6/2/6 ELECTRICAL AND COMPUTER ENGINEERING (B.S.E.E.) College of Information Technology and Engineering Weisberg Division of Engineering Phone: (0) 696-550 Web Site: www.marshall.edu/cite Email: salema@marshall.edu The Marshall University Bachelor of Science in Electrical and Computer Engineering (B.S.E.E.) program goals are as follows:. Practice the electrical and computer engineering discipline successfully within community accepted standards. 2. Possess teamwork and communication skills to develop a successful career in electrical and computer engineering.. Fulfill professional and ethical responsibilities in the practice of electrical and computer engineering, including social, environmental and economic considerations.. Engage in professional service, such as participation in professional society and community service. 5. Engage in life-long learning activities, such as graduate studies or professional workshops. 6. Develop a professional career in the prevailing market that meets personal goals, objectives and desires. The Student Outcomes of the B.S.E.E are: a) Ability to apply mathematics, science and engineering principles. b) Ability to design and conduct experiments, analyze and interpret data. c) Ability to design a system component, or process to meet desired needs. d) Ability to function on multidisciplinary teams. e) Ability to identify, formulate and solve engineering problems. f) Understanding of professional and ethical responsibility. g) Ability to communicate effectively. h) The broad education necessary to understand the impact of engineering solutions in a global and societal context. i) Recognition of the need for and an ability to engage in life-long learning. j) Knowledge of contemporary issues. k) Ability to use the techniques, skills, and modern engineering tools necessary for engineering practice Admission Requirements: Meet Marshall University admission requirements. Admission to the BSEE program requires a minimum composite ACT score of 2 with a math score of 2, or a minimum SAT composite of 980 with a math SAT of 560. Transfer students must have completed MTH 27/0 College Algebra and MTH 2 Pre- Calculus. For those students not meeting the ACT/SAT score requirements above may enroll in Pre-Engineering. Requirements for Pre-Engineering are a minimum composite ACT score of 9 with a math score of 9-2, or a minimum SAT composite of 900 with a math SAT of 60-550. Students who are admitted to the Pre-Engineering program generally will require an additional calendar year to complete the requirements for the BSEE degree. Transfer students must be eligible to take MTH27/0 College Algebra and MTH2 Pre-Calculus. Graduation Requirements The BSEE degree program requires a minimum of 2 credit hours of coursework. In addition to fulfilling the University s requirements for graduation, BSEE students must maintain a minimum GPA of 2.0 in all professional courses. These professional courses include mathematics (MTH 229 or above), required science courses, core engineering (ENGR) courses, electrical and computer engineering courses (EE), and courses used as technical electives. Entering students with a Math ACT of 2-26 are required to take MTH 2 Pre-Calculus. Such students will likely need an extra semester or summer term to satisfy BSEE requirements
6/2/6. Core Curriculum A. Core I (9 FYS 00 First Year Seminar or FYS 00H First Year Seminar Honors ( Two Critical Thinking courses (CT) (6 B. Core II (8 Composition: ENG 0 English Composition I ( and ENG 20 Advanced Composition ( (Completion of ENG 20H English Composition Honors ( with a C or better also satisfies the University composition requirement) Communication: CMM 0 Fundamentals of Speech Communications or CMM 207 Business and Professional Communication ( Math: (requirement met in major) Physical or Natural Science: (requirement met in major) Social Science ( Humanities ( Fine Arts ( C. Additional University Requirements Two Writing Intensive (W) courses (6 One Multicultural (M) or International (I) course ( D. Transfer Students Freshmen transfer students must complete Core I at Marshall. Core II can be completed with Marshall or transfer courses. Transfers with 0 or more credit hours must complete one CT course but are exempt from the remaining Core I requirements. Core II can be completed with Marshall or transfer courses. 