BEng in Computer Engineering

Transcription

1 (For students admitted in under the -year degree) BEng in Computer Engineering School of Engineering - BEng in Computer Engineering In addition to the requirements of their major programs, students are required to complete the University requirements for graduation. For details please refer to the respective section on this website. Some courses can be used to fulfill both Major and University Common Core Requirements. Students may reuse a maximum of 9 credits of these courses to count towards both Requirements. Major Requirements Engineering Fundamental Course(s) Credit(s) attained COMP Note: COMP 121 OR COMP 122P OR COMP 122Q COMP 121 Introduction to Computer Science COMP 122P Introduction to Computing with Java COMP 122Q Introduction to Computing with Excel VBA ENGG 11 Academic Orientation LANG 2 Technical Communication I MATH Note: [(MATH 112 OR MATH 11 OR MATH 12) AND (MATH 11 OR MATH 12)] OR [MATH 12] -7 MATH 112 Calculus IA MATH 11 Calculus IB MATH 11 Calculus II MATH 12 Accelerated Calculus MATH 12 Honors Calculus I MATH 12 Honors Calculus II MATH 211 Introduction to Multivariable Calculus MATH 2111 Matrix Algebra and Applications PHYS Note: PHYS 1112 OR PHYS 112 PHYS 1112 General Physics I with Calculus PHYS 112 Honors General Physics I PHYS Note: PHYS 111 OR PHYS 11 PHYS 111 General Physics II PHYS 11 Honors General Physics II SENG Engineering Introduction course (If the students take an introduction course included in their major, this course can be counted towards their major requirement.) - COMP 121 Introduction to Computer Science ELEC 11 Introduction to Electro-Robot Design CPEG (Y) ( intake) Page 1

2 ELEC 12 A System View of Communications: from Signals to Packets CENG 1 Introduction to Chemical and Biological Engineering CIVL 11 Discovering Civil and Environmental Engineering ENGG 11 First Year Cornerstone Engineering Design Project Course IELM 21 Industrial Engineering and Modern Logistics IELM 22 Engineering Management MECH 191 Automotive Engineering MECH 192 Energy Systems in a Sustainable World MECH 195 Buildings for Contemporary Living MECH 19 Mechanical Engineering for Modern Life Required Course(s) Credit(s) attained CPEG 1971 Industrial Experience CPEG 29 Academic and Professional Development I CPEG 9 Academic and Professional Development II COMP Note: (COMP 211 AND COMP 212) OR COMP 212H 5-8 COMP 211 Introduction to Object-oriented Programming COMP 212 Object-Oriented Programming and Data Structures COMP 212H Honors Object-Oriented Programming and Data Structures 5 COMP/ELEC Note: COMP 211 OR ELEC 2 COMP 211 Computer Organization ELEC 2 Computer Organization COMP/ELEC Note: COMP 2711 OR COMP 2711H OR ELEC 2 COMP 2711 Discrete Mathematical Tools for Computer Science COMP 2711H Honors Discrete Mathematical Tools for Computer Science ELEC 2 Probability and Random Processes in Engineering COMP 511 Operating Systems COMP/ELEC Note: COMP 521 OR COMP 11 OR ELEC 1 - COMP 521 Mobile Application Development COMP 11 Design and Analysis of Computer Architectures ELEC 1 Embedded System Design COMP/ELEC Note: COMP 988 OR COMP 989 OR ELEC 918 OR ELEC 919 (Students taking the Research Option must take either COMP 989 or ELEC 919) COMP 988 Computer Engineering Final Year Project COMP 989 Computer Engineering Final Year Thesis ELEC 918 Computer Engineering Final Year Project ELEC 919 Computer Engineering Final Year Thesis CPEG (Y) ( intake) Page 2

