College of Engineering, Technology, and Architecture

Electrical and Computer Engineering Undergraduate

ECE 210 Introduction to Electrical Engineering 3.0
The nature of resistance, inductance, and capacitance; Ohm’s and Kirchhoff’s laws; dc circuit analysis using nodal, mesh, and loop analysis, Thevenin and Norton theorems, and superposition; transient behavior of first-order circuits; steady-state analysis of single-phase ac circuits. Required of Mechanical and Civil Engineering students. No credit given to Electrical or Computer Engineering students.
Prerequisites: ES 115, M 145, and PHY 113
5/22–7/3 21745 TR 4:15–7:05 p.m. UT306 Alnajjar $1,200

ECE 214 Electric Circuit Analysis II 3.0
Introduction to computer-based circuit analysis, ac nodal and mesh analysis, network theorems, filters, mutual induc- tance, multiphase circuits, transformers, two-port networks, Fourier series. Required of Electrical Engineering and Computer Engineering students.
Prerequisites: EE 213 (minimum grade of C–) and M 242
5/21–7/2 22031 MW 4:15–7:05 p.m. UT304 Staff $1,200

ECE 216 Circuits Laboratory II 1.0
An introduction to ac circuits laboratory. Experiments include RC transient response, second-order circuits, active filters, and magnetic circuits. An introduction to computer- aided circuit analysis and design of ac circuits. Required of Electrical Engineering and Computer Engineering students. Must be taken concurrently with EE 214.
Lab fee: $40
5/21–7/2 22044 MW 7:10–9:55 p.m. D324 Staff $400

ECT 231 AC & Solid State Fundamentals 4.0
5/21-7/2 24683 MW 4:15-7:05 p.m. D325 Hasselmark $1,200
5/21-7/2 24696 LAB MW 7:10-9:55 p.m. D325 Hasselmark
Lab fee: $40

ECE 362 Electronic Circuits 3.0
Continuation of EE 361. In-depth study of the analysis and design of power amplifiers, multistage amplifiers, dif- ferential and operational amplifiers, feedback amplifiers, active loads, and oscillators. Emphasis on design practice. Required of Electrical Engineering and Computer Engineering students.
Prerequisite: EE 361 (minimum grade of C–)
5/22–7/3 21571 TR 4:15–7:05 p.m. UT309 Staff $1,200

ECE 364 Electronics Laboratory II 1.0
An electronics circuits laboratory course. Experiments include JFET characteristics and amplifiers, operational amplifier characteristics and use, functional circuits, and power supply design. Computer-aided electronic circuit analysis and design are used. Required of Electrical Engineering and Computer Engineering students. Must be taken concurrently with EE 362.
Lab fee: $40
5/22–7/3 21572 TR 7:10–9:55 p.m. D324 Staff $400

EL 482 Senior Project 4.0
5/21-7/2 24657 TBA TBA Hasselmark $1,200

Graduate

ECE 551 Engineering System Design Using Neural Networks 3.0
5/21-7/2 24709 MW 4:15-7:05 p.m. D315 Ilumoka $1,620
Lab fee: $40

ECE 600 Graduate Project in Electrical Engineering 3.0–9.0
Independent study of an appropriate electrical and computer engineering topic selected by the student in consulta- tion with a faculty advisor. Requirements vary according to whether 3, 6, or 9 credits are selected. Independent study topics related to students’ employment activities may be proposed. The usual schedule is one semester for each 3-credit increment, but accelerated schedules are possible with advisor approval. A written paper and an oral presenta- tion are required.
Prerequisites: Completion of at least 12 credits toward the M.Eng. degree in the Electrical Engineering specialty and permission of faculty advisor
5/21–7/2 20806 TBA TBA TBA Alnajjar $540/cr
5/21–7/2 20886 TBA TBA TBA Hill $540/cr
5/21–7/2 20887 TBA TBA TBA Ilumoka $540/cr
5/21–7/2 20888 TBA TBA TBA Nagurney $540/cr
5/21-7/2 24670 TBA TBA Moslehpour $540/cr
5/21-7/2 24722 TBA TBA Abu-aisheh $540/cr

Engineering Science Undergraduate

ES 115 Engineering Computer Applications 3.0
The formulation and solution of engineering problems using a computer. The development of structured programs to solve engineering problems using a compiled language. The use of mathematical computer packages to solve engineering problems. Required of all freshman engineering students.
Lab fee: $40
5/21–7/2 20611 MW 4:15–7:05 p.m. D320 Mohamed $1,200

