis & Oral Exam (Compulsory for option (a) Design Problem (Compulsory for option (b)) (No credit) Aerodynamics, Turbomachinery, Heat Transfer, Refrigeration (Magnetic), Renewable Energy Tribology, thin films, alternative fuels, nanotechnology and process modeling Renewable Energy Resources, solar energy Manufacturing Engineering Thermo-Fluids, Waste Heat Recovery Scheme of Studies Thesis option (24+6) credit hours Non-thesis option (30) credit hours (Students opting Non-thesis option are required to undertake a design project). Note: All subjects are 3(3+0) credit hours each unless otherwise specified. Group A TPE-502 TPE-503 TPE-504 MDE-513 Group B TPE-501 TPE-505 TPE-506 TPE-507 TPE-508 TPE-509 TPE-510 TPE-511 TPE-512 TPE-513 TPE-514 TPE-515 TPE-516 TPE-517 TPE-518 Group C TPE-700 TPE-701 M.Sc. Thermal Power Engg. Advanced Thermodynamics Advanced Fluid Dynamics Advanced Heat Transfer Research Methodology Mathematical Methods Experimental Methods Advanced I. C. Engine Nuclear Engineering Turbomachinery Control Engineering Mechanical Vibration Modeling and Simulation HVAC Systems Aerodynamics Energy Management Pollution Engineering Sustainable Energy Systems Computational Fluid Dynamics Multiphase Flow Research Thesis & Oral Exam (Compulsory for option (a)) (6 credit hours) Design Problem (Compulsory for option (b)) (No credit) 29

30 DEPARTMENT OF INDUSTRIAL & MANUFACTURING ENGINEERING The Postgraduate Program of Department of Industrial & Manufacturing Engineering is well established, offering M.Sc. and PhD degrees in two specializations i.e. Engineering Management & Manufacturing Engineering. The program has earned its credibility over the years due to its updated curriculum that is designed taking into consideration the industrial requirements and the technological advancements. The postgraduate degrees offered by the department include: 1) 2) 3) 4) M.Sc. Manufacturing Engineering M.Sc. Engineering Management PhD Manufacturing Engineering PhD Engineering Management Manufacturing Engineering The M.Sc. Manufacturing Engineering Program of the Department of Industrial & Manufacturing Engineering, UET Lahore aims to produce cross-functional engineers, equipped with: a solid technical background, comprehension of new process technologies, a firm grasp of business matters and aspects of manufacturing policy, strong understanding of productivity improvement techniques and readiness to lead diverse teams while satisfying customers' expectation for high quality products. Engineering Management The aim of M.Sc. Engineering Management Program of the Department of Industrial & Manufacturing Engineering, UET Lahore is to prepare practical engineers who respond successfully to the ever changing demands of the global marketplace, integrate analytical skills with Managerial decision making in the concept, design and development of profitable products and efficient processes, while striving to conserve energy and protect the environment. Dr. Nadeem Ahmad Mufti Professor & Dean Dr. Mohammad Pervez Mughal Professor & Chairman Dr. Muhammad Ajmal Professor Dr. Amjad Hussain Dr. Muhammad Qaiser Saleem Dr. Sarmad Ali Khan Dr. Syed Farhan Raza Dr. Sadaf Zahoor Postgraduate Faculty & Their Research Interests Conventional and Non Conventional Manufacturing Processes, Project Management, Operations Management, Total Quality Management and Human Factors Engineering Mathematical & Numerical Modeling Materials & Manufacturing Engineering Human Factor Ergonomics, Design Management & Inclusive Conventional and Non Conventional Manufacturing Processes, Locally Constrained engineering Management Issues Machining of Advanced Materials, Hybrid Processes, Non-conventional Cutting Techniques, Surface Integrity Evaluation Welding Techniques, Mechanical Testing of Welded Joints, Ultrasonic Welding Conventional and Non-conventional Manufacturing Processes. Sustainable Manufacturing. 30

31 Scheme of Studies Thesis option (24+6) credit hours Non-thesis option (30) credit hours (Students opting Non-thesis option are required to undertake a design project). Note: All subjects are 3(3+0) credit hours each unless otherwise specified. Core Courses COMPULSORY MF 610 Concurrent Product and Process Design MF 620 Production Planning and Control MF 621 Productivity and Total Quality Management MF 630 Manufacturing Systems Analysis MF 622 MF 631 MF 632 MF 640 MF 650 MF 660 MF 670 MF 670 EM 510 EM 520 EM 530 EM 531 EM 533 EM 534 EM 535 EM 536 EM 551 EM 570 MF 690 M.Sc. Manufacturing Engineering ELECTIVE COURSES Manufacturing Strategy (Any Six of the following for Non-Thesis option) (Any four of the following for Thesis option) CAD/CAM Computer Integrated Manufacturing Research Methodology Economic Decisions in Manufacturing Tool Design Manufacturing Processes x Continuum Mechanics Economic Decisions in Engineering Management Management Information Systems Principles of Engineering Management Operations Management Human Resource Management Project Management Environmental Management and Safety Project Constraint and Risk Management Business Communications Operations Research Thesis (for thesis option only) (6 Credit Hours) *Student opting Non-thesis option are required to undertake design project in the with university policy. Core Courses COMPULSORY EM 533 Human Resource Management EM 510 Economic Decisions in Engineering Management EM 532 Total Quality Management EM 520 Management Information Systems ELECTIVE COURSES EM 530 EM 531 EM 534 EM 535 EM 536 EM 540 EM 550 EM 551 EM 560 EM 570 MF 610 MF 620 MF 622 MF 630 MF 640 MF 650 MF 670 EM 580 M.Sc. Engineering Management (Any Six of the following for Non-Thesis option) (Any four of the following for Thesis option) Principles of Engineering Management Operations Management Project Management Environmental Management and Safety Project Constraint and Risk Management Legal and Ethical Aspects in Engineering Management Organizational Communication Business Communications Industrial Marketing Management Operations Research Concurrent Product and Process Design Production Planning and Control Manufacturing Strategy Manufacturing Systems Analysis Research Methodology Economic Decisions in Manufacturing Manufacturing Processes Thesis (for thesis option only) (6 Credit Hours) *Student opting Non-thesis option are required to undertake design project in the with university policy. 31

32 DEPARTMENT OF MECHATRONICS & CONTROL ENGINEERING The continued requirement of technology coupled with needs of the industry have called for merging of electronics engineering with mechanical engineering into a new discipline called Mechatronics. Mechatronics is the synergistic combination of precision mechanical engineering,electronics, control engineering and computer science. It deals with the integration of mechanical devices, actuators, sensors, electronics, intelligent controllers and computers. Mechatronics is essential in the design of intelligent products; it allows engineers to transform their concepts into reality. During the forthcoming decades, the use of intelligent products with improved flexibility, performance, reliability and maintainability will be crucial for the economic vitality of any country. The curriculum and the courses, generally, aim at hands-on experience in mechatronics engineering, with special emphasize on the engineering design of mechatronic products. Specifically, the graduate program at the department also emphasizes the cutting edge research in the field. Postgraduate degrees offered by the department: a) M.Sc. in Mechatronics Engineering B) Ph.D. in Mechatronics Engineering Course Requirements To graduate, a student needs to accumulate a total of 30 credit hours and obtain a minimum of 3.0 CGPA taking either 30 credit hours of course work including compulsory and elective courses alongside a semester design project or 24 credit hours of course work including compulsory and elective courses course along with a 6 credit hours of Research Thesis. The students who opt for research thesis may apply for allocation of thesis topic after successful completion of three courses. Entry Qualification Applicants with a Bachelor Degree in either of the following subjects shall be eligible to enroll into this program. 1. Mechatronics and Control Engineering 2. Mechanical Engineering 3. Industrial and Manufacturing Engineering. 4. Electrical/Electronics Engineering Dr. Nadeem Ahmed Mufti Professor, Chairman and Dean Dr. Ali Raza Dr. Ummul Baneen Dr. Mohsin Rizwan Dr. Muhammad Salman Dr. M. Ahsan Dr. Syed Abbas Zilqarnain Naqvi Postgraduate Faculty & Their Research Interests Conventional and Non Conventional Manufacturing Processes, Project management, Operations Management, Bio-inspired Computational Intelligence, Robot Heterogeneity, Artificial Immune Systems, Sports Bio-Mechanics Structural Health Monitoring, Condition Monitoring, Vibrations, Modal Analysis, Finite Element Analysis Optimal Control Systems, Micro Scale Manipulation and Assembly, Non-Linear Structural Analysis Bio-Mechanics, Acoustics, Dynamics and Vibrations Machine Learning, Artificial Intelligence, Quantum Computing, Quantum Control, Computer Architecture Statistical machine Learning 32

