Best Electrical Engineering Degree Programs in Michigan in 2026
Michigan's electrical engineering bachelor's degrees offer several ways to combine a broad technical foundation with a substantial design project. This 2026 editorial ranking reviews the University of Michigan in Ann Arbor, Michigan Tech in Houghton and Michigan State in East Lansing. The schools differ in how students choose advanced study, enter the major and complete the final design experience.
To choose among the best electrical engineering degree programs in Michigan for your interests, look beyond the shared degree subject. A choice of design laboratories, an Enterprise pathway and an optional transcript concentration create different academic plans even when the base credit totals are similar.
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How we ranked electrical engineering bachelor’s programs in Michigan
This ranking reviews three Michigan public universities with documented electrical engineering bachelor's curricula and current admission/cost sources. It is a selected group of campus programs, not a complete list of Michigan engineering schools or a ranking of graduate research departments.
Michigan leads for its wide selection of Major Design Experiences and optional study paths. Michigan Tech follows for a particularly clear laboratory sequence and the choice between conventional EE design and Enterprise. Michigan State adds a broad required core with several named concentrations and a defined focus-elective structure. These positions reflect editorial judgments about the reviewed undergraduate plans.
College of Engineering lower-division tuition for 12–18 credits in a full term. At 55 or more credits toward the program, the published full-term tuition is $12,764 for Michigan residents and $37,612 for nonresidents. These are tuition rates before other costs and aid.
Michigan's electrical engineering degree offers considerable choice in the kind of system a student learns to design. Its department describes optional study paths from power and RF circuits to photonics, embedded systems and chip design. Every EE student takes a Major Design Experience, with published options that include building a wireless link, designing a digital system, fabricating a microsystem or developing an embedded device. That range makes the Ann Arbor program especially useful to investigate once you have a technical interest but want several ways to turn it into substantial laboratory and design work.
Where it stands out
Michigan fits students who want a broad electrical engineering foundation followed by a carefully chosen design experience. The study paths can help organize course planning, but they are optional guides rather than separate degrees. Review the prerequisites for the projects that interest you most.
What to weigh
Major declaration occurs after qualifying college work, so first-year planning matters. Transfer students must also account for the department's stated requirement of at least 50 credits in residence at Ann Arbor. Upper-division engineering tuition is higher than the lower-division rate, which should be reflected in a multiyear budget.
College engineering foundation includes mathematics, science, engineering and intellectual breadth requirements.
The EE curriculum supports emphasis in circuits, communications, controls, electromagnetics, integrated circuits, signal processing, devices and optics.
Every EE student completes a Major Design Experience, typically in the final undergraduate year.
Areas of focus
Optional study path: Applied Electromagnetics and RF Circuits
Optional study path: Controls/Systems
Optional study path: Embedded Systems
Optional study path: MEMS and Microsystems
Optional study path: Network Communication and Information Systems
Optional study path: Optics and Photonics
Optional study path: Power/Energy
Optional study path: Robotics
Optional study path: Signal and Image Processing
Optional study path: Solid-State Devices and Nanotechnology
Optional study path: VLSI Systems
Admission & progression
Engineering students may declare after at least one full Ann Arbor term, with a U-M GPA of at least 2.0 and good standing.
Declaration requires qualifying calculus, physics or chemistry, and engineering coursework, with C or better in the specified U-M mathematics, science and engineering courses unless waived by the program advisor.
ECE asks students ready to declare EE to register for an electrical engineering declaration session.
Design & practical experience
Major Design Experience choices include microwave circuits, microsystems, VLSI design, wireless links, optics, signal processing and embedded systems.
The department describes laboratory and team design opportunities throughout undergraduate study.
Faculty research opportunities are available; project participation depends on the individual opportunity.
Michigan Tech charges different resident and nonresident rates. Fall and spring enrollment of 12–18 credits uses a tuition plateau; fewer than 12 credits and credits above 18 are assessed per credit. Earned credits, including transfer and examination credit, determine lower- or upper-division billing. Budget separately for required fees, laboratory/course fees and the engineering laptop requirement.
Michigan Tech has a clearly documented practical course sequence and gives students a choice at the final design stage. The published four-year outline moves from engineering analysis and programming into circuits, digital logic and electronics with laboratories. Energy systems, electromagnetics, signals and embedded systems follow before the final technical electives. Students can complete the electrical engineering design-project sequence or follow the Enterprise design pathway. The outline therefore makes it possible to trace a student's work from introductory problem solving to a substantial final project, rather than relying on a broad description of what the department studies.
Where it stands out
This is a useful option for someone who wants a structured plan with repeated laboratory work and a choice of capstone approach. Compare the conventional EE design sequence with Enterprise before deciding which setting fits the kind of team work you want.
What to weigh
The university identifies the outline as a sample and directs students to their degree audit and advisor. Elective choices, prerequisites and graduation timing can change the sequence. An Enterprise pathway should be planned before the final year, not treated as a last-minute substitution.
$8,828 resident / $22,520 nonresident freshman tuition per term
Cost basis & conditions +
Fall or spring undergraduate flat tuition for 12–18 credits. Resident sophomore tuition is $9,023; admitted engineering junior/senior tuition is $10,305 resident or $23,497 nonresident. Admitted engineering students also pay a $785 full-time program fee each semester, plus wellness charges, applicable student taxes and course fees. Housing and other living expenses are separate.
