Program Overview

Electrical and Computer Engineering Program

The Electrical and Computer Engineering program at Wayne State University is designed to provide students with a comprehensive education in the field of electrical and computer engineering. The program offers a range of courses and research opportunities that enable students to develop a deep understanding of the principles and practices of electrical and computer engineering.

Program Description

The program is based on the concept that electrical and computer engineering are closely related fields that require a strong foundation in mathematics, physics, and engineering principles. The curriculum is designed to provide students with a broad-based education that includes courses in circuits, electronics, microprocessors, computer systems, and software engineering.

Areas of Study

The program offers a range of areas of study, including:

• Solid-state devices
• Lasers
• Smart sensors
• Information sciences
• Digital circuits
• Computer engineering
• Analog and mixed signal integrated circuits
• Semiconductor and nanotechnology
• Biomedical electronics and systems
• Image processing
• Neural networks
• Machine learning
• Artificial intelligence
• Robotics and modern control systems

Research Opportunities

The program offers a range of research opportunities that enable students to work on cutting-edge projects in areas such as:

• Computer systems
• Multi-media systems
• Semiconductor device materials
• Opto-electronics
• Computation and neural networks
• Image processing
• Nanotechnology
• Telematics
• Embedded systems

Courses

The program offers a range of courses, including:

• ECE 2050: Object-Oriented Programming for Electrical and Computer Engineering
• ECE 2610: Digital Logic Design
• ECE 3040: Numerical Methods for Engineers
• ECE 3300: Introduction to Electrical Circuits
• ECE 3320: Introduction to Electrical Circuits
• ECE 3330: Electrical Circuits II
• ECE 3570: Electronics
• ECE 3620: Introduction to Microcomputers
• ECE 4050: Algorithms and Data Structures
• ECE 4330: Linear Systems and Signals
• ECE 4331: Systems and Signals Laboratory
• ECE 4340: Microcomputer-Based Instrumentation Laboratory
• ECE 4470: Control Systems I
• ECE 4570: Fundamentals of Microelectronic Devices
• ECE 4600: Capstone Design I
• ECE 4680: Computer Architecture
• ECE 4700: Introduction to Communication Theory
• ECE 4800: Electromagnetic Fields and Waves I
• ECE 4850: Engineering Optics
• ECE 4990: Directed Study
• ECE 5100: Quantitative Physiology
• ECE 5280: Introduction to Cyber-Physical Systems
• ECE 5330: Modeling and Control of Power Electronics and Electric Vehicle Powertrains
• ECE 5340: Advanced Energy Storage Systems for Electrification of Vehicles
• ECE 5350: Alternative Energy Sources and Conversions
• ECE 5410: Power Electronics and Control
• ECE 5415: Smart Grid and Smart Systems
• ECE 5425: Robotic Systems I
• ECE 5430: Electric Energy Systems Engineering
• ECE 5440: Traditional and Machine Learning-Based Computer-Controlled Systems
• ECE 5470: Control Systems II
• ECE 5550: Solid State Electronics
• ECE 5560: Analysis and Design of Analog Integrated Circuits
• ECE 5575: Introduction to Micro and Nano Electro Mechanical Systems (MEMS/NEMS)
• ECE 5580: Advanced Nanoelectronics
• ECE 5590: Characterization and Applications of Semiconductor Devices
• ECE 5610: Introduction to Parallel and Distributed Systems
• ECE 5620: Embedded System Design
• ECE 5650: Computer Networking and Network Programming
• ECE 5675: Sensors and Sensor Instrumentation
• ECE 5680: Computer-Aided Logical Design and FPGAs
• ECE 5690: Introduction to Digital Image Processing
• ECE 5700: Digital Communications
• ECE 5770: Digital Signal Processing
• ECE 5880: Introduction to Microwave Engineering
• ECE 5960: Introduction to VLSI Systems
• ECE 5990: Directed Study
• ECE 5995: Special Topics in Electrical and Computer Engineering I
• ECE 6570: Smart Sensor Technology I: Design
• ECE 6991: Industrial Internship
• ECE 6992: Industrial Internship

Faculty

The program has a diverse and experienced faculty with expertise in a range of areas, including:

• Solid-state devices
• Lasers
• Smart sensors
• Information sciences
• Digital circuits
• Computer engineering
• Analog and mixed signal integrated circuits
• Semiconductor and nanotechnology
• Biomedical electronics and systems
• Image processing
• Neural networks
• Machine learning
• Artificial intelligence
• Robotics and modern control systems

Facilities

The program has access to a range of facilities, including:

• Seven instructional laboratories for experimental work in control systems, analog circuits, digital systems, microcomputers, instrumentation, optics, and communication systems
• Eight research laboratories dealing with computer systems, multi-media systems, semiconductor device materials, opto-electronics, computation and neural networks, image processing, nanotechnology, telematics, and embedded systems
• Computer facilities available for student use, including the College Computer Center and the University Computing Services Center

Admission Criteria

The program has a range of admission criteria, including:

• A minimum GPA of 3.0
• Completion of prerequisite courses, including mathematics, physics, and engineering
• Submission of transcripts and test scores
• Letters of recommendation

Tuition Fees

The program has a range of tuition fees, including:

• In-state tuition: $14,000 per year
• Out-of-state tuition: $24,000 per year
• International tuition: $28,000 per year

Research Areas

The program has a range of research areas, including:

• Computer systems
• Multi-media systems
• Semiconductor device materials
• Opto-electronics
• Computation and neural networks
• Image processing
• Nanotechnology
• Telematics
• Embedded systems

Career Opportunities

The program has a range of career opportunities, including:

• Electrical engineer
• Computer engineer
• Software engineer
• Systems engineer
• Research and development engineer
• Consultant
• Entrepreneur

Conclusion

The Electrical and Computer Engineering program at Wayne State University is a comprehensive and well-rounded program that provides students with a deep understanding of the principles and practices of electrical and computer engineering. The program offers a range of courses, research opportunities, and career paths that enable students to succeed in a rapidly changing field.