33 Scheme of Study for M.Sc Mechatronics Engineering All subjects are 3(3+0)) credit hours unless specified. Degree requirement is completion of 30 credit hours including 24 credit hours of course work and 6 credit hours of research thesis. MCT 591 MCT 601 MCT 602 MCT 603 MCT 631 MCT 632 MCT 633 MCT 634 MCT 635 MCT 636 M.Sc. Mechatronics Engineering Core Courses COMPULSORY MCT 561 Modeling of Physical Systems MCT 562 Mechatronics Systems MCT 563 Sensors and Actuators MCT 564 Industrial Automation (Any Six of the following for Non-Thesis option) ELECTIVE COURSES (Any four of the following for Thesis option) Research Methodology Engineering Analysis Advanced Numerical Methods Product Design & Development Automatic Control System Robust and Optimal Control Digital Control Systems Adaptive Control Systems Estimation and Filtering Nonlinear Control Systems MCT 637 MCT 611 MCT 651 MCT 652 MCT 653 MCT 654 MCT 641 MCT 661 MCT 662 MCT 663 MCT 664 MCT 665 MCT 666 MCT 612 MCT 613 MCT 614 MCT 667 MCT 668 MCT 791 Dynamics and Control of Automotive Systems Advanced Dynamics Advanced Robotics Mobile Robotics Artificial Intelligence and Robotics Intelligent Systems Machine Intelligence Intelligent Manufacturing Systems Machine Vision Advanced Embedded Systems Signal Conditioning and Processing Biomedical Instrumentation and Systems Hydraulics and Pneumatics Precision Machine Design Condition Monitoring Structural Health Monitoring Micro-Electro-Mechanical Systems Mechatronics Project Management Research Thesis 33

34 DEPARTMENT OF CIVIL ENGINEERING The Department of Civil Engineering was established in 1939 as a part of the Maclagan Engineering College, Lahore. Currently it has an enrolment of over 1000 students. The department has the following divisions to conduct its teaching and research programs:- Hydraulics and Irrigation Engineering Geotechnical Engineering Structural Engineering The department offers the following courses of studies at postgraduate level: 1. M.Sc. Hydraulics and Irrigation Engineering 2. M.Sc Geotechnical Engineering 3. M.Sc Structural Engineering 4. Ph.D. Civil Engineering The Master degree courses consist of lectures, design work, laboratory investigations, presentations, seminars and research. The emphasis is on introducing students to modern trends and techniques besides imparting advanced knowledge in their fields of specialization. Laboratories and other Facilities The department has the following well-equipped laboratories with the latest testing machinery, which meet the academic needs of students and teachers as well as the professional needs of the government and private organizations, which includes: Bridge Engineering Computer Concrete Transportation Engineering Hydraulics & Irrigation Engineering Geotechnical Engineering Strength of Materials Engineering Mechanics Surveying Test Floor Earthquake Engineering Civil Engineering Department has recently installed a robust shaking table for simulation of dynamic response of physical models and prototypes in its earthquake laboratory through HEC funding. The department has adequate research facilities for the postgraduate students and the faculty. Priority of the department has been towards solution of different problems faced by the public/private sectors in the field of civil engineering. The faculty members are engaged in a variety of research programs such as low cost housing, use of indigenous materials, Composite Space Structures, Towers, Stability of slopes, Soil improvement techniques, determination of B.C., pneumatic techniques, seepage, water logging and salinity control, sedimentation in channels and reservoirs, River Flood Hydraulics, Application of Geographical Information Systems (GIS) in various fields of Civil Engineering, Hydrological Modeling, soil erosion and sediment transport modeling, flood modeling for coastal areas due to climate change, offshore hydraulics, bond strength of ultra high strength concrete, development and use of FRP materials, high performance concrete, earthquake risk assessment & retrofitting techniques, reliability based design and development of computer softwares for civil engineering problems. The department organizes seminars, workshops, national and international conferences on the topics of national importance related with civil engineering, where the faculty and the students actively participate. Due to civil engineering expertise of the faculty, various public and private sector organizations frequently approach the department for consultancy and advisory services. The department has rendered services in completion of several mega projects such as design of Gomal University, Punjab Medical College, Islamabad Highway Bridges of CDA, retrofitting & risk assessment of earthquake affected buildings, post 2010 floods rehabilitation works, inquiry of collapsed factory at Sundar industrial estates, Lahore, laboratory testing related to Orange Line Metro Train project Lahore, etc. Further, the department offers services in laboratory and field-testing of Civil Engineering projects for quality assurance. 34 Dr. Abdul Sattar Shakir Professor and Dean Dr. Habib Ur Rehman Professor and Chairman Dr. Muhammad Ilyas Professor Postgraduate Faculty & Their Research Interests Alluvial Channels Design and Morphology, River Engg., Sediment Transport in Channels, River Flood Hydraulics, Design of Hydraulic Structures and Reservoir Sedimentation Hydrology, Regional Scale Soil Erosion and Sediment Transport Modelling, Remote Sensing and GIS, Reservoir Sedimentation Earthquake Response Analysis of Structures, Structural Optimization

35 Dr. Aziz Akbar Professor Dr. Zulfiqar Ali Professor Dr. Khalid Farooq Professor Dr. Muhammad Ashiq Professor Dr. Noor Muhammad Khan Professor Dr. Asad Ullah Qazi Professor Dr. Asif Hameed Professor Dr. Riaz Ahmad Dr. M. Burhan Sharif Dr. Rashid Hameed Dr. M. Azhar Saleem Dr. Imtiaz Rashid Dr. Hassan Mujtaba Dr. Irfan-ul-Hassan Dr. Muhammad Yousaf Dr. Usman Akmal Dr. Muhammad Irfan Dr. Safeer Abbas Dr. Rizwan Azam Dr. Umbreen us Sahar Dr. Nouman Khurram Development and Improvement of soil testing equipment & techniques Experimental & Numerical Studies of Longitudinal Dispersion in Channels, Applications of Knowledge Based Systems in Civil Engineering and Hydraulic Model Studies. Soil Improvement Techniques, Slope Stability and Expansive Soils Sediment Transport, Hydraulics and Flood Management Simulation and Optimization of Water Resources Projects, Reservoir Sedimentation, River flood modeling, GIS & RS Applications in Civil Engg. Structural Dynamics and Earthquake Engineering Innovation and new trends in bridge structures, Active and passive control of structures, Structural dynamics and earth quake response of the structures, Construction management and planning, Legal and contractual risk management, quality management and engineering economy. Design, Construction & Maintenance of Structures Concrete Materials and development of software Structural Properties and Numerical Analysis of Fiber Reinforced Concrete structures Rehabilitation and Retrofitting of Bridges Geotechnical Exploration Developing correlations between various geotechnical parameters for non-cohesive and cohesive soils Problematic soils and their mitigation techniques Strength & Creep investigation of Concrete. Structures. Experimental & Multiscale Modelling Approach Self-Compacting Concretes Durability of Concrete, Analysis and Design of Tall building and Dynamics Analysis of structures Landslide Early Warning System, Unsaturated Soil Mechanics, Foundation Engineering, Soil Improvement Precast Tunnel Lining Design & Application. Durability of RCC, Fiber Reinforced Concrete, Structures The numerical modeling and simulation of mechanical behavior of strain hardening cementitious composites and high strength concrete under short-term and time-dependent loading. Non-Linear FE analysis of RCD & steel structure, structural Health Monitoring strengthening & Retrofitting of structures 35