ES 211 Dynamics for Engineering 3.0
Engineering applications of Newtonian mechanics to dynamic forces; translational motion, rotational motion, work, impulse and momentum. Required of all engineering students.
Prerequisites: ES 110 (minimum grade of C-) and M 145
5/22–7/3 21409 TR 4:15–7:05 p.m. UT303 Orelup $1,200

ES 493 Engineering Research 1.0–6.0
A senior engineering elective to permit qualified honor students to pursue investigative projects of a professional nature; the report may constitute an undergraduate thesis.
Prerequisite: Acceptance of a project proposal by a faculty member
5/21–7/2 21713 TBA TBA TBA Lubin $400/cr

Mechanical Engineering Undergraduate

ME 236 Thermodynamics I 3.0
Theoretical and applied classical engineering thermo-dynamics of nonreacting substances. The first and the second laws, the properties of ideal and real substances, gas mixtures, the behavior of closed and open systems for reversible and irreversible processes, thermodynamic cycles.
Prerequisites: M 145 and PHY 113
5/22–7/3 20122 TR 4:15–7:05 p.m. UT106 Nowak $1,200

ME 350 Vibrations I with Applications 3.0
The analysis and design of one- and two-degrees-of-freedom vibrating systems, both free and excited by transient and steady-state forces; introduction to multi-degree-of-freedom system analysis techniques; vibration control as a design criterion for quality and reliability. Laboratory/demonstration included.
Prerequisites: ES 211, ES 212, and M 242 Lab Fee $40
5/21–7/2 20224 MW 7–9:50 p.m. D426 Faraci $1,200

Graduate

ME 607 Graduate Project in Mechanical Engineering 3.0–9.0
Independent study of an appropriate mechanical engineering topic selected by the student in consultation with a faculty advisor. Requirements vary according to whether 3, 6, or 9 credits are selected. Independent study topics related to students’ employment activities may be proposed. The usual schedule is one semester for each 3-credit increment, but accelerated schedules are possible with advisor approval. A written paper and an oral presentation are required.
Prerequisites: Completion of at least 12 credits toward the M.Eng. degree in the Mechanical Engineering specialty and permission of faculty advisor.
5/21–7/2 20814 TBA TBA TBA Staff $540/cr

Technology Courses Undergraduate

EL 100 Cooperative Education 1.0–3.0
Work experience in an electronic engineering technology industry/business setting under the supervision of the co-op faculty coordinator. Objectives and evaluation criteria set by a learning contract are required. Pass/No Pass grading.
Prerequisites: Sophomore standing and 2.5
GPA Note: May be used as a professional or unrestricted elective, not as a technical specialty.
5/21–7/2 22057 TBA TBA TBA Staff $200/cr

EL 200 Cooperative Education 1.0–3.0
See EL 100 for description.
5/21–7/2 22070 TBA TBA TBA Staff $200/cr

EL 300 Cooperative Education 1.0–3.0
See EL 100 for description.
5/21–7/2 22083 TBA TBA TBA Staff $200/cr

EL 400 Cooperative Education 1.0–3.0
See EL 100 for description.
5/21–7/2 22096 TBA TBA TBA Staff $200/cr

ET 180 Independent Studies 1.0–4.0
An independent study that may be elected when a field of interest to the student is not covered in the curriculum or when departure from the traditional arrangement of classroom and course structure seems appropriate. The topic varies from semester to semester in accordance with the needs of the student. The contents of this course are to be determined under the close supervision of a faculty member with the approval of the department chair.
Prerequisite: Permission of instructor and chair of department in which student is matriculated
5/21–7/2 21573 TBA TBA TBA Staff $400/cr

ET 280 Independent Studies 1.0–4.0
See ET 180 for description.
5/21–7/2 21574 TBA TBA TBA Staff $400/cr

ET 380 Independent Studies 1.0–4.0
See ET 180 for description.
5/21–7/2 21575 TBA TBA TBA Staff $400/cr

ET 480 Independent Studies 1.0–4.0
See ET 180 for description.
5/21–7/2 21576 TBA TBA TBA Staff $400/cr

Mathmatics

MTH 241 Calculus II for Engineering Technology 3.0
An introduction to integral calculus, including integrals of rational, trigonometric, logarithmic, and exponential functions , with technical applications; and an introduction to differential equations.
Prerequisite: MTH 232 (minimum grade of C-) or permission of instructor.
5/21-7/2 24774 MW 4-6:30 p.m. UT306 McGee $1,200