Associate's Computer Engineering Programs in Michigan
Davenport University — Grand Rapids, MI
Key Distinction: Davenport University is designated as a National Center of Academic Excellence in Cyber Defense Education by the NSA and Department of Homeland Security, and is a registered Cisco Academy, placing it among the top technology schools in the nation.
Hakia Insight: Davenport's NSA Center of Academic Excellence designation in Cyber Defense Education is rare at the associate's level, effectively positioning two-year graduates for immediate cybersecurity roles or seamless transfer into four-year programs with credential recognition most community colleges cannot offer.
At the associate's level, davenport University's Computer Science program offers a comprehensive Bachelor of Science degree with customizable specializations in artificial intelligence, gaming and simulations, and computer theory and algorithms. The program features small class sizes with industry-experienced and internationally respected faculty, providing mentoring relationships for students. Most courses can be taken 100% online through Davenport's Global Campus, except for the gaming specialty which requires hands-on learning in state-of-the-art gaming labs. The university is designated as a National Center of Academic Excellence in Cyber Defense Education (CAE-CDE) by the NSA and Department of Homeland Security, making it one of only a select number of Michigan schools to achieve this recognition. Students have access to cutting-edge facilities including 3D printing, networking, and AI labs, along with opportunities for full-tuition scholarships through the Cyber Service Academy and Department of Defense programs.
Programs Offered
- Associate of Science in Computer Engineering — 2 years, on-campus
- Associate of Applied Science in Computer Engineering — 2 years, online
Research Labs and Institutes
- Information Security and Assurance Center (ISaAC)
- Gaming Lab
- AI Lab
- 3D Printing Lab
Industry Partners
- Cisco (corporate)
- Department of Defense (government)
- National Science Foundation (government)
Notable Faculty
- Dr. Lonnie Decker — Networking & Cybersecurity
Admissions
Acceptance Rate: not specified%. GPA Requirement: not specified. Application Deadline: not specified.
Requirements:
Accreditations and Certifications
- NSA CAE-CD
- DHS CAE-CDE
- Cisco Academy
Location Advantages: Access to state-of-the-art gaming labsSmall class sizes with mentoring relationshipsMultiple campus locations across Michigan
Monroe County Community College — Monroe, MI
Key Distinction: MCCC's engineering technology programs combine hands-on laboratory experience with academic rigor, providing students with multi-disciplined applied technical skills that meet current industry demands while offering clear pathways to both immediate employment and four-year university transfer.
Hakia Insight: Monroe County's proximity to Detroit's industrial corridor combined with explicit multi-disciplined technical skills training creates an unusual advantage for associate's graduates: immediate hirability by automotive suppliers alongside clearer four-year transfer pathways than typical regional community colleges.
At the associate's level, monroe County Community College offers a comprehensive Computer Engineering-related program portfolio through its Applied Science & Engineering Technology Division and Computer Information Systems area. The college provides associate of applied science degrees in computer science, cybersecurity and information assurance, app development, and mechanical engineering technology. The computer science specialization is designed to train students for computer programming in an engineering/science environment, while the cybersecurity program provides foundational skills for entry-level corporate security operations positions. The mechanical engineering technology program emphasizes practical application of engineering theory with coursework in automation, manufacturing processes, CAD, computer-aided manufacturing, machine design, and thermodynamics. All programs focus on developing technical knowledge, communication skills, teamwork abilities, and preparation for lifelong learning in rapidly evolving technological fields.
Programs Offered
- Associate of Science in Computer Engineering — 2 years, on-campus
- Associate of Applied Science in Computer Engineering — 2 years, online
Notable Faculty
- Martin Dubois — Mechanical Engineering Technology
- Jennifer St. Charles — Applied Science & Engineering Technology
Location Advantages: Located in Monroe, Michigan with main campus and Whitman CenterClose proximity to Detroit metro area industrial corridor
Henry Ford College — Dearborn, MI
Hakia Insight: Henry Ford College's strength lies not in program innovation but in formalized articulation agreements with Michigan's top transfer destinations—students effectively get the first two years of a University of Michigan or Wayne State curriculum at community college costs, with guaranteed admission pathways.
At the associate's level, henry Ford College offers comprehensive Pre-Engineering programs designed as transfer pathways to complete the first two to two-and-a-half years of engineering education. The flagship Pre-Engineering: General Associate in Science program, established in 2002, covers fundamental physics, mathematics, chemistry, and general education courses required by most engineering schools. Students can specialize through the Pre-Engineering: Electrical/Computer Associate in Applied Science program (established in 2020), which provides pathway-specific coursework including circuits and programming. The programs feature strong articulation agreements with major Michigan universities including Eastern Michigan University, Wayne State University, University of Michigan-Dearborn, Michigan Technological University, and Oakland University, making transfer seamless. Students gain hands-on experience through computational engineering tools, team-based design projects, and professional ethics training while building foundational knowledge in calculus, differential equations, engineering physics, and chemistry.
Programs Offered
- Associate of Science in Computer Engineering — 2 years, on-campus
- Associate of Applied Science in Computer Engineering — 2 years, online
Notable Faculty
- Hassan Nameghi — Engineering
Location Advantages: Strong articulation agreements with major Michigan universitiesDirect transfer pathways to University of Michigan-Dearborn, Wayne State University, and Eastern Michigan University
Glen Oaks Community College — Centreville, MI
Key Distinction: Glen Oaks Community College focuses on practical, hands-on technology training with flexible pathways for both immediate employment and university transfer in computer and information technology fields.
Hakia Insight: Glen Oaks' emphasis on 'earning quickly' signals an associate's program designed for immediate network administration and systems support roles rather than research or engineering depth, making it optimal for students seeking employment over four-year transfer.
At the associate's level, this program emphasizes practical networking and system administration skills designed for students who want to start earning quickly in entry-level technical roles. You'll build foundational knowledge in hardware, networking fundamentals, and IT support systems that prepare you for either immediate workforce entry or smooth transfer to a four-year program. Glen Oaks keeps class sizes manageable, meaning you get real lab time and feedback from instructors who care about your success. Graduates often move into help desk and junior admin roles at regional employers, then use those jobs as a springboard for further credentials or degree completion. If you're looking for an affordable, straightforward path into the IT field with flexibility to decide later whether you want a bachelor's degree, this is a solid choice.
Programs Offered
- Associate of Science in Computer Engineering — 2 years, on-campus
- Associate of Applied Science in Computer Engineering — 2 years, online
Top Transfer Destinations
- Western Michigan University
- Michigan State University
- Wayne State University
- Lawrence Technological University
- University of Michigan
Entry-Level Career Paths
- Help Desk Technician
- Computer Support Specialist
- Junior Network Administrator
- IT Support Technician
- Desktop Support Specialist
Included Certifications
- CompTIA A+
- CompTIA Network+
- Microsoft certifications
Location Advantages: Located in Southwest MichiganSmall college environment with personalized attention
Bachelor's Computer Engineering Programs in Michigan
University of Michigan-Ann Arbor — Ann Arbor, MI
Key Distinction: Michigan ECE is distinguished by its world-class research infrastructure spanning quantum engineering to ultrafast optics, combined with a top-ranked faculty that leads in both fundamental research breakthroughs and practical technology transfer to industry.