36 Dr. Iffat Siddique Dr. Ali Ahmed Durability analysis of concrete structures Study of dynamic behavior of structures. Slab design techniques and its dynamics. Rehabilitation of damaged structural elements. Properties and durability of concrete. Beam-Column joint behavior and its dynamics. New techniques in shells and plates List of subject offered All subjects are 3(2+1) credit hours unless specified. Degree requirement is completion of 30 credit hours including 24 credit hours of course work and 6 credit hours of research thesis. M.Sc. Structural Engineering SE-501 Structural Analysis SE-502 Reinforced Concrete Structures SE-503 Properties of Structural Materials SE-504 Pre-stressed Concrete SE-505 Steel Structures SE-506 Seismic Design of Structures SE-507 Bridge Engineering SE-508 Design of Structures SE-509 Theory of Plates and Shells SE-510 Structural Mechanics SE-511 Stability of Structures SE-512 Structural Dynamics SE-513 Seismology and Earthquake Engineering SE-514 Seismic Design of Masonry Structures SE-515 Structural Optimization SE-516 Fracture Mechanics of Concrete SE-517 Advanced Concrete Technology-I SE-518 Advanced Concrete Technology-II GE-501 Advanced Soil Mechanics GE-502 Foundation Engineering-I GE-503 Foundation Engineering-II GE-505 Geotechnical Investigation GE-509 Environmental Geo-Techniques GE-511 Numerical Methods in Engineering HI-501 Hydraulic Structures HI-503 Hydro Power Engineering HI-504 Irrigation Engineering & Practices HI-511 Application of RS & GIS in Civil Engg. TE-503 Pavement Analysis and Design TE-505 Airport Planning and Design TE-506 Railway Engineering TE-510 Highway Construction Materials & Equipment M.Sc. Hydraulics & Irrigation Engineering HI-501 Hydraulic Structures HI-502 Advanced Fluvial Hydraulics HI-503 Hydro Power Engineering HI-504 Irrigation Engineering & Practices HI-505 Applied Hydrology HI-506 Sediment Transport HI-507 Fluid Mechanics HI-508 Drainage Engineering HI-509 Computer Aided Design of Hydraulic Structures HI-510 River Engineering & Flood Management HI-511 Application of RS & GIS in Civil Engineering HI-512 Soil Erosion & Watershed Management HI-513 Hydrological Modeling HI-514 Water Resources Planning & Management HI-515 Ground Water Engineering SE-502 Reinforced Concrete Structures SE-503 Properties of Structural Materials SE-507 Bridge Engineering GE-501 Advanced Soil Mechanics GE-504 Dam Engineering GE-505 Geotechnical Investigation GE-506 Soil Improvement Techniques GE-507 Earth Retaining Structures GE-509 Environmental Geo-Techniques TE-503 Pavement Analysis and Design TE-505 Airport Planning and Design TE-506 Railway Engineering TE-510 Highway Construction Materials & Equipment 36

37 M.Sc. Geotechnical Engg. GE-501 GE-502 GE-503 GE-504 GE-505 GE-506 GE-507 GE-508 GE-509 GE-510 GE-511 GE-512 MinE-512 TE-501 TE-502 TE-503 TE-504 TE-505 TE-506 TE-507 TE-510 Advanced Soil Mechanics Foundation Engineering-I Foundation Engineering-II Dam Engineering Geotechnical Investigation Soil Improvement Techniques Earth Retaining Structures Rock Engineering Environmental Geo-techniques Soil Dynamics Numerical Methods in Engineering Geo-Technical Engg. in Professional Practice Rock Slope Engineering Transportation Planning and Engg. Geometric Design and Highway Safety Pavement Analysis and Design Traffic Engineering Airport Planning and Design Railway Engineering Payment Evaluation and Rehabilitation Highway Construction Materials and Equipments TE-511 TE-512 TE-515 HI-501 HI-502 HI-503 HI-504 HI-505 HI-506 HI-507 HI-511 HI-512 HI-515 SE-501 SE-502 SE-503 SE-504 SE-505 SE-506 Harbour and Dock Engineering Bridge and Tunnel Engineering Statistical Analysis with Computer Application Hydraulic Structures Advanced Fluvial Hydraulics Hydro Power Engineering Irrigation Engineering & Practices Applied Hydrology Sediment Transport Fluid Mechanics Application of RS & GIS in Civil Engg Soil Erosion & Watershed Management Ground Water Engineering Structural Analysis Reinforced Concrete Structures Properties of Structural Materials Pre-stressed Concrete Steel Structures Seismic Design of Structures 37

38 DEPARTMENT OF TRANSPORTATION ENGINEERING AND MANAGEMENT The Department of Transportation Engineering and Management was established in February 2006 under the Faculty of Civil Engineering, UET, Lahore. The department offers Bachelor and Postgraduate degrees in Transportation Engineering. The establishment of this department was demand based to improve existing transportation infrastructure, which in the present situation is in relatively mismanaged and becoming overly congested. In order to coup with this challenge, the department offers quality engineering education to students in the field of transportation engineering, comparable with accredited international standards as well as catering the industrial, technological and research needs of the country. The department is looking forward to strengthen University-Industry relationship, which is vital for producing trained and skilled work force having extended focus on innovation, value addition and entrepreneurship. The development of transportation infrastructure depend on developing a larger cadre of transportation professionals capable of planning, designing, constructing, managing, operating, and maintaining of various modes of transportation as airways, seaways, highways, railways and pipeways. Furthermore, overall awareness of transportation of the general public is also a concern of the department, necessary to ensure community and financial support for future transportation projects. Courses of Study The Department of Transportation Engineering and Management offers Master degree course in Transportation Engineering as regular classes on full-time/part time basis. The course consists of lectures, design/practical work, laboratory/field investigations, presentations and research thesis. Thesis is the partial fulfillment of the requirement of the degree. The important areas of concentration include: Transportation Planning and Engineering Transportation Geotechnics Transportation Project Management Geometric Design and Highway Safety Traffic Engineering Railway and Airport Engineering Pavement Design and Material Characterization Training Courses and Seminars The department organizes training courses/workshops and national/international seminars on regular basis. These activities are demand driven and are carried out for the students, faculty, private and governmental organizations. Research, Consultancy and Collaboration Due to expertise of transportation engineering faculty, various public and private sector organizations frequently approach the department for consultancy services. The faculty members are actively engaged in research and regularly present/publish their papers in national and international conferences/seminars /journals. A Research and Development Unit for Sustainable Urban Transport System is being developed. Some of the major organizations that the department works in collaboration with includes: National Highway Authority (NHA), National Transport Research Centre (NTRC), Pakistan Railways, Punjab Traffic Police, City Traffic Police Lahore, National Highway and Motorway Police (NH&MP), Lahore Chamber of Commerce and Industries (LCCI), Daewoo Pakistan Motorway Service Limited (DPMSL), Civil Aviation Authority and Chartered Institute of Logistic Transport Pakistan (CILT), All Pakistan Road User Association (ARUP) etc. The industry also offers scholarships, internships and practical training to the students. 38 Dr. Abdul Sattar Shakir Professor and Dean Dr. Ammad Hassan Khan Professor and Chairman Dr. Zia-ur-Rehman Dr. Zahara Batool Dr. Saadia Tabassum Dr. Irum Sanaullah Postgraduate Faculty & Their Research Interests Hydraulic Structures, Irrigation Engineering Asphalt Aggregate Characterization, Asphalt Mix Design, Railway Engineering, Transportation Geotechnics, Transportation Project Management Soil Exploration and In-situTesting Devices, Highway Materials and Pavement Design, Soil Improvement Techniques, Road Accidents Contributors, Bus Rapid Transit. Road safety, Determination of aberrant driving behavior, Applied Statistics in Transportation, Transportation Planning and Geometric Design Structural Modeling, Public Transport Network designing, GIS application in Transportation Intelligent Transportation System: Real Time Management.

