4 Years On Campus Bachelors Program
The BS in Computer Engineering at Michigan Technological University offers a rigorous, hands-on education that bridges hardware and software disciplines, preparing students for careers in embedded systems, robotics, computer networks, VLSI design, and more.
The program emphasizes real-world problem-solving, extensive lab-based learning, and teamwork from the start. Students engage with cutting-edge technologies like lasers, microprobes, robots, and anechoic chambers in required labs paired with core courses.
Multi-year industry-sponsored Enterprise projects, capstone design experiences, undergraduate research in wearable tech and GPS systems, and service learning through organizations like Engineers Without Borders provide practical exposure beyond the classroom. Michigan Tech also offers the option to complete an accelerated master’s degree in one additional year.
Course Overview:
Year 1: Calculus with Technology I, Introduction to Programming I, Engineering Analysis and Problem Solving, Physics by Inquiry I, Composition, Calculus with Technology II, Introduction to Programming II, University Physics I - Mechanics, Global Issues
Year 2: Elementary Linear Algebra, Elementary Differential Equations, Digital Logic and Lab, Programming at the Hardware Software Interface, Discrete Structures, Data Structures, Electric Circuits and Lab, Physics by Inquiry II, University Physics II - Electricity and Magnetism
Year 3: Signals and Systems, Electronics, Fundamentals of Computer Organization, Engineering Statistics, Design Fundamentals, Systems Programming, Introduction to Algorithms
Year 4: EE Design Project 1, Computer System Engineering and Performance, Computer Networks, EE Design Project 2
Hands-on Labs: Every core engineering course includes a lab using advanced tools and techniques.
Enterprise Projects: Multi-year, industry-sponsored projects with real-world clients.
Capstone Design: Team-based senior projects simulating professional engineering environments.
Undergraduate Research: Projects in wearable tech, GPS systems, sustainable engineering, and more.
Service Learning: Apply engineering skills globally through Engineers Without Borders and similar initiatives.
Graduate Study: Option to pursue an accelerated master’s degree within one additional year.
Career Prospects: Graduates enter diverse sectors like technology, automotive, aerospace, healthcare, consumer electronics, and defense.
Professional Skills: Emphasis on versatility, teamwork, communication, ethical responsibility, and adaptability to rapidly evolving technologies.
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