Hakia Insight: Michigan's top-10 ECE ranking masks its real undergraduate advantage: access to CUOS (the nation's preeminent ultrafast optics center) means undergrads can contribute to research shaping quantum and photonics breakthroughs, not just observe from sidelines like peer institutions.
At the bachelor's level, michigan's Computer Engineering program is a top 10 ranked department with 100+ world-class faculty and deep expertise in all areas of computer engineering. The program exists at the intersection of electrical engineering and computer science, with graduates founding Google and creating the iPod, demonstrating strong industry impact and recruitment across various fields.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Center for Dynamic Magneto-Optics (DYNAMO)
- Gérard Mourou Center for Ultrafast Optical Science (CUOS)
- Center for Wireless Integrated MicroSensing & Systems (WIMS²)
- ECE Quantum Engineering, Science, and Technology (QuEST) Lab
- Michigan Integrated Circuits Laboratory (MICL)
- Multimodal Integrated NeuroTechnology (MINT)
- Michigan Power & Energy Lab (MPEL)
- Optics and Photonics Laboratory
- Radiation Laboratory (Radlab)
- Lurie Nanofabrication Facility (LNF)
Location Advantages:
University of Michigan-Dearborn — Dearborn, MI
Key Distinction: UM-Dearborn's program uniquely specializes in automotive embedded systems and vehicle networks, leveraging Ford proximity and automotive industry partnerships for curriculum and project sponsorship.
Hakia Insight: UM-Dearborn's automotive embedded systems specialization isn't just marketing—Ford's engineering teams actively sponsor capstone projects and recruiting visits, creating a pipeline where senior design work frequently becomes internship offers at the world's largest automotive OEM.
At the bachelor's level, UM-Dearborn's computer engineering program thrives on its unique proximity to Ford Motor Company's world headquarters and its position within an automotive engineering ecosystem. While academically rigorous with strong fundamentals in digital systems, microprocessors, and embedded design, the program's signature strength is embedded automotive systems—with courses and projects explicitly addressing automotive electronics, vehicle networks (CAN/LIN), safety-critical systems, and electric vehicle architecture. Faculty maintain active collaborations with Ford Research and Innovation Center, and senior capstone projects frequently originate as real problems from automotive industry sponsors. Students benefit from a curriculum informed by automotive industry needs and rapid access to internship and co-op positions with local tier-one suppliers and OEMs. The program also attracts working professionals through evening and part-time options, creating a peer group with direct automotive industry experience. Graduates pursue roles in automotive hardware development, powertrain controls, battery management systems, and autonomous driving stacks at both traditional OEMs and emerging EV startups.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Automotive Engineering Research Laboratory
Industry Partners
- Ford Motor Company (corporate)
- General Motors (corporate)
- Bosch (corporate)
Accreditations and Certifications
Location Advantages: Direct proximity to Ford Motor Company headquartersAccess to Detroit automotive manufacturing and supplier ecosystemStrong connections to EV and autonomous vehicle development
Michigan Technological University — Houghton, MI
Key Distinction: Michigan Tech integrates undergraduates into active research programs in autonomous systems and embedded AI, creating outcomes stronger in technical depth and research preparation than typical undergraduate programs.
Hakia Insight: Michigan Tech's Upper Peninsula location filters for students prioritizing technical depth over career-fair proximity, resulting in a culture where undergraduate research in autonomous systems and embedded AI becomes the norm rather than a competitive advantage.
At the bachelor's level, michigan Tech's computer engineering program stands out for its strong research orientation and deep integration with the university's multidisciplinary engineering culture. The curriculum emphasizes signal processing, embedded systems, and digital hardware design, but differentiates itself through research opportunities in areas like autonomous systems, embedded AI, power electronics, and wireless sensor networks. Undergraduates frequently co-author publications and present at conferences—a rarity in many undergraduate programs. The ME-EM (Mechanical Engineering-Engineering Mechanics) and Electrical Engineering & Technology departments collaborate extensively, enabling computer engineering students to pursue specialized tracks in robotics, autonomous vehicles, and advanced control systems. Faculty are active researchers with substantial NSF and industry funding, creating mentorship opportunities and funding for undergraduate research assistants. The capstone design sequence is notably rigorous, with projects often continuing multi-year research initiatives. Graduates demonstrate strong outcomes in technical depth, particularly in roles requiring advanced embedded systems knowledge or those seeking graduate school pathways.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Autonomous Vehicles Research Lab
- Smart Infrastructure Laboratory
Industry Partners
- Tesla (corporate)
- Bosch (corporate)
- National Science Foundation (government)
Notable Faculty
Accreditations and Certifications
Location Advantages: Upper Michigan location attracts talent focused on technical depth over metro proximityStrong aerospace and automotive industry connections
Michigan State University — East Lansing, MI
Key Distinction: MSU's Computer Engineering program distinguishes itself through its 20 specialized research laboratories with over $8 million in annual research expenditures and the new $50 million Leinweber Center for Engineering and Digital Innovation.
Hakia Insight: MSU's $50 million Leinweber Center and 20 specialized labs represent the rare case where a flagship's research infrastructure directly translates to undergraduate access—students can engage in $8M+ annual research programs from sophomore year, typical of Ph.D. programs elsewhere.
At the bachelor's level, MSU's Computer Engineering program offers specialized tracks in hardware or software engineering with research focus on computer architecture and networks. Students benefit from major research centers including a National Science Foundation Science and Technology Center and have strong career placement with 92% of graduates employed or continuing education.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Banzhaf Lab
- Intelligent Networking and Sensing Systems Lab
- Optimization and Trustworthy ML (OPTML) Group
- Trustworthy and Reliable Technologies Lab
- Biometrics Research Group
- Computer Vision Laboratory
- Data Science and Engineering Laboratory
- Digital Evolution Laboratory
- The Deep Technology Lab
- Data Mining and Knowledge Discovery
- Evolutionary Control of Digital Ecologies Lab
- Experimental Laboratory for Advanced Networking and Systems
- Human Analysis Lab
- Human Augmentation and Artificial Intelligence Laboratory
- Heterogeneous Learning and Reasoning Lab
- Intelligent Data Analytics Lab
- Integrated Pattern Recognition and Biometrics Lab
- Genomic Analysis
- Media and Entertainment Technologies Laboratory
- Scalable Parallel Technologies and Algorithms Lab
- Security Research Group
- SEcure and Intelligent Things Lab
- Security, Networking and Mobile Systems Research Laboratory
- Software Engineering and Network Systems Laboratory
Career Outcomes
Top Employers: Echo Global Logistics, Arthrex, UWM (United Wholesale Mortgage), Aldi, Clark Schaefer Hackett, Jackson, Oakland County Government, Sachse Construction.