2. Mathematics (9 MTH 220 Discrete Structures ( MTH 229 Calculus with Analytic Geometry I (5 MTH 20 Calculus with Analytic Geometry II ( MTH 2 Calculus with Analytic Geometry III ( MTH 5 Differential Equations (. Science (2 CHM 2 Principles of Chemistry I ( PHY 2 Principles of Physics ( PHY 2 Principles of Physics ( PHY 20 General Physics Lab II (. Engineering (28 ENGR 0 Freshman Engineering Seminar ( ENGR 0 The Engineering Profession ( ENGR 20 Circuits I ( ENGR 202 Circuits II ( ENGR 20 Introduction to Digital Systems ( ENGR 25 Engineering Materials ( ENGR 27 Engineering Co-Op Preparation ( ENGR 22 Engineering Economy ( ENGR 265 Engineering Analysis ( ENGR 5 Introduction to Project Management ( CS 0 Computer Science I ( 6. Electrical & Computer Engineering (25 EE 20 Programming Lab ( EE 0 Electromagnetic Fields ( EE 20 Signals & Systems ( EE 0 Random Signals & Systems ( EE 0 Computer Architecture & Design ( EE 50 Elec. Properties of Materials ( EE 60 Linear System & Control Theory ( EE 20 Capstone ( 7. Emphasis, Capstone, Technical Electives, and Free Elective A. Emphasis. Electrical Engineering Emphasis EE 70 Electric Machinery and Power Systems ( EE 0 Electrical Engineering Design ( 2. Computer Engineering Emphasis EE 80 Microprocessors ( EE 2 Computer Engineering Design ( B. Capstone ( To be eligible to take the capstone design course (EE 20), students must have completed EE 0 or EE 2. C. Technical Electives (5 At least 5 technical elective courses related to the area of emphasis and must be taken. The courses must be approved by the student s advisor and the Division s Charmian. The following is a suggested list:. Electrical Engineering Emphasis EE 0 Digital Control Systems ( EE 5 Radio Frequency and Microwave Engineering ( EE 8 Power Electronics ( ME 65- Mechatronics ( ME 75- Programmable Logic Controls (PLC) ( 2. Computer Engineering Emphasis EE 0 Digital Control Systems ( EE 7 Real-Time Digital Processing ( CS 2 - Embedded Systems ( CS 0 Cybersecurity ( CS 0- Digital Image Processing ( D. Free Elective ( Co-operative Education Students may elect to participate in the co-operative education program. Students in the program will have periodic full-time work experiences in their area of interest with participating companies. Information on the program can be obtained from the Division Chair or academic advisor. 5. Computer Science ( B.S.E.E Four-Year Curriculum Plan Freshman Year 2
6/2/6 ENGR 0 - Freshmen Seminar MTH 20 - Calculus II ENGR 0 - Engineer. Profession Social Science (CT, W/I, W) MTH 229 - Calculus I (CT) 5 PHY 2 - Physics I ENG 0 - English Composition I CS 0 - Computer Science I FYS 00 - First Year Seminar Communications CHM 2 - Chemistry I Total 6 Total 7 Sophomore Year ENGR 20 - Circuits I ENGR 202 - Circuits II EE 20 - Programming Lab ENGR 25 - Engr. Material MTH 2 - Calculus III ENGR 27 - Co-Op PHY 20 - Physics Lab II PHY 2 - Physics II ENGR 265- Engineering Analysis MTH 220- Discrete Structures MTH 5 - Differential Equations Total 6 Total 8 Junior Year ENGR 20 - Introduction to Digital Systems ENG 20 - English Composition II EE 0 - Electromagnetic Fields ENGR 22 - Engineering Economy EE 20 - Signals & Systems EE 0 - Random Signals & Systems EE 50 - Elec. Properties of Materials EE 60 - Linear Systems & Control Theory EE 0 - Computer Architecture & Design EE 70 - Electric Machinery and Power Systems OR EE 80 Microprocessors** Total 6 Total 6 Senior Year ENGR 5 - Project Management EE 20 - Capstone EE 0 - Electrical Engineering Design OR EE 2 Computer Engineering Design EEC Elective *** EEC Elective *** Free Elective Humanities Fine Arts Total 8 Total 5 Total Credits: 2
Pre-Engineering (MTH ACT 9-2) Freshman Year 6/2/6 Communication CMM 0 or 207 MTH 2 Pre-Calculus 5 ENGR 0 - Freshmen Engineering Seminar CS 0 - Computer Science MTH 27 - College Algebra -Expanded Version 5 CHM - Foundations of Chemistry or College Algebra - hrs ENG 0 - English Composition I FYS 00 - First Year Seminar ENGR 0 - The Engineering Profession SFT 25 - Intro to Safety (I) UNI 02 - Strategies for Academic Success Total 6 Total 5 Sophomore Year Junior Year Humanities ENGR 25 - Engineering Materials CHM 2 - Chemistry I MTH 220 Discrete Structure MTH 229 CT - Calculus I 5 MTH 20 - Calculus II ENG 20 - Advanced Composition PHY 2 - Principles of Physics EE 220 Programming Lab Total 7 Total ENGR 20 Circuits I ENGR 202 Circuits II ENGR 27 - Co-Op MTH 2 - Calculus III ENGR 22 - Engineering Economy PHY 20 - Physics Lab II ENGR 265 Engineering Analysis PHY 2 - Principles of Physics II MTH 5 - Differential Equations Fine Arts Senior Year Total 6 Total 5 ENGR 20 - Introduction to Digital Systems ENGR 20 - English Composition II EE 0 - Electromagnetic Fields ENGR 22 - Engineering Economy EE 20 - Signals & Systems EE 0 - Random Signals & Systems EE 50 - Elec. Properties of Materials EE 0 - Computer Architecture & Design EE 70 - Electric Machinery and Power EE 60 - Linear Systems & Control Theory Systems OR EE 80 Microprocessors** Total 6 Total 6 Fifth Year ENGR 5 - Project Management EE 20 - Capstone EE 0 - Electrical Engineering Design OR EE 2 Computer Engineering Design EEC Elective *** EEC Elective *** Free Elective II 2 Total 5 Total 2
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