39 Curriculum for M. Sc. Transportation Engineering All subjects are 3(2+1) credit hours unless specified. Degree requirement is completion of 30 credit hours including 24 credit hours of course work and 6 credit hours of research thesis. Compulsory Subjects TE-501 Transportation Planning and Engineering TE-502 Geometric Design and Highway Safety TE-503 Pavement Analysis and Design TE-504 Advanced Traffic Engineering TE-506 Advanced Railway Engineering TE-513 Asphalt Mix Design and Construction ELECTIVE COURSES (Any two of the following) TE-505 TE-507 TE-508 TE-509 TE-510 TE-511 TE-512 M.Sc. Transportation Engineering & Management Airport Planning and Design Pavement Evaluation and Rehabilitation Planning for Traffic Safety and Injury Prevention Pavement Management Systems Highway Construction Materials and Equipments Harbour and Dock Engineering Bridge and Tunnel Engineering TE-514 TE-515 TE-516 TE-517 GE-501 GE-502 GE-503 GE-504 GE-505 GE-506 GE-508 SE-502 SE-504 SE-506 HI-508 HI-511 HI-512 Pavement Distress Identification and Statistical Analysis with Computer Application Field Investigation for Transportation Structures Soil Dynamics Advanced Soil Mechanics Foundation Engineering-I Foundation Engineering-II Dam Engineering Geotechnical Investigation Soil Improvement Techniques Rock Engineering Reinforced Concrete Structures Prestressed Concrete Seismic Design of Structures Drainage Engineering Application of RS & GIS in Civil Engg. Soil Erosion & Watershed Management 39

40 INSTITUTE OF ENVIRONMENTAL ENGINEERING AND RESEARCH This Institute was established in 1972 as a post-graduate research institute. It was the first institute of its kind in the country. The support provided by the Government as well as the UN agencies like UNDP and WHO in the form of equipment, consultants and staff training helped the Institute to build up its infrastructure facilities including development of staff, laboratories and library. Its programs of education, training, research, advisory services and publication made their impact at national level. As a result, it initiated programs of collaboration by the relevant agencies and organizations in the country as an important center in this specialization. The Institute has more than 200 M.Sc. thesis and 3 Ph.D. thesis to its credit. Faculty has published more than 90 research papers in national and international journals. This research work is cited in more than 600 international journals and books. Faculty has also authored 3 books on the subjects of (1) laboratory techniques in environmental field and (2) solid waste management. The Institute enjoys the status of WHO Collaborating Centre for Environmental Health Engineering. Laboratories and Library The Institute building, completed in 1976, is located within the University Campus and accommodates administration section including a committee room, lecture rooms, laboratories, library and individual staff rooms for the faculty. The library contains literature on various aspects of environmental and public health engineering. At present it has about 2,000 titles including proceedings of symposia, workshops, conferences, seminars and journals on air pollution, solid waste management, water and wastewater engineering, noise pollution and other related fields. Thelibrary is augmented with regular additions of books and reading material which the institute receives under various UN assistance programs andby utilizing its own resources. It is used by the University staff and students as well as by other organizations including government departments and engineering consultancy firms. The laboratories of the Institute have sections on sanitary microbiology, sanitary chemistry, unit processes, air pollution and solid waste analysis. These laboratories provide facilities for conduct of routine laboratory work associated with undergraduate and postgraduate courses as well as research by post graduate students and the faculty. They are also used for commercial testing of water and wastewater samples and air quality. The experience gained by the staff in establishing and maintaining these laboratories has enable the Institute in helping other organizations to set up similar testing facilities and develop staff potential in this specialization. Academic Programs The Institute offers postgraduate programs leading to M.Sc. degree in Environmental Engineering and Ph.D. Degree. M.Sc. degree consists of course work and a research thesis with a minimum residence requirement of one and a half year for full time students. In addition to the full time course the Institute also conducts a part-time M.Sc. degree program in Environmental Engineering which extends over a period of two years and is offered for engineers based in Lahore. The requirements for course work and thesis research for this program are the same as for full time candidates and consist of six compulsory, two of the elective subjects and a research thesis. The supervised research by postgraduate students is related to selected topics of applied nature as well as on concepts in processes operations and quality control. The Ph.D. programs extend over a minimum of four years. It includes course work (6 subjects) and research work. Research Research is conducted in the Institute by the faculty and postgraduate students. The areas of interest include water supply and wastewater collection systems, wastewater treatment, water pollution control, water treatment, air pollution and solid wastes management. The results of the faculty research are published in various national and international journals, as well as in the form of Research Reports. The research reports are made available to various relevant agencies and also can be had on request. Seminars and Conferences In view of the leading role, which the Institute plays at national level in the field of environmental engineering, the forums available to it in the form of holding of seminars, conferences and symposia have been mobilized to disseminate relevant information in the country. This has helped in bringing together professional expertise for productive interaction. The Institute, in collaboration with various national and international organizations, has conducted several conferences and technical panels on topics of national importance. Proceedings of these seminars are published by the Institute in collaboration with sponsoring agencies and are available in the library. 40

41 In-Service Training Programs Short term training programs in the form of refresher courses and workshops on selected topics have been offered for professionals of various agencies in water supply and sanitation and environmental protection sector. These courses are designed and offered by the Institute staff. The training programs are also offered on request from other organizations to meet staff training needs in specific areas. Advisory Services The Institute possesses expertise in terms of professional competence in the program areas of water and wastewater engineering, air pollution control and solid waste management as well as physical facilities of laboratories and library. As a result, it has been rendering advisory services to International Organizations like; World Bank,Asian Development Bank, USAID, Korean International Cooperation Agency (KOICA) and UNICEF. National organizations like Lahore Waste Management Company, The Urban Unit, Al-Jazari Water and Sanitation Agency, Provincial Public Health Engineering Departments, EPAs and WASA also seek advisory services from the Institute. Dr. Abdul Sattar Shakir Professor and Dean Dr. Sajjad H. Sheikh Professor and Director Dr. Zahir ud Din Khan Dr. Amir Ikhlaq Dr. Muhammad Umar Farooq Postgraduate Faculty & Their Research Interests Alluvial Channels Design and Morphology, River Engg., Sediment Transport in Channels, River Flood Hydraulics, Design of Hydraulic Structures and Reservoir Sedimentation Wastewater Treatment, Designing and Optimization of Water Supply and Sewerage System Using Computer Software, Water Source Development and Testing Solid Waste Management Environmental Impact Assessment, Water & Wastewater Treatment, Coagulation & Flocculation Laboratory Techniques in Environmental Engineering, Environmental Chemistry Environmental Chemistry, Renewable Energy, Nanotechnology in Environmental Chemistry Curriculum for M. Sc. Environmental Engineering All subjects are 3(3+0) credit hours unless specified. Degree requirement is completion of 30 credit hours including 24 credit hours of course work and 6 credit hours of research thesis. M.Sc. Environmental Engineering Group A Compulsory Subjects Env-E-501 Environmental Management and Impact Assessment Env-E-502 Physico-Chemical Processes in Environmental System Env-E-503 Wastewater Treatment and Design Env-E-504 Experimental Methods in Environmental Engineering 3 (2+1) Env-E-505 Industrial and Hazardous Waste Management Env-E-506 Water Supply and Wastewater Collection System 3(2+1) Group A ELECTIVE COURSES Env-E-507 Environmental Chemistry and Microbiology 3(2+1) Env-E-508 Solid Waste Management Env-E-509 Air and Noise Pollution Control Env-E-510 Ecology and Risk Assessment Env-E-511 Environmental Health and Safety Env-E-512 Water Quality Modeling 3(2+1) Env-E-513 Marine Pollution and Control Env-E-514 Modeling of Environmental Systems 3(2+1) Env-E-515 Agricultural Pollution and Control 41