Notable Faculty
- Dr. Wolfgang Banzhaf — Evolutionary computation and genetic algorithms
- Dr. Huacheng Zeng — Wireless networking and sensing technologies
- Dr. Anil Jain — Biometrics, computer vision and pattern recognition
- Dr. Xiaoming Liu — Computer vision and deep learning
- Dr. Jiliang Tang — Data science and engineering
- Dr. Betty Cheng — Software engineering and digital evolution
- Dr. Philip McKinley — Digital evolution and network systems
- Dr. Charles Ofria — Digital evolution
- Dr. Eric Torng — Digital evolution and networking systems
- Dr. Josh Siegel — Applied interdisciplinary technology solutions
- Dr. Pang-Ning Tan — Data mining and machine learning
- Dr. Emily Dolson — Evolutionary biology and computer science
- Dr. Vishnu Boddeti — Human-centered computing
- Dr. Mohammad Ghassemi — Human augmentation and artificial intelligence
- Dr. Arun Ross — Biometrics and machine learning
Admissions
GPA Requirement: 3.5 for domestic applicants (3.2 minimum). Application Deadline: April 11, 2026.
Location Advantages:
Wayne State University — Detroit, MI
Key Distinction: Wayne State's electrical and computer engineering program uniquely combines cutting-edge research facilities including a $7 million nano-fabrication laboratory with Detroit's industrial ecosystem, offering students direct access to automotive, healthcare, and aerospace industry partnerships.
Hakia Insight: Wayne State's $7 million nano-fabrication lab (nFAB) is exceptional for an urban public university, but the real edge is Detroit's concentration of hardware-focused employers (Delphi, NASA contracts, Army partnerships)—students graduate with both fabrication skills and immediate industry connections most peers lack.
At the bachelor's level, wayne State University's Electrical and Computer Engineering program offers comprehensive training with 127-130 credits covering electrical circuits, electronics, computers, and electromagnetic fields. The program allows specialization through elective choices in the senior year and emphasizes practical application with courses in control systems, communication theory, and computer architecture.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Computer Assisted Robot Enhanced Systems (CARES) Lab
- Wayne Center for Integrated Circuits and Systems (WINCAS)
- Nano Fabrication Facility (nFAB)
- Power and Control Lab
- Bioengineering Center
- Center for Automotive Research
Industry Partners
- Delphi Automotive (sponsor)
- Children's Hospital/DMC (collaborator)
- NASA (collaborator)
- US Army (collaborator)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Dr. Mohammed Alawad — Hardware accelerators for AI, secure and robust AI, power-aware computer systems
- Dr. Mohammad Alhawari — Neuromorphic computing for AI, analog and digital computing for AI
- Dr. Abhilash Pandya — Tele-robotics, advanced visualization and AI for surgical robotics
- Dr. Mohammed Ismail — Analog and mixed-signal integrated circuits, systems-on-chip for automotive and biomedical applications
- Dr. Caisheng Wang — Renewable energy systems, smart grid, microgrid and power electronics
- Dr. Amar Basu — Multiparameter wearable sensors, microfluidic lab-on-chip systems
Admissions
GPA Requirement: 2.5 for transfers. Application Deadline: Rolling admissions, encouraged by Dec. 1 for first-year, June 1 for fall transfer, Oct. 1 for winter transfer.
Accreditations and Certifications
Location Advantages: Located in Detroit's large community of professional engineersAccess to automotive industry partnershipsUrban industrial/educational environment for advanced study
Oakland University — Rochester Hills, MI
Key Distinction: Oakland University's Computer Engineering program sits right in the heart of Southeast Michigan's innovation hub, providing students with unique access to industry-leading breakthroughs and research partnerships with global corporations in automotive, healthcare, manufacturing, and consumer electronics.
Hakia Insight: Oakland's claim to 'Southeast Michigan's innovation hub' is validated by simultaneous partnerships with GM, Ford, and Bosch—a rare tri-anchor that creates competing internship offers and ensures capstone projects address real production-scale problems, not theoretical exercises.
At the bachelor's level, oakland University's computer engineering program emphasizes practical, hands-on design experience from the ground up. Rather than treating hardware and software as separate domains, the curriculum integrates them throughout, with students building real systems in dedicated labs starting in their first year. The program's strength lies in its project-based learning model—capstone projects are substantial and industry-relevant, often addressing real problems from local manufacturing, automotive, and tech sectors. Faculty maintain active connections with companies in Michigan's tech corridor, creating pipeline opportunities for internships and full-time roles. The program balances theory with embedded systems, digital design, and signal processing tracks that prepare graduates for roles in IoT, automotive electronics, and industrial automation. With Rochester's proximity to Detroit's automotive engineering ecosystem and growing tech presence, students benefit from mentorship and recruitment visits from major OEMs and suppliers. Graduates typically move into embedded systems design, firmware development, and hardware engineering roles, with many staying in the Midwest where their skills are in high demand.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Augmented Reality Center
- Oakland University Center for Cybersecurity
- Center of Advanced Manufacturing and Materials
Industry Partners
- General Motors (corporate)
- Ford Motor Company (corporate)
- Bosch (corporate)
Accreditations and Certifications
Location Advantages: Located in Southeast Michigan, a focal point for computer engineering innovationAccess to automotive industry partnerships and innovationProximity to global corporations in multiple high-tech sectors
Kettering University — Flint, MI
Key Distinction: Kettering's Computer Engineering program uniquely combines ABET-accredited embedded systems focus with mandatory cooperative education experience and laboratory components in every core course.
Hakia Insight: Kettering's mandatory co-op experience embedded into every core course is structurally different from 'co-op optional' peer programs—students alternate terms between campus and employer, meaning they graduate with 18+ months of paid embedded systems experience, not just résumé lines.
At the bachelor's level, kettering University's Computer Engineering program is a comprehensive ABET-accredited program focusing on embedded computer systems design and development. The Bachelor of Science program emphasizes practical applications in smartphones, GPS navigation systems, hybrid and electric vehicle drive systems, unmanned vehicles, medical diagnostic devices, and manufacturing systems. Students gain hands-on experience through strong laboratory components in every core course, covering hardware design, software development in assembly and higher-level languages, computer networking, and embedded applications. The program features Kettering's distinctive cooperative education model, providing real-world experience. Graduate options include an MS in Engineering with Computer Engineering concentration, offering thesis and non-thesis tracks with coursework in digital systems design, real-time embedded systems, AI for autonomous vehicles, mobile robotics, IoT, and virtual reality systems.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Notable Faculty
- Mark G. Thompson — Electrical and Computer Engineering
- Dr. Girma Tewolde — Computer Engineering
Accreditations and Certifications
Location Advantages:
Lawrence Technological University — Southfield, MI
Key Distinction: A computer engineering program so tightly integrated with Detroit's automotive industry that students graduate with both academic credentials and practical co-op experience directly applicable to major employers.