3 ELEC Note: ELEC 11 OR ELEC 12 ELEC 11 Introduction to Electro-Robot Design ELEC 12 A System View of Communications: from Signals to Packets ELEC Note: ELEC 21 OR ELEC 2 ELEC 21 Signals and Systems ELEC 2 Electronic Circuits ELEC 22 Digital Circuits and Systems ELEC Introduction to Embedded Systems ENGG 21 Engineering Seminar Series LANG Note: LANG OR LANG 1 LANG Technical Communication II for CSE & CPEG LANG 1 Technical Communication II for ECE & CPEG Elective(s) Minimum credit(s) required COMP/ELEC Area Courses (At least courses from the specified elective list, of which at least 2 courses should be taken from one single area and at least 2 courses outside that area. Courses taken as Major Required Courses may not be counted towards the elective requirement.) 15 Artificial Intelligence / Theory Area COMP 211 Fundamentals of Artificial Intelligence COMP 711 Design and Analysis of Algorithms COMP 711H Honors Design and Analysis of Algorithms COMP 721 Theory of Computation COMP 211 Machine Learning COMP 221 Introduction to Natural Language Processing COMP 1 Data Mining COMP 2 Big Data Mining and Management COMP 21 Image Processing COMP 521 Computer Vision COMP 5711 Introduction to Advanced Algorithmic Techniques Communications Area ELEC 1 Signal Processing and Communications ELEC Electromagnetics: From Wireless to Photonic Applications ELEC 11 Digital Communications and Wireless Systems ELEC 15 Information Theory and Error-Correcting Codes ELEC 1 Engineering Optics ELEC 2 Photonics and Optical Communications ELEC Radio Frequency Engineering ELEC ** Modern Optics CPEG (Y) ( intake) Page

4 Embedded System / Robotics Area COMP 521 Mobile Application Development COMP 11 Design and Analysis of Computer Architectures ELEC 2 System Modeling, Analysis and Control ELEC 21** Digital Control Systems ELEC 1 Embedded System Design ELEC 2 FPGA-based Design: From Theory to Practice ENGG 95 Engineering Special Project 1- Graphic / Multimedia Area COMP 11 Computer Graphics COMP 21 Image Processing COMP 1 Multimedia Computing COMP 1 Computer Music COMP 51 Game Programming COMP 511 Advanced Computer Graphics COMP 521 Computer Vision ELEC 17 Digital Media and Multimedia Applications Semiconductor / VLSI Area ELEC Introduction to Integrated Circuits and Systems ELEC 5 Microelectronic Devices and Technology ELEC 1 CMOS VLSI Design ELEC 2 Analogue Integrated Circuits Design and Analysis ELEC Integrated Power Electronics ELEC 51 Semiconductor Materials and Devices ELEC 52 Integrated Circuit Fabrication Technology Signal Processing Area ELEC 1 Signal Processing and Communications ELEC 1 Digital Image Processing ELEC 1 Speech and Image Compression ELEC 1 Introduction to Digital Speech Recognition ELEC 81 Introduction to Biosensors and Bioinstrumentation ELEC 82 Medical Imaging Software / Database Area COMP 221 Unix and Script Programming COMP 21 Java Programming COMP 1 Principles of Programming Languages COMP 111 Software Engineering COMP 111H Honors Software Engineering COMP 11 Database Management Systems COMP 21 Internet Computing COMP 111 Software Engineering Practices COMP 11 Principles of Database Design CPEG (Y) ( intake) Page

5 COMP 21 Search Engines for Web and Enterprise Data COMP 1 Data Mining COMP 2 Big Data Mining and Management COMP 521 Mobile Application Development Systems / Networking Area COMP 511 System and Kernel Programming in Linux COMP 11 Design and Analysis of Computer Architectures COMP 21 Computer Communication Networks I COMP 22 Computer Communication Networks II COMP 1 Computer and Communication Security COMP 2 Practicing Cybersecurity: Attacks and Counter-measures COMP 1 Social Information Network Analysis and Engineering ELEC 12 Computer Communication Networks ELEC 1 Embedded System Design Student may opt to graduate with or without an option. Students who take an option MUST complete all requirements specified in addition to the major requirements. Option(s) Research Option Students in the Research Option should also take either COMP 989 or CPEG 919 as specified in the major requirements. Elective Course(s) Minimum credit(s) required COMP/ELEC/ UROP COMP Research Electives [Students should take either (ELEC 59 AND UROP 11) or a -credit COMP 5-level course to fulfill this requirement.] Any COMP course at 5-level ELEC 59 Modern Engineering Research Methodologies 1 UROP 11 Undergraduate Research Opportunities Series 1 1 COMP/ELEC CPEG Electives (1 PG-level course as approved by advisor) 2- **Remarks on course(s): - ELEC 21: The course was last offered in and was deleted subsequently. - ELEC : The course was last offered in and was deleted subsequently CPEG (Y) ( intake) Page 5