42 DEPARTMENT OF ARCHITECTURAL ENGINEERING & DESIGN University of Engineering and Technology, Lahore, established the department of Architectural Engineering and Design during the year The key objective of the Architectural Engineering and Design department is to give quality education to the students and prepare them for the construction industry of Pakistan as successful professionals with innovative and multi-disciplinary approach. Architectural Engineering is a multi-disciplinary program incorporating Architectural, Structural, Mechanical and Electrical systems of buildings. The courses offered in various post graduate programs cover areas of Integrated Building Design, Energy Efficient buildings, Heating Ventilation & Air Conditioning (HVAC), Lighting & Illumination, Construction Management, Earthquake Building Design, Energy Efficient buildings, Heating Ventilation & Air Conditioning (HVAC), Lighting & Illumination, Construction Management, Earthquake x-feedback from professionals and experts serving in the construction industry. The department offers the following post graduate programs 1. M.Sc. Integrated Building Design 2. M.Sc. Building Engineering 3. M.Sc. Construction Management (in Process) 4. Ph.D. Architectural Engineering 42 Postgraduate Faculty Dr. Abdul Sattar Shakir Professor and Dean Dr. Khuram Rashid Dr. Muhammad Arif Khan Professor and Chairman Dr. Amina Chaudhary Scheme of Studies Dr. Maria Idress All subjects are 3(3+0) credit hours unless specified. Degree requirement is completion of 30 credit hours including 24 credit hours of course work and 6 credit hours of research thesis. Group A AED-601 AED-602 AED-603 AED-604 AED-699 Group B AED-605 AED-606 AED-607 AED-608 AED-609 AED-610 AED-611 AED-663 AED-664 AED-665 M.Sc. Integrated Building Design COMPULSORY SUBJECT Building systems integration Responsive design & built environment Earthquake Resistant Building Structures Sustainable building deign Thesis (Compulsory) (6 Credit Hours) Elective Courses Building Performance Simulation Virtual Reality and Architectural design Residential Building Design and Virtual Reality and Construction Building Safety Building Structures and Aesthetics Building Information Modelling for Integrated HVAC Systems Lighting and Illumination in Buildings Project Performance Management M.Sc. Building Engineering Group A COMPULSORY SUBJECT AE-651 Advanced Concrete Technology AE-652 Advanced Reinforced Concrete Structures AE-653 Finite Element Methods in Engineering AE-654 Earthquake Engineering AED-699 Thesis (Compulsory) (6 Credit Hours) Group B Elective Courses AED-603 Earthquake Resistant Building Structures AED-609 Building Safety AED-610 Building Structures and Aesthetics AED-661 Forensic Engineering AED-662 Advanced Steel Structures AED-663 HVAC Systems AED-664 Lighting and Illumination in Buildings AED-665 Project Performance Management AED-666 Legal and Contractual Risk Management AED-667 Information Technology in Construction AED-668 Integrated Project Planning and Control AED-698 Selected topics in AE Courses from Civil Engineering GE-502 Foundation Engineering-I GE-503 Foundation Engineering-II SE-504 Pre-stressed Concrete

43 Dr. Abdul Sattar Shakir Professor and Dean Dr. Habib ur Rehman Professor and Director Dr. Ghulam Nabi Dr. Ijaz Ahmad Dr. Muhammad Waseem CENTRE OF EXCELLENCE IN WATER RESOURCE ENGINEERING Introduction Centre of Excellence in Water Resources Engineering (CEWRE) was established in 1976 in the Annexe Block of the University of Engineering and Technology, Lahore. This Centre was primarily established with the objectives of high level goal oriented teaching and research in water resources. These objectives are being realized by imparting M.Sc. and Ph.D. degrees in four disciplines in water resources, conducting specialized training programs, dissemination of knowledge through short courses, seminars, workshops and conducting research on problems of national importance. Water Resources development and its management is an intricate and complex problem and engineers to be polished with the updated latest knowledge and engineering techniques. Therefore it is imperative to impart advanced training to create adequate research interest in engineers to enable them find balanced solutions of day-to-day technical problems arising in the water sector in the country. Laboratory and Research Facilities The Centre has several well equipped laboratories including Hydraulics, Hydrology, Irrigation and Drainage, Soil & Water Analysis, Remote Sensing & GIS and Computer. There is a well equipped distance learning conference room. In addition there is a large Model Tray Hall having facilities for analysis of physical and scale models of river and other water resources engineering structures e.g., dams, spillways, tunnels, etc. Research facilities also include electronics, machine shop and drafting services. Field equipments are available for geo-physical investigations, flow and sedimentation measurements, infiltration tests, sprinkler and drip irrigations, and soil moisture monitoring and hydro-meteorological observations. Library Library of the Centre has a very large collection of books and journals relating to water resources and allied fields. Apart from books, the library possesses proceedings of international seminars and conferences, publications of FAO & UN agencies and backfiles of thirty international journals relating to hydrology, hydraulic and water resources. The Centre also collects local project reports for reference by the students and researchers. Academic Programs The Centre offers postgraduate programs leading to M.Sc. and Ph.D. degrees in four disciplines namely Engineering Hydrology, Water Resources Engineering, Water Resources Management and Hydropower Engineering (M.Sc. only). M.Sc. degree comprises of course work and a research thesis. In-Service Training Programs To benefit the in-service engineers and scientists, this Centre frequently holds refresher courses and training workshops of 1-3 weeks duration. These short courses are usually arranged on some latest topic to impart training of specialized nature. To-date, the Centre has conducted more than 50 refresher courses and training workshops benefitting approximately 1500 (50 x 30) professionals. Mostly, the Centre takes initiative to conduct a particular training. Sometime, these programs are also arranged on special request of some other department or an organization such as Wapda, PCRWR, PARC, Irrigation Departments and others. Seminars and Conferences The Centre frequently organized national and international seminars, workshops and conferences. Proceedings of these events are published in collaboration with the sponsoring agencies and are made available in the Library of the Centre. To-date the Centre has organized more than 25 such events. Postgraduate Faculty & Their Research Interests River Morphology, Sediment Transport in Channels and Reservoirs, Water Resources Management and Numerical Simulation of Irrigation Canals Hydrology, Regional Scale soil Erosion and Sediment Transport modeling, Remote Sensing and GIS, Reservoir Sedimentation Sediment Transport, GIS and Remote Sensing, Fluid Hydrodynamics, Hydraulic Structures, Open Channel Hydraulics Surface water Hydrology, Groundwater Hydrology and Modeling Water shed Modeling, Hydro-Economic water Allocation Optimization Extreme Events Assessment, Projection and Outlook, Statistical and Distributed Hydrological Modeling and Simulation, Watershed Modeling Climate-Vegetation-Hydrology Interaction Mechanism 43

44 Scheme of Studies All subjects are 3(2+1) credit hours unless specified. Degree requirement is completion of 30 credit hours including 24 credit hours of course work and 6 credit hours of research thesis. COMPULSORY SUBJECT CWR-601 Applied Hydrology CWR-611 Advance Open Channel & Computational CWR-612 Dam and Reservoir Engineering CWR-613 Design of Hydraulic Structures CWR-614 Sediment Transport and River Engineering CWR-615 Physical and Numerical Modelling Optional Subjects (Any two of the following) CWR-602 Catchment Modelling CWR-603 Statistical Hydrology CWR-604 Reservoir Design and Operation CWR-605 Flood Estimation and Control CWR-606 Groundwater Hydrology and Exploration CWR-621 Design of Hydropower Plants CWR-622 Planning and Development of Hydropower CWR-631 Drainage Engineering CWR-632 Irrigation Engineering and Management CWR-633 Water Quality Modeling and Management CWR-651 Arid Zone Hydrology CWR-652 Groundwater Modeling CWR-653 Hydrometeorology CWR-654 Snow and Ice Hydrology CWR-655 Watershed Planning and Development CWR-671 Geological and Geotechnical Investigations CWR-681 Pressurized Irrigation System CWR-682 Land Water Management CWR-691 Environmental Impact Assessment CWR-692 Project Construction and Management CWR-693 Remote Sensing and GIS Applications in CWR-694 Water Resources Planning and Economics CWR-695 Water Resources System Analysis CWR-696 Computer Applications in Water Resources CWR-697 Participatory Water Management Seminar & Thesis CWR-699 CWR-700 CWR-800 M.Sc. Water Resources Engineering Seminar on current issues and special topics M.Sc Thesis Ph.D. Dissertation COMPULSORY SUBJECT CWR-601 Applied Hydrology CWR-606 Groundwater Hydrology and Exploration CWR-611 Advance Open Channels & Computational CWR-631 Drainage Engineering CWR-632 Irrigation Engineering and Management CWR-633 Water Quality Modeling and Management Optional Subjects (Any two of the following) CWR-602 CWR-603 CWR-604 CWR-605 CWR-612 CWR-613 CWR-614 CWR-615 CWR-651 CWR-652 CWR-653 CWR-654 CWR-655 CWR-681 CWR-682 CWR-691 CWR-692 CWR-693 CWR-694 CWR-695 CWR-696 CWR-697 Seminar & Thesis CWR-699 CWR-700 CWR-800 M.Sc. Water Resources Management Catchment Modeling Statistical Hydrology Reservoir Operation and Design Flood Estimation and Control Dam and Reservoir Engineering Design of Hydraulic Structures Sediment Transport and River Engineering Physical and Numerical Modeling Arid Zone Hydrology Groundwater Modeling Hydrometeorology Snow and Ice Hydrology Watershed Planning and Management Pressurized Irrigation System Land and Water Management Environmental Impact Assessment Project Construction and Management Remote Sensing and GIS in Water Resources Water Resources Planning and Economics Water Resources System Analysis Computer Applications in Water Resources Participatory Water Management 3(3,0) Seminar on current issues and special topics M.Sc Thesis (6 Credit Hours) Ph.D. Dissertation 44