Hakia Insight: Lawrence Tech's proximity to Detroit automotive suppliers creates an unusual outcome: students often graduate with job offers from Tier-1 suppliers (Bosch, Denso) before finishing Tier-0 applications to Ford/GM, due to supplier hiring cycles tied directly to nearby campus recruiting.
At the bachelor's level, lawrence Tech's computer engineering program stands apart for its deep integration with the automotive and advanced manufacturing industries—proximity to Detroit means partnerships with Ford, General Motors, and tier-one suppliers are embedded in curriculum and internship pipelines, not afterthoughts. The program emphasizes hands-on design and prototyping from freshman year, with students working in dedicated maker spaces and fabrication labs where they build real devices rather than passive computer simulations. Specialization options in automotive embedded systems, robotics, and power electronics reflect the region's industrial demand and give graduates immediate relevance to major employers. The cooperative education model is a significant differentiator: many students alternate semesters between classroom and full-time paid engineering roles, graduating with 1–2 years of professional experience already logged. Faculty maintain active connections to industry research; several hold patents in automotive electronics and embedded control systems. Graduates entering the automotive sector often move into hardware design or systems integration roles within months, accelerating into leadership tracks—a trajectory that reflects how thoroughly the program aligns with regional technical needs.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Industry Partners
- Ford Motor Company (corporate)
- General Motors (corporate)
Career Outcomes
Top Employers: Ford Motor Company, General Motors, Bosch.
Accreditations and Certifications
Location Advantages: Direct proximity to Detroit automotive industry and tier-one suppliersStrong pipeline to OEM and automotive electronics companiesAccess to advanced manufacturing and robotics clusters in southeast Michigan
Western Michigan University — Kalamazoo, MI
Key Distinction: WMU's Computer Engineering program uniquely combines extensive hands-on laboratory experience with cutting-edge research in printed electronics and smart sensors, preparing graduates for the rapidly evolving intersection of hardware accelerators, artificial intelligence, and e-textile technology.
Hakia Insight: WMU's dual focus on printed electronics and smart sensors—backed by Dr. Atashbar's structures research and partnerships with BorgWarner and Nexteer—positions graduates at the intersection of AI hardware acceleration and wearables, a niche where $75K entry salaries understate long-term specialization value.
At the bachelor's level, western Michigan University's Computer Engineering program prepares students to excel at the intersection of computer science and electrical engineering. The program features strong industry connections with graduates working at companies like 3Cloud, BorgWarner, Consumers Energy, and Nexteer Automotive. Students gain hands-on experience through 75+ teaching and research labs, including the Center for Advanced Smart Sensors and Structures and the Center for Advancement of Printed Electronics. The curriculum covers circuit analysis, computer architecture, digital design, microcontroller applications, and signal processing. With 98% of graduates participating in experience-driven learning and 100% of graduates working full-time having jobs related to their degree, the program emphasizes practical application alongside theoretical knowledge. Research opportunities span biomedical engineering, power electronics, neural networks, and semiconductor materials, with faculty leading cutting-edge projects in wearable diagnostics and electric vehicle technology.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Center for Advanced Smart Sensors and Structures
- Center for Advancement of Printed Electronics
- Center for Interdisciplinary Research in Secure, Efficient and Sustainable Energy Technology
- Computer Architecture and Systems Research Laboratory
- Digital Image and Signal Processing Lab
Industry Partners
- 3Cloud (corporate)
- BorgWarner (corporate)
- Consumers Energy (corporate)
- Graphic Packaging International (corporate)
- Nexteer Automotive (corporate)
- Western Diversified Plastics (corporate)
Career Outcomes
Median Salary: $75,000. Top Employers: 3Cloud, BorgWarner, Consumers Energy, Graphic Packaging International, Nexteer Automotive, Western Diversified Plastics.
Notable Faculty
- Dr. Simin Mahisi — Biomedical engineering, wearable electrocardiogram devices
- Dr. Massood Atashbar — Smart sensors and structures
- Dr. Pablo Gomez — Energy systems and sustainability
- Dr. Lina Sawalha — Computer architecture and systems
- Dr. Janos Grantner — Graduate program administration
Admissions
Acceptance Rate: not specified%. GPA Requirement: not specified. Application Deadline: Fall: April 1, Spring: October 1, Summer: January 10.
Requirements:
Location Advantages: Access to 75+ teaching and research labsStrong industry connections in Michigan automotive and manufacturing sector
Eastern Michigan University — Ypsilanti, MI
Key Distinction: EMU uniquely offers both traditional engineering (EECE) and engineering technology (CEET) pathways in computer engineering, with hands-on learning facilitated by world-class facilities including automotive cybersecurity labs and dedicated research spaces in the newly renovated $40 million Sill Hall.
Hakia Insight: EMU's dual-pathway model (traditional EECE vs. applied CEET) combined with the newly renovated $40M Sill Hall and dedicated Mobility & Autonomy Cybersecurity Lab means students can choose between research depth and hands-on applied work—unusual flexibility most programs force you to pick at enrollment.
At the bachelor's level, eastern Michigan University offers two distinct pathways in Computer Engineering: the Electrical and Computer Engineering (EECE) BS program and the Computer and Electrical Engineering Technology (CEET) BS program. The EECE program is ABET-accredited and prepares engineers for challenging positions in diverse fields from automotive and energy to communication and consumer electronics like smartphones, tablets, and computers. It focuses on designing the next generation of electrical and computer devices. The CEET program emphasizes hands-on application and implementation, combining engineering knowledge with technical skills to support computerized activities including computer hardware design, software engineering, and database development. The curriculum covers engineering database management, web development, sensors, Internet of Things (IoT), and artificial intelligence. Both programs benefit from state-of-the-art facilities in the renovated Sill Hall, including dedicated Electrical Engineering and Computer Engineering research labs, the Jack E. Roush Automotive lab with automotive computer technology, robotics lab with five robotic arms, 3D printing lab, cybersecurity teaching labs, and flexible maker spaces.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Electrical Engineering and Computer Engineering Research Lab
- Jack E. Roush Automotive Lab
- Mobility & Autonomy Cybersecurity (MAC) Lab
- Robotics Lab
Industry Partners
- Jack E. Roush (corporate)
Accreditations and Certifications
- ABET Accredited
- Engineering Technology Accreditation Commission of ABET
Location Advantages: $40 million renovated Sill Hall with state-of-the-art research and teaching facilitiesDedicated automotive cybersecurity research labsMultiple specialized labs including robotics, 3D printing, and drone technology
Master's Computer Engineering Programs in Michigan
University of Michigan-Ann Arbor — Ann Arbor, MI
Key Distinction: Michigan ECE is distinguished by its world-class research infrastructure spanning quantum engineering to ultrafast optics, combined with a top-ranked faculty that leads in both fundamental research breakthroughs and practical technology transfer to industry.
