Eastern Michigan University

What you'll study

The programme blends core electrical engineering subjects with computer engineering and software topics, emphasising laboratory experience and a senior design project. Over the course of the degree you will move from foundational mathematics and physics into specialised work on circuits, digital systems and embedded computing.

• Core fundamentals: calculus, linear algebra, differential equations, classical mechanics and electromagnetism as they apply to electrical engineering.
• Electronics and circuits: DC/AC circuit analysis, analog electronics, semiconductor devices and power systems basics.
• Signals and systems: continuous and discrete signals, Fourier transforms, filtering and basic communication principles.
• Digital systems and computer architecture: digital logic design, microprocessors/microcontrollers, assembly and hardware description languages (HDLs) such as VHDL/Verilog.
• Embedded systems and software: embedded programming in C/C++, real‑time operating concepts, interfacing and sensor systems.
• Specialist topics: control systems, digital signal processing, communications, VLSI/FPGA development, networking and cybersecurity options depending on electives.
• Laboratories and practical work: hands‑on lab courses in circuits, digital design, microprocessor labs, and software labs using industry tools and development boards.
• Design experience: a capstone senior design project (team‑based) that demonstrates system design, testing and documentation; opportunities for undergraduate research and industry projects are available.

Entry requirements

Applicants normally need a strong secondary‑school record with emphasis on mathematics and science. Successful entrants typically present preparatory coursework in algebra, geometry, precalculus or calculus, and physics. Practical experience with computing or electronics is advantageous but not required.

• Academic background: secondary school completion with strong grades in maths and physical sciences; college preparatory STEM coursework recommended.
• Recommended subjects: calculus or precalculus, physics, and computer science or programming if available.
• Transfer applicants: transfer students should have completed introductory calculus and physics courses and will be evaluated on prior college coursework; articulation agreements may apply.
• International applicants: required to demonstrate equivalent secondary qualifications and English language proficiency through recognised tests or institutional pathways.
• Other considerations: statements of purpose, recommendation letters, and evidence of hands‑on experience (projects, clubs, internships) can strengthen an application.

Career prospects

Graduates are prepared for roles that combine hardware and software skills across many industries. The degree equips students to design, develop and test electronic systems and embedded software.

• Embedded systems engineer or firmware developer
• Hardware design engineer (digital/analog)
• Systems engineer or integration engineer
• Controls and automation engineer
• Telecommunications and network engineer
• Semiconductor or FPGA design engineer
• Applications engineer, test and validation engineer
• Software engineer with emphasis on systems, drivers or IoT platforms
• Further study for research or specialised masters/PhD programmes

Why study at Eastern Michigan University

Eastern Michigan University offers a programme with a balance of theory and applied learning delivered in a student‑centred environment. The department emphasises small class sizes, accessible faculty and hands‑on lab work that helps students develop practical skills employers seek.

• Proximity to a major industrial and automotive region provides internship and employment connections in mobility, manufacturing and technology sectors.
• Opportunities for undergraduate research, senior design projects and collaboration with faculty on applied engineering problems.
• Student organisations and professional chapters such as IEEE provide networking, competitions and project experience.
• Career services and industry engagement support internships, co‑op opportunities and transition to graduate study or the workforce.