45 COMPULSORY SUBJECT CWR-601 Applied Hydrology CWR-602 CWR-603 CWR-604 CWR-605 CWR-606 Optional Subjects (Any two of the following) CWR-611 CWR-612 CWR-613 CWR-614 CWR-615 CWR-631 CWR-632 CWR-633 CWR-651 CWR-652 CWR-653 CWR-654 CWR-655 CWR-681 CWR-682 CWR-691 CWR-692 CWR-693 CWR-694 CWR-695 CWR-696 Seminar & Thesis CWR-699 CWR-700 CWR-800 M.Sc./Ph.D. Engineering Hydrology Catchment Modeling Statistical Hydrology Reservoir Design and Operation Flood Estimation and Control Groundwater Hydrology and Exploration Advance Open Channel & Computational Dam and Reservoir Engineering Design of Hydraulic Structures Sediment Transport and River Engineering Physical and Numerical Modeling Drainage Engineering Irrigation Engineering and Management Water Quality Modeling and Management Arid Zone Hydrology Groundwater Modeling Hydrometeorology Snow and Ice Hydrology Watershed Planning and Development Pressurized Irrigation System Land and Water Management Environmental Impact Assessment Project Construction and Management Remote Sensing and GIS Applications in Water Resources Planning and Economics Water Resources System Analysis Computer Applications in Water Resources Seminar on current issues and special topics M.Sc Thesis Ph.D. Dissertation M.Sc./Ph.D. Hydro Power Engineering COMPULSORY SUBJECT CWR-601 Applied Hydrology CWR-611 Advance Open Channel & Computational CWR-612 Dam and Reservoir Engineering CWR-613 Design of Hydraulic Structures CWR-621 Design of Hydropower Plants CWR-622 Planning and Development of Hydropower Optional Subject (Any two of the following) CWR-602 Catchment Modelling CWR-603 Statistical Hydrology CWR-604 Reservoir Design and Operation CWR-605 Flood Estimation and Control CWR-606 Groundwater Hydrology and Exploration CWR-614 Sediment Transport and River Engineering CWR-615 Physical and Numerical Modelling CWR-651 Arid Zone Hydrology CWR-652 Groundwater Modeling CWR-653 Hydrometeorology CWR-654 Snow and Ice Hydrology CWR-655 Watershed Planning and Development CWR-671 Geological and Geotechnical Investigations CWR-691 Environmental Impact Assessment CWR-692 Project Construction and Management CWR-693 Remote Sensing and GIS Applications in Water CWR-694 Water Resources Planning and Economics CWR-695 Water Resources System Analysis CWR-696 Computer Applications in Water Resources Seminar & Thesis CWR-699 Seminar on current issues and special topics CWR-700 M.Sc Thesis (6 Credit Hours) 45

46 DEPARTMENT OF CHEMICAL ENGINEERING The Department of Chemical Engineering was established in 1962 at this University and is the first institution to offer Bachelor's, Master's, and Doctoral degree programs in Chemical Engineering in the country. Currently, it has an enrollment of about 450 students pursuing undergraduate studies. The Department started M.Sc. Chemical Engineering degree program in 1970, and since then, the postgraduate program has been on the road to progress. At present, there are more than 120 students pursuing M.Sc. studies. In addition, 17 scholars are pursuing their Ph.D. degrees in different areas of Chemical Engineering. Courses of Study The Department offers courses of study leading to the following degrees: Ph.D. Chemical Engineering M.Sc.Chemical Engineering with specialization in: (a) Process Engineering (b) Biochemical Engineering (c) Energy Engineering B.Sc. Chemical Engineering Ph.D. Chemical Engineering For Ph.D. degree, students undertake supervised research work for a minimum residency period of three years. Original research contributions are expected for the successful completion of the degree. On completion of research work, a thesis has to be submitted. Ph.D. degree is awarded after international review and approval of thesis by board of examiners. Nine (9) Doctorate degrees have been awarded by the Department in recent past. M.Sc. Chemical Engineering The curriculum for the Master's course has evolved over a number of years and is designed to prepare the students for research and development work. Students are encouraged to work independently on the assigned projects from their specialization field. It is a full time program structure. Program Structure The M.Sc. Chemical Engineering is a two-year program and comprises 30 credit hours (CHs). The program has a core-specialization-orientation structure. Program Core (12 CHs) The program core comprises 12 CHs and has the same structure for all students. The students are required to pass any four (4) of the available core courses. Areas of Specialization (12 CHs) The following specializations are offered as part of the M.Sc. Chemical Engineering program: Specialization in Process Engineering or Specialization in Biochemical Engineering or Specialization in Energy Engineering By the end of first semester, the students are required to submit Form ChE-PG-01 (Preference for Specialization). The decision to offer a particular specialization shall be made by the Departmental Postgraduate Research Committee (PGRC) keeping in view the number of interested students and the availability of faculty. The students are required to pass any four (4) of the available courses from the selected area of specialization. Research Thesis/ Course Work (6 CHs) Both M.Sc. by Coursework and M.Sc. by Research are offered as part of the M.Sc. Chemical Engineering program. By the end of first semester, the students are required to submit Form ChE-PG-02 (Preference for Focus Area of Research) clearly mentioning: Whether M.Sc. by Coursework or M.Sc. by Research is chosen Order of preference (at least 3) from the departmental focus research areas If the student is opting for M.Sc. by Research, the Form ChE-PG-02 must also be signed by a potential supervisor. Such students are required to undertake a supervised research thesis. The students opting for M.Sc. by coursework are required to pass any two (2) courses subject to following conditions: Core courses not already taken Specialization courses not already taken Courses from any other area of specialization Additional postgraduate courses In addition, such students are required to undertake a non-credit, design project in their final semester. 46

47 Laboratories and Other Facilities The Department has well-equipped and well-maintained laboratories in the following fields: Chemical Engineering Thermodynamics, Chemical Reactor Design, Biochemical Engineering, Energy Engineering, Environmental Engineering Fluid Flow, Process Heat Transfer, Instrumental Analysis, Instrumentation and Control, Mass Transfer, Process/Wet Analysis The Instrumental Analysis laboratory is equipped with state-of-the-art equipment including Atomic Absorption Spectrophotometer, Bomb Calorimeter, Elemental Analyzer, Fourier Transform Infrared Spectrophotometer (FTIR), Gas Chromatograph (GC), High Performance Liquid Chromatograph (HPLC), and Ultraviolet (UV) Spectrophotometer. The Department has a computer center equipped with latest systems. Apart from learning computer languages and applications in various courses of Chemical Engineering, the students are encouraged to use this laboratory for their design projects, research dissertations, and class assignments. The Department has a well-organized library with a large number of textbooks, handbooks, reference books, journals, design projects, and research thesis submitted in the past. Latest publications are regularly added to the collection to cope with the modern research in the field. Liaison With Chemical Industry The Department has strong collaboration and linkage with the chemical industry. As a result, the Department has developed constructive and problem solving links with some major organizations including: Dawood Hercules Chemicals, DESCON, ENGRO Corporation, Fatima Fertilizer, Fauji Fertilizer Company, ICI Pakistan OGDCL, PARCO, SNGPL The exchange of senior staff members for mutual benefits, a number of scholarships for undergraduate and postgraduate students, facilities for practical training and research support are some of the features of such collaboration. SNGPL has sponsored a Chair on Gas Engineering in the Department. Research Extension And Advisory Services The Department is engaged in a number of research projects of industrial and theoretical significance under its postgraduate and faculty research programs in areas such as pollution control, energy management, process development, unit operations and process simulation. The outcome of this research is regularly published in journals of repute and receives recognition from the internal community of chemical engineers. 50 publications have been published in HEC recognized and international journals in last 5 years. The Department also offers a variety of advisory and consultancy services to the local industry and entrepreneurs. Some of the areas where the Department can render assistance are: Alternative energy technology development or Ergonomics of engineering projects and waste minimization or Feasibility studies of chemical projects Industrial pollution monitoring, management, control, and recycling or Industrial testing and chemical analysis or Process safety and risk analysis Sponsored Projects A number of sponsored research projects are being pursued in the Department. Current SNGPL funded projects include: Design and development of local solar water heater or Development of household gasifiers Efficiency enhancement of domestic gas stoves or Energy from biomass (biomass densification) Energy audit of gas power plant 47