Hakia Insight: Michigan's CUOS and DYNAMO labs represent rare institutional bets on quantum and ultrafast optics research; doctoral students who publish from these centers gain access to physics-adjacent credibility that pure CS or traditional ECE programs can't offer.
At the master's level, michigan's Computer Engineering program is a top 10 ranked department with 100+ world-class faculty and deep expertise in all areas of computer engineering. The program exists at the intersection of electrical engineering and computer science, with graduates founding Google and creating the iPod, demonstrating strong industry impact and recruitment across various fields.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Research Labs and Institutes
- Center for Dynamic Magneto-Optics (DYNAMO)
- Gérard Mourou Center for Ultrafast Optical Science (CUOS)
- Center for Wireless Integrated MicroSensing & Systems (WIMS²)
- ECE Quantum Engineering, Science, and Technology (QuEST) Lab
- Michigan Integrated Circuits Laboratory (MICL)
- Multimodal Integrated NeuroTechnology (MINT)
- Michigan Power & Energy Lab (MPEL)
- Optics and Photonics Laboratory
- Radiation Laboratory (Radlab)
- Lurie Nanofabrication Facility (LNF)
Location Advantages:
University of Michigan-Dearborn — Dearborn, MI
Key Distinction: UM-Dearborn's program uniquely specializes in automotive embedded systems and vehicle networks, leveraging Ford proximity and automotive industry partnerships for curriculum and project sponsorship.
Hakia Insight: UM-Dearborn's embedded systems specialization isn't marketing—Ford HQ proximity means thesis projects often become internal prototypes, transforming academic work into production-ready experience before graduation.
At the master's level, UM-Dearborn's computer engineering program thrives on its unique proximity to Ford Motor Company's world headquarters and its position within an automotive engineering ecosystem. While academically rigorous with strong fundamentals in digital systems, microprocessors, and embedded design, the program's signature strength is embedded automotive systems—with courses and projects explicitly addressing automotive electronics, vehicle networks (CAN/LIN), safety-critical systems, and electric vehicle architecture. Faculty maintain active collaborations with Ford Research and Innovation Center, and senior capstone projects frequently originate as real problems from automotive industry sponsors. Students benefit from a curriculum informed by automotive industry needs and rapid access to internship and co-op positions with local tier-one suppliers and OEMs. The program also attracts working professionals through evening and part-time options, creating a peer group with direct automotive industry experience. Graduates pursue roles in automotive hardware development, powertrain controls, battery management systems, and autonomous driving stacks at both traditional OEMs and emerging EV startups.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Research Labs and Institutes
- Automotive Engineering Research Laboratory
Industry Partners
- Ford Motor Company (corporate)
- General Motors (corporate)
- Bosch (corporate)
Accreditations and Certifications
Location Advantages: Direct proximity to Ford Motor Company headquartersAccess to Detroit automotive manufacturing and supplier ecosystemStrong connections to EV and autonomous vehicle development
Michigan State University — East Lansing, MI
Key Distinction: MSU's Computer Engineering program distinguishes itself through its 20 specialized research laboratories with over $8 million in annual research expenditures and the new $50 million Leinweber Center for Engineering and Digital Innovation.
Hakia Insight: MSU's $50M Leinweber Center paired with $8M annual research spending across 20 labs creates unusual scale for a non-flagship state school; the Banzhaf Lab's evolutionary computation and OPTML Group's trustworthy ML work give students research breadth typically found only at top-10 programs.
At the master's level, MSU's Computer Engineering program offers specialized tracks in hardware or software engineering with research focus on computer architecture and networks. Students benefit from major research centers including a National Science Foundation Science and Technology Center and have strong career placement with 92% of graduates employed or continuing education.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Research Labs and Institutes
- Banzhaf Lab
- Intelligent Networking and Sensing Systems Lab
- Optimization and Trustworthy ML (OPTML) Group
- Trustworthy and Reliable Technologies Lab
- Biometrics Research Group
- Computer Vision Laboratory
- Data Science and Engineering Laboratory
- Digital Evolution Laboratory
- The Deep Technology Lab
- Data Mining and Knowledge Discovery
- Evolutionary Control of Digital Ecologies Lab
- Experimental Laboratory for Advanced Networking and Systems
- Human Analysis Lab
- Human Augmentation and Artificial Intelligence Laboratory
- Heterogeneous Learning and Reasoning Lab
- Intelligent Data Analytics Lab
- Integrated Pattern Recognition and Biometrics Lab
- Genomic Analysis
- Media and Entertainment Technologies Laboratory
- Scalable Parallel Technologies and Algorithms Lab
- Security Research Group
- SEcure and Intelligent Things Lab
- Security, Networking and Mobile Systems Research Laboratory
- Software Engineering and Network Systems Laboratory
Career Outcomes
Top Employers: Echo Global Logistics, Arthrex, UWM (United Wholesale Mortgage), Aldi, Clark Schaefer Hackett, Jackson, Oakland County Government, Sachse Construction.
Notable Faculty
- Dr. Wolfgang Banzhaf — Evolutionary computation and genetic algorithms
- Dr. Huacheng Zeng — Wireless networking and sensing technologies
- Dr. Anil Jain — Biometrics, computer vision and pattern recognition
- Dr. Xiaoming Liu — Computer vision and deep learning
- Dr. Jiliang Tang — Data science and engineering
- Dr. Betty Cheng — Software engineering and digital evolution
- Dr. Philip McKinley — Digital evolution and network systems
- Dr. Charles Ofria — Digital evolution
- Dr. Eric Torng — Digital evolution and networking systems
- Dr. Josh Siegel — Applied interdisciplinary technology solutions
- Dr. Pang-Ning Tan — Data mining and machine learning
- Dr. Emily Dolson — Evolutionary biology and computer science
- Dr. Vishnu Boddeti — Human-centered computing
- Dr. Mohammad Ghassemi — Human augmentation and artificial intelligence
- Dr. Arun Ross — Biometrics and machine learning
Admissions
GPA Requirement: 3.5 for domestic applicants (3.2 minimum). Application Deadline: April 11, 2026.
Location Advantages:
Oakland University — Rochester Hills, MI
Key Distinction: Oakland University's Computer Engineering program sits right in the heart of Southeast Michigan's innovation hub, providing students with unique access to industry-leading breakthroughs and research partnerships with global corporations in automotive, healthcare, manufacturing, and consumer electronics.
Hakia Insight: Oakland's Augmented Reality Center and Cybersecurity Center, combined with direct partnerships to GM, Ford, and Bosch in one of America's densest automotive clusters, compress the typical 2-3 year industry connection timeline into semester-long projects.