Michigan State's electrical engineering degree keeps power, controls, devices and signal processing in the required core while offering several optional concentrations. The 128-credit base program includes dedicated circuits and electronics laboratories, a senior design requirement, and electives drawn from multiple focus areas. Students can then add a documented concentration such as biomedical engineering, robotics and automation, microelectronics or smart devices. This structure supports students who want to explore several electrical subjects before deciding whether to organize their advanced study around one application area.
Where it stands out
Michigan State is a strong candidate for students who want both laboratory breadth and a named specialization. The focus-elective rules keep some breadth even when interests narrow, and approved experiential education can connect a portion of the elective plan with cooperative work or independent study.
What to weigh
University admission does not complete admission to engineering. The secondary application requires specified coursework and a combination GPA, and Engineering Preference students face a 56-credit planning deadline. Optional concentrations can require more than the base 128 credits; engineering program fees and higher upper-division tuition also belong in the cost calculation.
Circuits and systems, digital logic, electronics, electromagnetics, controls, power electronics, microprocessors and signal processing.
Senior Design or Independent Senior Design provides the four-credit culminating design requirement.
At least 18 elective credits include laboratory work and courses from more than one focus area.
Areas of focus
Biomedical Engineering
Digital Systems and Internet of Things
Electromagnetics, Acoustics and Optics
Radio Frequency and Wireless Technologies
Robotics and Automation
Microelectronics
Smart Devices
Admission & progression
First-year applicants enter the university, then apply for secondary admission to engineering after completing the required college coursework.
EE secondary admission includes at least 28 credits earned after entering MSU, required mathematics/science/design courses and CSE 220, plus a 2.9 combination GPA calculated from cumulative and technical GPAs.
Engineering Preference students must apply and be admitted before reaching 56 total credits; transfer applicants follow a separate review process.
Design & practical experience
Required circuits and electronics laboratories and an advanced laboratory within the focus electives.
Senior Design or approved Independent Senior Design.
An approved combination of cooperative education or independent-study experiences can satisfy part of the elective requirement.
What matters in electrical engineering bachelor’s programs in Michigan
A meaningful senior project
We examine the actual design requirement and the academic paths that prepare students for it.
Breadth before specialization
We distinguish required electrical fundamentals, optional study guides and formally identified concentrations.
Major entry and progression
We consider declaration rules, secondary admission, prerequisites and tuition changes as students advance.
Match your electrical engineering interests to a design route
At the University of Michigan, every electrical engineering student completes a Major Design Experience. Published choices include RF circuits, microsystems, wireless links, optics, digital signal processing and embedded systems. The department's optional study paths help students plan toward these interests; they are not separate degree awards.
Michigan Tech's degree outline shows a different choice at the end of a structured circuits, electronics, energy and embedded-systems sequence: the EE design-project route or an Enterprise design pathway. Investigate that choice early enough to understand its prerequisites and team commitments.
Michigan State offers optional concentrations including microelectronics, biomedical engineering, robotics and automation, and smart devices. Its focus-elective requirements still call for laboratory study and work from more than one focus area. A concentration may add credits beyond the base degree, so check the complete plan.
Understand declaration and engineering admission in Michigan
Michigan Engineering students declare after meeting college requirements, including at least one Ann Arbor term and the specified mathematics, science and engineering preparation. The declaration policy identifies a minimum U-M GPA and course-grade conditions. ECE then directs ready students to an EE declaration session.
Michigan State uses a secondary engineering admission process. Electrical engineering applicants complete specified courses and meet a combination-GPA requirement; students in Engineering Preference must apply and be admitted before reaching the stated 56-credit threshold. University admission alone does not finish that process. Transfers should use the rules for their own entry route rather than applying the first-year sequence automatically.
Account for tuition changes as you advance
A first-year tuition quote does not necessarily describe the later engineering bill. Michigan's engineering rate changes at upper-division standing. Michigan State separates freshman, sophomore and upper-division rates, then adds a program fee for admitted engineering students. Michigan Tech also uses credit standing for lower- and upper-division billing.
The Michigan State resident rate schedule and Michigan Tech cost page describe full-time tuition bands. Compare the actual number of credits, residency and engineering fees for each planned year. A transfer award can affect academic standing and billing even when some credits do not replace required EE courses.
Questions, answered
What else should you know?
How long are the reviewed Michigan electrical engineering degrees?+
The base bachelor’s requirements reviewed at Michigan, Michigan Tech and Michigan State are 128 credits. Course availability, prerequisites, transfer evaluation and optional concentrations can change an individual schedule; the credit total alone is not a promise of a particular finish date.
Are Michigan’s electrical engineering study paths separate concentrations?+
The department describes its 11 study paths as optional guides for planning courses. They help organize interests such as power, embedded systems or photonics, but the reviewed award remains the BSE in Electrical Engineering.
What GPA does Michigan State use for electrical engineering admission?+
For current MSU students seeking secondary admission, electrical engineering requires a 2.9 combination GPA. MSU calculates that as the average of the cumulative and technical GPAs. Required courses, minimum mathematics grades, earned credits and the application itself are additional conditions.
Can Michigan Tech students use Enterprise for their final design work?+
The published EE outline includes an Enterprise Design Pathway as an alternative to the regular EE design-project sequence. Students should plan it with an advisor and use their official degree audit, since the outline is a sample rather than an individual graduation guarantee.
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