48 Dr. Nadeem Feroze Professor and Dean Dr. Ing. Naveed Ramzan Professor and Chairman Dr. Muhammad Faheem Dr. Hafiz Muhammad Zaheer Aslam Dr. Syed Zaheer Abbas Dr. Usman Ali Dr. Muhammad Wasim Tahir Dr. Anem Asghar Dr. Syed Hassan Javed Naqvi on Contract Postgraduate Faculty & Their Research Interests Biochemical Engineering; Biofuels; Biopolymers; Water and wastewater treatment Computer aided design; Process modeling, simulation and safety; Process systems engineering Catalysis/kinetics; Computational chemistry; Process modeling and simulation Adsorption, Wastewater Treatment, Reaction Engineering Sorption enhanced chemical looping reforming, H2 production and Co2 capturing, modeling Post combustion Co2 capture from Power Plants Electrochemical energy storage & conservation, battery modeling, Finite element & CFD modeling, Heat transfer Wastewater treatment, advanced oxidation processes, environmental engineering Materials Engineering Scheme of Studies Two options programs, each with total credit hours of 30, are being offered: Thesis Option: 8 Subjects (24 credit hours) + Research Thesis (6 credit hours) Non thesis option: 10 Subjects (30 credit hours) + Design Problem Note: All subjects are 3(3+0) credit hours unless specified. M.Sc. Chemical Engineering COMPULSORY SUBJECT (Common for all Specializations) ChE-501 Separation Processes ChE-502 Transport Processes ChE-503 Optimization and Process Design ChE-504 Mathematical Methods in Chemical Engineering Specialization in Process Engineering ChE-505 Advanced Reactor Design/Reaction Engineering ChE-506 Process Dynamics and Control ChE-507 Advanced Process Economics ChE-508 Project Engineering Specialization in Industrial Pollution Control ChE-509 Physico-Chemical Treatment of Industrial Wastes ChE-510 Industrial Air Pollution Control ChE-511 Hazardous Waste Management ChE-512 Planning and Environmental Impact Specialization in Biochemical Engineering ChE-513 ChE-514 ChE-515 ChE-516 Biochemical Treatment of Industrial Wastes Specialization in Computer Aided Design ChE-517 ChE-518 ChE-519 ChE-520 Specialization in Clean Coal Engineering Coal Preparation ChE-521 ChE-522 ChE-523 ChE-524 Applied Microbiology and Biological Processes Advanced Biochemical Engineerin Design and Analysis of Biochemical Reactors Process Modeling and Simulation Computer Aided Process Plant Design Project Management and Information Systems Process Synthesis, Analysis and Design Coal Gasification Combustion Engineering Advanced Coal Power Systems Thesis (for M.Sc. Research only) (6 credit hours) Design Project 0 Credit Hours (for M.Sc. Course 48

49 DEPARTMENT OF POLYMER & PROCESS ENGINEERING The undergraduate program in Polymer Engineering was launched in 2002 under Polymer Engineering Division in Department of Chemical Engineering with an intake of 35 students. As a result of a far-reaching ambition, and keen vision which led to the realization of the increasing important role that Polymer Engineering plays in the world today, the University rightly decided to upgrade the Division into an independent degree awarding Department of Polymer and Process Engineering in January The Department has already gained considerable prestige and standing in the academic and industrial world due to motivated and outstanding faculty, hardworking and dedicated administration and state of the art laboratories costing more than 100 million rupees. Programs Offered The Department offers following degree programs: a) B.Sc. Polymer Engineering b) M.Sc. Polymer and Process Engineering c) Ph.D. Polymer and Process Engineering Focus of the Research A) Development of advanced polymers including functional polymers, composites and elastomers b) Modification/blending of existing polymers to meet high-end requirements c) Application of polymers in the process industries (coatings, membranes etc.) d) Advanced polymer characterization techniques e) Polymer processing simulation using state-of-the art software M.Sc. Polymer and Process Engineering The M.Sc. program at the Department started in 2007 to foster internationally recognized research in polymer and process engineering. The curriculum is a unique combination of the advanced subjects related to polymer and process engineering core areas. The Department enjoys a strong tradition of research and developmental work. Students are encouraged to undertake and disseminate the research work in a timely manner under the guidance of qualified faculty. The Department offers M.Sc. Degree on Full Time basis. The minimum credit hours requirement for the award of M.Sc. Degree is 30 credit hours after a relevant undergraduate degree. The program is divided into four semesters. First, second, and third semesters are dedicated to the course work where after each semester, the students undertake the examination to qualify these courses. In the fourth semester, students undertake research projects, on completion of which a dissertation is submitted for evaluation by external experts. The Degree is awarded on passing the requisite number of courses as well as the successful completion of the dissertation. As per the University requirements, a minimum GPA of 2.5 is needed to obtain the degree. In M.Sc. Course-work scheme, the students have to qualify two additional courses (i.e., 6 credit hours) in place of research dissertation. This choice is available to a limited number of students based on department's stipulated criterion. Ph.D. Polymer and Process Engineering The Department started Ph.D. program in The Ph.D. program at the Department consists of course work and rigorous research work. It is expected that the Ph.D. candidates would produce original contribution to the chosen research field. It is required to submit a thesis at the end of the research work for the award of the degree. Program Design The postgraduate degree program at the Department was designed to build on current activities and to provide a nucleus for the University's rapidly expanding industrially orientated research training and consultancy in polymer engineering and science. The key role will be to utilize the University's initiative in areas of multi-disciplinary polymer and process related research. The focus of the design of postgraduate program in polymer and process engineering is the advanced level studies in: a) The pivotal defining areas of polymer science and engineering such as functional polymers, macromolecule design and characterization, polymer rheology, polymer simulation and polymer composites. b) The core value areas in process engineering like advanced separation techniques, process optimization, and design, process control and reactor design. c) Courses from materials design and developmental point of view like polymer membrane design and applications, polymer blends, polymer coatings, polymer packaging, elastomeric materials etc. 49

50 Laboratories and other Facilities The Department houses modern laboratory instruments in polymer synthesis and modification, polymer testing and characterization and processing simulation. Coupled with the expertise available in the Department, these laboratory resources are research nucleus in the University and consultancy/testing center for the industry. The Department has state-of-the-art laboratory resources in the following areas: Polymer Synthesis and Modification or Polymer Processing and Fabrication or Polymer Rheology or Advanced Multifunctional Polymers Process Analysis and Control or Process Modelling and Simulation or Polymer Characterizationor Electrochemical Characterization Membrane Synthesis and Characterization All these areas have applications and relevance to the polymer manufacturing industry and various research organizations in the public sector. Our goals are to advance scientific and engineering knowledge in these areas, to disseminate the information, and to transfer this knowledge to the industry. Many aspects of our research are interdisciplinary by nature, involving fruitful collaboration with other academic areas across traditional academic boundaries. Laboratory Resources Our laboratories fall into four main categories: 1. Undergraduate Teaching 2. Research Industrial Testing and Product Development Process Engineering 1. Undergraduate Teaching Polymer Testing, Computational and Processing Simulation, Polymer Analysis & Characterization, Polymer Composites Polymer Structure and Synthesis, Rubber Compounding and Processing, Polymer Processing and Fabrication 2. Research Polymer Synthesis and Modification, Polymer Testing and Characterization Advanced Polymeric Composites, Conducting Polymer and Membranes Research 3. Industrial Testing & Product Development Plastic and Rubber Product Identification and Development or PVC/PE Pipe Testing and Quality Assurance PE film testing or Plastic Materials and Products Testing under ASTM, ISO & PS Standards 4. Process Engineering Process Heat Transfer or Fluid Flow or Mass Transfer or Instrumentation & Control or Thermodynamics or Polymer Reaction Engineering Environmental Engineering or Particle Technology These laboratories are most modern and employ state of the art technology to gain insight into the complex process and facilitate precise measurements. These laboratories house a wide range of characterization and testing instruments such as Gel Permeation Chromatography (GPC), Fourier Transform Infra-Red Spectroscopy (FTIR), Differential Scanning Calorimeter (DSC), Brabender Measuring Mixer, Elemental Analyzer, Universal Testing Machine (UTM), Brookfield Rheometer, UV Spectrometer, Hardness and Electrical Conductivity testers, Electrochemical Workstation (Potentiostat), Dynamic Mechanical Thermal Analyzer (DMTA) and Thermal Gravimetric Analyzer (TGA). Liaison with Industry At the Department, we believe that universities always have been the centres of scholarship. Today, they have to extend their function and fully integrate research, education and innovation, and attract other centres of knowledge into cooperation. Research and thus postgraduate studies, have to be more focused on industrial problems. The Department is working relentlessly to establish a meaningful and productive link with prominent polymer related industries. The broad framework of cooperation is as follows: 50