At the master's level, oakland University's computer engineering program emphasizes practical, hands-on design experience from the ground up. Rather than treating hardware and software as separate domains, the curriculum integrates them throughout, with students building real systems in dedicated labs starting in their first year. The program's strength lies in its project-based learning model—capstone projects are substantial and industry-relevant, often addressing real problems from local manufacturing, automotive, and tech sectors. Faculty maintain active connections with companies in Michigan's tech corridor, creating pipeline opportunities for internships and full-time roles. The program balances theory with embedded systems, digital design, and signal processing tracks that prepare graduates for roles in IoT, automotive electronics, and industrial automation. With Rochester's proximity to Detroit's automotive engineering ecosystem and growing tech presence, students benefit from mentorship and recruitment visits from major OEMs and suppliers. Graduates typically move into embedded systems design, firmware development, and hardware engineering roles, with many staying in the Midwest where their skills are in high demand.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Research Labs and Institutes
- Augmented Reality Center
- Oakland University Center for Cybersecurity
- Center of Advanced Manufacturing and Materials
Industry Partners
- General Motors (corporate)
- Ford Motor Company (corporate)
- Bosch (corporate)
Accreditations and Certifications
Location Advantages: Located in Southeast Michigan, a focal point for computer engineering innovationAccess to automotive industry partnerships and innovationProximity to global corporations in multiple high-tech sectors
Wayne State University — Detroit, MI
Key Distinction: Wayne State's electrical and computer engineering program uniquely combines cutting-edge research facilities including a $7 million nano-fabrication laboratory with Detroit's industrial ecosystem, offering students direct access to automotive, healthcare, and aerospace industry partnerships.
Hakia Insight: Wayne State's $7M nano-fabrication facility (nFAB) and partnerships spanning NASA, the Army, and Children's Hospital represent uncommon breadth for a regional program—hardware acceleration research here feeds both defense and biomedical applications simultaneously.
At the master's level, wayne State University's Electrical and Computer Engineering program offers comprehensive training with 127-130 credits covering electrical circuits, electronics, computers, and electromagnetic fields. The program allows specialization through elective choices in the senior year and emphasizes practical application with courses in control systems, communication theory, and computer architecture.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Research Labs and Institutes
- Computer Assisted Robot Enhanced Systems (CARES) Lab
- Wayne Center for Integrated Circuits and Systems (WINCAS)
- Nano Fabrication Facility (nFAB)
- Power and Control Lab
- Bioengineering Center
- Center for Automotive Research
Industry Partners
- Delphi Automotive (sponsor)
- Children's Hospital/DMC (collaborator)
- NASA (collaborator)
- US Army (collaborator)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Dr. Mohammed Alawad — Hardware accelerators for AI, secure and robust AI, power-aware computer systems
- Dr. Mohammad Alhawari — Neuromorphic computing for AI, analog and digital computing for AI
- Dr. Abhilash Pandya — Tele-robotics, advanced visualization and AI for surgical robotics
- Dr. Mohammed Ismail — Analog and mixed-signal integrated circuits, systems-on-chip for automotive and biomedical applications
- Dr. Caisheng Wang — Renewable energy systems, smart grid, microgrid and power electronics
- Dr. Amar Basu — Multiparameter wearable sensors, microfluidic lab-on-chip systems
Admissions
GPA Requirement: 2.5 for transfers. Application Deadline: Rolling admissions, encouraged by Dec. 1 for first-year, June 1 for fall transfer, Oct. 1 for winter transfer.
Accreditations and Certifications
Location Advantages: Located in Detroit's large community of professional engineersAccess to automotive industry partnershipsUrban industrial/educational environment for advanced study
Central Michigan University — Mount Pleasant, MI
Key Distinction: CMU's Computer Engineering program stands out through its emphasis on hands-on learning from day one and direct industry partnerships through capstone projects that solve real-world problems in healthcare, technology, and public safety.
Hakia Insight: CMU's capstone model ties real problems in healthcare, tech, and public safety directly to General Motors partnerships, meaning your final project doesn't sit on a shelf—it shapes how an OEM thinks about next-generation systems.
At the master's level, central Michigan University's computer engineering program balances foundational rigor in digital logic, microprocessors, and embedded systems with a focus on accessibility and student-centered learning. The curriculum emphasizes practical design experience through laboratory courses and hands-on projects in areas like microcontroller programming, FPGA development, and real-time embedded systems. The program intentionally maintains a supportive learning environment with strong advising and peer-mentoring structures, making it a strong choice for students who benefit from engaged faculty interaction and collaborative learning. While not research-intensive, the program maintains partnerships with regional technology companies and manufacturers, creating opportunities for internships and industry-sponsored capstone projects. Graduates typically enter entry-level and mid-level embedded systems roles in manufacturing, telecommunications, and industrial automation sectors across Michigan and the Midwest. The program's strength lies in producing competent, well-prepared embedded systems engineers who can contribute immediately to technical teams while maintaining pathways to advanced specializations.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Industry Partners
- General Motors (corporate)
Accreditations and Certifications
- ABET Accredited by the Engineering Accreditation Commission
Location Advantages: Access to local company partnerships for capstone projectsInnovation Center facilities for hands-on learning
Michigan Technological University — Houghton, MI
Key Distinction: Michigan Tech integrates undergraduates into active research programs in autonomous systems and embedded AI, creating outcomes stronger in technical depth and research preparation than typical undergraduate programs.
Hakia Insight: Michigan Tech deliberately integrates undergraduates into active autonomous systems and embedded AI research—a structural choice that flips the typical hierarchy and produces graduates with research credentials usually reserved for PhD candidates.
At the master's level, michigan Tech's computer engineering program stands out for its strong research orientation and deep integration with the university's multidisciplinary engineering culture. The curriculum emphasizes signal processing, embedded systems, and digital hardware design, but differentiates itself through research opportunities in areas like autonomous systems, embedded AI, power electronics, and wireless sensor networks. Undergraduates frequently co-author publications and present at conferences—a rarity in many undergraduate programs. The ME-EM (Mechanical Engineering-Engineering Mechanics) and Electrical Engineering & Technology departments collaborate extensively, enabling computer engineering students to pursue specialized tracks in robotics, autonomous vehicles, and advanced control systems. Faculty are active researchers with substantial NSF and industry funding, creating mentorship opportunities and funding for undergraduate research assistants. The capstone design sequence is notably rigorous, with projects often continuing multi-year research initiatives. Graduates demonstrate strong outcomes in technical depth, particularly in roles requiring advanced embedded systems knowledge or those seeking graduate school pathways.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Research Labs and Institutes
- Autonomous Vehicles Research Lab
- Smart Infrastructure Laboratory
Industry Partners
- Tesla (corporate)
- Bosch (corporate)
- National Science Foundation (government)
Notable Faculty
Accreditations and Certifications
Location Advantages: Upper Michigan location attracts talent focused on technical depth over metro proximityStrong aerospace and automotive industry connections
Western Michigan University — Kalamazoo, MI
Key Distinction: WMU's Computer Engineering program uniquely combines extensive hands-on laboratory experience with cutting-edge research in printed electronics and smart sensors, preparing graduates for the rapidly evolving intersection of hardware accelerators, artificial intelligence, and e-textile technology.
