Electrical Engineering Program (BSE)

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The Engineering Bachelor of Science program provides students expertise across electronics, systems and control in a way that embodies the science and technology of design, construction, implementation and maintenance of modern equipment and systems and networks of intelligent devices. Graduates of the program are enabled to analyze and design circuits, to manage hardware components, and to develop processing and control solutions. The program provides excellent preparation for the design and development of modern technologies that shape how we live, work and communicate.

Prerequisites

Mathematics

MTH 121 - Calculus I (4)
MTH 122 - Calculus II (4)
MTH 220 - Elementary Linear Algebra (4)
MTH 222 - Multivariate Calculus (4)
MTH 272 - Applied Statistics and Data I (4)
MTH 305 - Differential Equations (4)

Computer Science

One from:

Physics

PHY 243 - Principles of Physics I (5)
PHY 245 - Principles of Physics II (5)

Technology

CIT 100 - Technology Foundations (4)
ITI 150 - Internet of Things (4)

Requirements

A. Core Courses (48 credits)

A grade of C (2.0) or better is required in each course:

EGR 165 - Computer-Aided Design (4)
EGR 230 - Statics (4)
DMT 260 - Electronic Systems (4)
EGR 330 - Engineering Circuit Analysis (4)
PHY 367 - Intermediate Electricity and Magnetism (4)
EGR 369 - Embedded Systems (4)
One from:
EGR 465 - Engineering Design I (4)
CIT 480 - Technology Capstone I (4)
One from:
EGR 466 - Engineering Design II (4)
CIT 485 - Technology Capstone II (4)
ESE 250 - Fundamentals of Digital Systems (4)
ESE 410 - Optimization (4)
ESE 442 - Advanced Digital Systems (4)
ESE 450 - Digital Signal Processing (4)

B. Concentration of Choice (12 credits)

Three courses from one of the following concentrations:

Electric Vehicles

Control and Mechatronics

At most one from:
DMT 304 - Introduction to Robotics and Automation (4)
EGR 304 - Introduction to Robotics and Automation (4)
EGR 398 - Robotics (4)
EGR 370 - Dynamics (4)
EGR 380 - System Dynamics and Control (4)
EGR 399 - Introduction to Mechatronics (4)
ESE 432 - Hardware/Software Systems Integration (4)
ESE 460 - Digital Control Systems (4)

Semiconductor Manufacturing

Power and Energy Systems

AUE 320 - Energy Storage and Battery Technology (4)
or
SET 320 - Energy Storage & Battery Technology (4)
AUE 402 - Vehicle Dynamics, Control Systems, and Energy Optimization (4)
AUE 410 - Rechargeable Energy Storage System (4)
EGR 353 - Thermodynamics (4)
EGR 368 - Electrical Machines and Power Transmissions (4)
EGR 380 - System Dynamics and Control (4)
MEE 453 - Thermal Systems (4)
EGR 461 - Renewable Energy (4)
SET 420 - Energy Distribution on a Smart Grid (4)
SET 460 - Energy Harvesting (4)

Solid State Electronics and Photonics

PHY 354 - Optics (4)
PHY 375 - Solid State Physics (4)
ESE 470 - Integrated Microsystems (4)
ESE 472 - Power Semiconductor Devices (4)
PHY 343 - Modern Physics (4)
PHY 374 - Quantum Mechanics (4)

Computer Vision and Signal Processing

Communications and Networking

ESE 415 - Linear and Nonlinear Optimization (4)
ESE 426 - Communication Networks (4)
ESE 427 - Digital Communication Theory (4)

Embedded Systems

C. Additional Requirements

All College of Innovation and Technology (CIT) Bachelor of Science requirements, including General Education requirements and University of Michigan-Flint graduation requirements

Minimum Credits for the Degree: 120 credits

Honors Program

All bachelor-degree-seeking students with GPAs of 3.5 or higher are eligible to apply to the University of Michigan-Flint Honors Program. Please contact the Honors Program Manager or the Honors Program Director for further information.