51 Area of interest at the Department: Process equipment design and simulation Process analysis and troubleshooting Development and complete characterization regarding: a) Thermoplastics and thermosets compounds c) Polymeric composites b) Elastomeric materials d) Advanced multifunctional polymers Training workshops, seminars and courses at various levels for industries. Industrial Contribution Industrial training and internships for students or Enhancement of laboratory facilities or Scholarships for students Research projects leading to M.Sc. and Ph.D. degrees or Funded industrial research Modes of Interaction Direct liaison on specific project basis or Collaboration through HEC-Industry linkage programme Collaborating Industries The Department has signed Memorandum of Understandings (MOUs) with some of the leading industries. In response, we provide industrial research and testing facilities to these industries. Industries also provide practical and knowledge to our graduates after hiring them as internees. Some of the major industries entering into agreement with the Department are: Packages (Pvt.) Ltd., SPELL Group of Industries, Awan Sports, Lucky Plastics, Fiber Tech Composites, Popular Pipes, Forward Sports International Polymer Industries (Pvt.) Ltd. or Tariq Pipe Industries (Minhas Pipes) The Department is working on the future collaboration and many more linkages are expected in near future. Research and Industrial Consultation The Department is currently engaged in research and developmental projects in the areas like Membranes, Advanced Functional Polymers, Adhesives, Polymer Composites, Rheological Characterization, Polymer Modification and Blending, Processing Simulation and Design. A number of projects are industrially funded where postgraduate students are involved as research assistant fully paid by the industry. The outcome of the research is published in impact factor journals of international repute. Dr. Nadeeem Feroze Professor and Dean Dr. Asif Ali Qaiser Professor and Chairman Dr. Atif Javaid Dr. Farhan Saeed Dr. M. Shafiq Irfan Dr. M. Sarfraz Dr. Rabia Nazar Dr. Yasir Qayyum Gill Postgraduate Faculty & Their Research Interests Biochemical Engineering; Biofuels; Biopolymers; Water and wastewater treatment Membranes, Intrinsically Conducting Polymers, Polymer Rheology, Polymer Characterization Polymer Composites, Multifunctional Polymeric Materials Elastomeric Materials, Polymer Processing, Polymer Compounding Polymer Composites, Electroactive Conducting Polymers, Process Modelling & Simulation Polymer Membranes Conductive Photo-polymers, Photo-Synthesis of Metal Nano-Particles Polymer Nano-Composites for Packaging Materials, Polymer Processing, and Compounding 51

52 Scheme of Studies Two options programs, each with total credit hours of 30, are being offered: Thesis option: 8 Subjects (24 credit hours) + Research Thesis (6 credit hours) Non thesis option: 10 Subjects (30 credit hours) + Design Problem All subjects are 3(3+0) credit hours unless specified. Note: PPE-501 PPE-502 PPE-503 M.Sc. Polymer & Process Engineering COMPULSORY SUBJECT (Common for all Specializations) Departmental Core-12 Credit Hours Polymer Rheology and Viscoelasticity Macromolecule Design and Characterization Advanced Separation Processes Optimization and Process Design PPE-504 Departmental Electives 12 Credit Hours (4 courses from following list for M.Sc. 18 Credit Hours (6 courses from following list for M.Sc. PPE-505 Polymer Reactor Design PPE-506 PPE-507 PPE-508 PPE-509 PPE-510 PPE-511 PPE-512 PPE-513 PPE-514 PPE-515 Modeling and Simulation in Polymer Processing Elastomeric Materials & Processes Advanced Polymer Composites Polymer Membrane Design and Applications Compounding Principles and Polymer Blending Advanced Functional Polymers Polymer Coatings and Applications Statistical Techniques for Data Analysis Advanced Process Control Polymer Packaging 52

53 DEPARTMENT OF METALLURGICAL & MATERIALS ENGINEERING The Department of Metallurgical and Materials Engineering was established in It has the distinction of being one of the oldest institutions in the country to offer a bachelor's degree in Metallurgy. The Department has been the fundamental contributor in teaching Metallurgy in Pakistan, and thus maintains its leading role in the education of Metallurgical & Materials Engineering. The graduate programs include studies leading to M.Sc. and Ph.D. qualifications. The Master's degree program was started in It is primarily a theory-based course though the research work forms a significant part. These courses have been designed primarily for Metallurgical Engineers and Materials Scientists who are working in the Metal Industry and research organizations. Emphasis is being laid on the development of students' ability to integrate and apply their knowledge effectively in industrial organizations. Most of the students enrolled for the Master's Degree come from major organizations of the country. The students have carried out comprehensive research projects relating to the problems faced by our metal industry. The Ph.D. studies are based on research only. The department has a highly qualified faculty. At present, eight out of thirteen faculty members hold Ph.D. degrees. Three of the staff members are abroad, doing their Ph.D. The department also invites a number of prominent metallurgical engineers and professionals from various organizations as visiting teachers and examiners. The department has organized the research work in such a way that it has a direct bearing on our national industry. The department has links with several industries/organizations which provide necessary facilities for undergraduate projects/experiments and graduate faculty research. These facilities for practical/experimental training relate to foundry techniques, forging, rolling, heat treatment, inspection and testing, welding and corrosion protection. The departmental library is well equipped with up to date books for the use of teachers and students. In addition to this, a well-equipped computer laboratory has also been set up to meet the academic and research requirements. The department organizes seminars and workshops in various areas of Metallurgical and Materials Engineering. It also offers testing facilities and consultancy services to local industry. The department has a pleasant and intimate working environment which is derived from the small number of admissions every year and a high teachers/student ratio. The department also offers a pleasant working environment for female students. The tradition of a co-education in the department spans over one decade. It is expected that engineers who wish to join higher studies programs have had some professional experience and they have developed an interest in some particular area which they wish to explore further. It is hoped that these programs will help to produce significant developments in the metal and materials industry of Pakistan. Dr. Nadeem Feroze Professor and Dean Dr. Akhlaq Ahmad Malik Professor and Chairman Dr. Gul Hameed Awan Professor Dr. M. Yousaf Anwar Professor Dr.-Ing. Furqan Ahmed Dr. Muhammad Asif Rafiq Postgraduate Faculty & Their Research Interests Biochemical Engineering, Biofuels, Biopolymers, Water and Waste-Water Treatment Corrosion & Protection / Magnetic Materials Materials Science / Coatings Powder Metallurgy / Foundry Deformation & Fracture / Physical Metallurgy Ceramics & Composites / / Electrical & Magnetic Materials / Characterization Techniques 53

54 Dr. Ehsan ul Haq Dr. Adnan Maqbool Dr. Liaqat Ali Kasuri On Contract Geopolymers / Composites Nanomaterials, Electrical Materials Physical Metallurgy / Heat Treatment Scheme of Studies All subjects are 3(2+1) credit hours unless specified. Degree requirement is completion of 30 credit hours including 24 credit hours of course work and 6 credit hours of research thesis. GROUP-A (5 subjects to be opted from Group A) Met-E-501 Met-E-502 Met-E-503 Met-E-504 Met-E-505 Met-E-506 Met-E-507 Met-E-508 Met-E-509 M.Sc. Metallurgical & Materials Engineering Phase Transformations in Solids Solidification Processes Ferrous and Non-Ferrous Production Deformation and Fracture Corrosion Engineering Metal Working Processes Production Management Characterization Techniques Engineering Ceramics and Composites GROUP-B (3 subjects to be opted from Group B) Met-E-510 Powder Metallurgy Met-E-511 Welding Engineering Met-E-512 Heat Treatment of Metals and Alloys Met-E-513 Coating Techniques Met-E-514 Nuclear Reactor Materials Met-E-515 Electrical and Magnetic Materials M.Sc Research Thesis (Compulsory) (6 credit hours) 54