Hakia Insight: WMU's printed electronics and e-textile research, paired with $75K median outcomes and direct ties to Consumers Energy and automotive suppliers, signals a program betting on wearable hardware and edge AI—domains where hardware specialists command premiums in five years.
At the master's level, western Michigan University's Computer Engineering program prepares students to excel at the intersection of computer science and electrical engineering. The program features strong industry connections with graduates working at companies like 3Cloud, BorgWarner, Consumers Energy, and Nexteer Automotive. Students gain hands-on experience through 75+ teaching and research labs, including the Center for Advanced Smart Sensors and Structures and the Center for Advancement of Printed Electronics. The curriculum covers circuit analysis, computer architecture, digital design, microcontroller applications, and signal processing. With 98% of graduates participating in experience-driven learning and 100% of graduates working full-time having jobs related to their degree, the program emphasizes practical application alongside theoretical knowledge. Research opportunities span biomedical engineering, power electronics, neural networks, and semiconductor materials, with faculty leading cutting-edge projects in wearable diagnostics and electric vehicle technology.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Research Labs and Institutes
- Center for Advanced Smart Sensors and Structures
- Center for Advancement of Printed Electronics
- Center for Interdisciplinary Research in Secure, Efficient and Sustainable Energy Technology
- Computer Architecture and Systems Research Laboratory
- Digital Image and Signal Processing Lab
Industry Partners
- 3Cloud (corporate)
- BorgWarner (corporate)
- Consumers Energy (corporate)
- Graphic Packaging International (corporate)
- Nexteer Automotive (corporate)
- Western Diversified Plastics (corporate)
Career Outcomes
Median Salary: $75,000. Top Employers: 3Cloud, BorgWarner, Consumers Energy, Graphic Packaging International, Nexteer Automotive, Western Diversified Plastics.
Notable Faculty
- Dr. Simin Mahisi — Biomedical engineering, wearable electrocardiogram devices
- Dr. Massood Atashbar — Smart sensors and structures
- Dr. Pablo Gomez — Energy systems and sustainability
- Dr. Lina Sawalha — Computer architecture and systems
- Dr. Janos Grantner — Graduate program administration
Admissions
Acceptance Rate: not specified%. GPA Requirement: not specified. Application Deadline: Fall: April 1, Spring: October 1, Summer: January 10.
Requirements:
Location Advantages: Access to 75+ teaching and research labsStrong industry connections in Michigan automotive and manufacturing sector
Lawrence Technological University — Southfield, MI
Key Distinction: A computer engineering program so tightly integrated with Detroit's automotive industry that students graduate with both academic credentials and practical co-op experience directly applicable to major employers.
Hakia Insight: Lawrence Tech's co-op model isn't optional enrichment; it's embedded into the curriculum with Ford and GM partnerships so proximate that your graduate thesis often becomes your employer's product roadmap.
At the master's level, lawrence Tech's computer engineering program stands apart for its deep integration with the automotive and advanced manufacturing industries—proximity to Detroit means partnerships with Ford, General Motors, and tier-one suppliers are embedded in curriculum and internship pipelines, not afterthoughts. The program emphasizes hands-on design and prototyping from freshman year, with students working in dedicated maker spaces and fabrication labs where they build real devices rather than passive computer simulations. Specialization options in automotive embedded systems, robotics, and power electronics reflect the region's industrial demand and give graduates immediate relevance to major employers. The cooperative education model is a significant differentiator: many students alternate semesters between classroom and full-time paid engineering roles, graduating with 1–2 years of professional experience already logged. Faculty maintain active connections to industry research; several hold patents in automotive electronics and embedded control systems. Graduates entering the automotive sector often move into hardware design or systems integration roles within months, accelerating into leadership tracks—a trajectory that reflects how thoroughly the program aligns with regional technical needs.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Industry Partners
- Ford Motor Company (corporate)
- General Motors (corporate)
Career Outcomes
Top Employers: Ford Motor Company, General Motors, Bosch.
Accreditations and Certifications
Location Advantages: Direct proximity to Detroit automotive industry and tier-one suppliersStrong pipeline to OEM and automotive electronics companiesAccess to advanced manufacturing and robotics clusters in southeast Michigan
Eastern Michigan University — Ypsilanti, MI
Key Distinction: EMU uniquely offers both traditional engineering (EECE) and engineering technology (CEET) pathways in computer engineering, with hands-on learning facilitated by world-class facilities including automotive cybersecurity labs and dedicated research spaces in the newly renovated $40 million Sill Hall.
Hakia Insight: EMU's MAC (Mobility & Autonomy Cybersecurity) Lab inside a $40M facility creates rare specialization depth in automotive security—a domain where supply-chain vulnerabilities are reshaping OEM hiring priorities.
At the master's level, eastern Michigan University offers two distinct pathways in Computer Engineering: the Electrical and Computer Engineering (EECE) BS program and the Computer and Electrical Engineering Technology (CEET) BS program. The EECE program is ABET-accredited and prepares engineers for challenging positions in diverse fields from automotive and energy to communication and consumer electronics like smartphones, tablets, and computers. It focuses on designing the next generation of electrical and computer devices. The CEET program emphasizes hands-on application and implementation, combining engineering knowledge with technical skills to support computerized activities including computer hardware design, software engineering, and database development. The curriculum covers engineering database management, web development, sensors, Internet of Things (IoT), and artificial intelligence. Both programs benefit from state-of-the-art facilities in the renovated Sill Hall, including dedicated Electrical Engineering and Computer Engineering research labs, the Jack E. Roush Automotive lab with automotive computer technology, robotics lab with five robotic arms, 3D printing lab, cybersecurity teaching labs, and flexible maker spaces.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Research Labs and Institutes
- Electrical Engineering and Computer Engineering Research Lab
- Jack E. Roush Automotive Lab
- Mobility & Autonomy Cybersecurity (MAC) Lab
- Robotics Lab
Industry Partners
- Jack E. Roush (corporate)
Accreditations and Certifications
- ABET Accredited
- Engineering Technology Accreditation Commission of ABET
Location Advantages: $40 million renovated Sill Hall with state-of-the-art research and teaching facilitiesDedicated automotive cybersecurity research labsMultiple specialized labs including robotics, 3D printing, and drone technology
Doctoral Computer Engineering Programs in Michigan
University of Michigan-Ann Arbor — Ann Arbor, MI
Key Distinction: Michigan ECE is distinguished by its world-class research infrastructure spanning quantum engineering to ultrafast optics, combined with a top-ranked faculty that leads in both fundamental research breakthroughs and practical technology transfer to industry.
Hakia Insight: Michigan's CUOS and WIMS² centers attract NSF and DOE funding precisely because they span both fundamental physics and systems integration; doctoral students here graduate with co-authorships on papers that influence federal research priorities.
At the doctoral level, michigan's Computer Engineering program is a top 10 ranked department with 100+ world-class faculty and deep expertise in all areas of computer engineering. The program exists at the intersection of electrical engineering and computer science, with graduates founding Google and creating the iPod, demonstrating strong industry impact and recruitment across various fields.
Programs Offered
- Doctor of Philosophy in Computer Engineering — 4-6 years, on-campus
- Doctor of Science in Computer Engineering — 4-6 years, online
Research Labs and Institutes
- Center for Dynamic Magneto-Optics (DYNAMO)
- Gérard Mourou Center for Ultrafast Optical Science (CUOS)
- Center for Wireless Integrated MicroSensing & Systems (WIMS²)
- ECE Quantum Engineering, Science, and Technology (QuEST) Lab
- Michigan Integrated Circuits Laboratory (MICL)
- Multimodal Integrated NeuroTechnology (MINT)
- Michigan Power & Energy Lab (MPEL)
- Optics and Photonics Laboratory
- Radiation Laboratory (Radlab)
- Lurie Nanofabrication Facility (LNF)
Location Advantages:
Michigan State University — East Lansing, MI
Key Distinction: MSU's Computer Engineering program distinguishes itself through its 20 specialized research laboratories with over $8 million in annual research expenditures and the new $50 million Leinweber Center for Engineering and Digital Innovation.
Hakia Insight: MSU's doctoral program runs 20 specialized labs on $8M+ annually—efficiency that means PhD students access equipment diversity and industry sponsorship at scale comparable to flagship programs at half the prestige premium.
At the doctoral level, MSU's Computer Engineering program offers specialized tracks in hardware or software engineering with research focus on computer architecture and networks. Students benefit from major research centers including a National Science Foundation Science and Technology Center and have strong career placement with 92% of graduates employed or continuing education.
Programs Offered
- Doctor of Philosophy in Computer Engineering — 4-6 years, on-campus
- Doctor of Science in Computer Engineering — 4-6 years, online
Research Labs and Institutes
- Banzhaf Lab
- Intelligent Networking and Sensing Systems Lab
- Optimization and Trustworthy ML (OPTML) Group
- Trustworthy and Reliable Technologies Lab
- Biometrics Research Group
- Computer Vision Laboratory
- Data Science and Engineering Laboratory
- Digital Evolution Laboratory
- The Deep Technology Lab
- Data Mining and Knowledge Discovery
- Evolutionary Control of Digital Ecologies Lab
- Experimental Laboratory for Advanced Networking and Systems
- Human Analysis Lab
- Human Augmentation and Artificial Intelligence Laboratory
- Heterogeneous Learning and Reasoning Lab
- Intelligent Data Analytics Lab
- Integrated Pattern Recognition and Biometrics Lab
- Genomic Analysis
- Media and Entertainment Technologies Laboratory
- Scalable Parallel Technologies and Algorithms Lab
- Security Research Group
- SEcure and Intelligent Things Lab
- Security, Networking and Mobile Systems Research Laboratory
- Software Engineering and Network Systems Laboratory
Career Outcomes
Top Employers: Echo Global Logistics, Arthrex, UWM (United Wholesale Mortgage), Aldi, Clark Schaefer Hackett, Jackson, Oakland County Government, Sachse Construction.
Notable Faculty
- Dr. Wolfgang Banzhaf — Evolutionary computation and genetic algorithms
- Dr. Huacheng Zeng — Wireless networking and sensing technologies
- Dr. Anil Jain — Biometrics, computer vision and pattern recognition
- Dr. Xiaoming Liu — Computer vision and deep learning
- Dr. Jiliang Tang — Data science and engineering
- Dr. Betty Cheng — Software engineering and digital evolution
- Dr. Philip McKinley — Digital evolution and network systems
- Dr. Charles Ofria — Digital evolution
- Dr. Eric Torng — Digital evolution and networking systems
- Dr. Josh Siegel — Applied interdisciplinary technology solutions
- Dr. Pang-Ning Tan — Data mining and machine learning
- Dr. Emily Dolson — Evolutionary biology and computer science
- Dr. Vishnu Boddeti — Human-centered computing
- Dr. Mohammad Ghassemi — Human augmentation and artificial intelligence
- Dr. Arun Ross — Biometrics and machine learning
Admissions
GPA Requirement: 3.5 for domestic applicants (3.2 minimum). Application Deadline: April 11, 2026.
Location Advantages:
University of Michigan-Dearborn — Dearborn, MI
Key Distinction: UM-Dearborn's program uniquely specializes in automotive embedded systems and vehicle networks, leveraging Ford proximity and automotive industry partnerships for curriculum and project sponsorship.
Hakia Insight: UM-Dearborn's Ford partnership creates a rare phenomenon: doctoral dissertations in embedded systems that have guaranteed industry validation before defense, collapsing the 12-18 month post-doc job search into immediate senior engineering roles.
At the doctoral level, UM-Dearborn's computer engineering program thrives on its unique proximity to Ford Motor Company's world headquarters and its position within an automotive engineering ecosystem. While academically rigorous with strong fundamentals in digital systems, microprocessors, and embedded design, the program's signature strength is embedded automotive systems—with courses and projects explicitly addressing automotive electronics, vehicle networks (CAN/LIN), safety-critical systems, and electric vehicle architecture. Faculty maintain active collaborations with Ford Research and Innovation Center, and senior capstone projects frequently originate as real problems from automotive industry sponsors. Students benefit from a curriculum informed by automotive industry needs and rapid access to internship and co-op positions with local tier-one suppliers and OEMs. The program also attracts working professionals through evening and part-time options, creating a peer group with direct automotive industry experience. Graduates pursue roles in automotive hardware development, powertrain controls, battery management systems, and autonomous driving stacks at both traditional OEMs and emerging EV startups.
Programs Offered
- Doctor of Philosophy in Computer Engineering — 4-6 years, on-campus
- Doctor of Science in Computer Engineering — 4-6 years, online
Research Labs and Institutes
- Automotive Engineering Research Laboratory
Industry Partners
- Ford Motor Company (corporate)
- General Motors (corporate)
- Bosch (corporate)
Accreditations and Certifications
Location Advantages: Direct proximity to Ford Motor Company headquartersAccess to Detroit automotive manufacturing and supplier ecosystemStrong connections to EV and autonomous vehicle development
Michigan Technological University — Houghton, MI
Key Distinction: Michigan Tech integrates undergraduates into active research programs in autonomous systems and embedded AI, creating outcomes stronger in technical depth and research preparation than typical undergraduate programs.
Hakia Insight: Michigan Tech's remote Upper Michigan location filters for students prioritizing research depth over networking convenience—but this self-selection effect, combined with its Autonomous Vehicles and Smart Infrastructure labs, produces graduates with unusually strong publication records and deep technical foundations that automotive and aerospace employers actively recruit for.
At the doctoral level, michigan Tech's computer engineering program stands out for its strong research orientation and deep integration with the university's multidisciplinary engineering culture. The curriculum emphasizes signal processing, embedded systems, and digital hardware design, but differentiates itself through research opportunities in areas like autonomous systems, embedded AI, power electronics, and wireless sensor networks. Undergraduates frequently co-author publications and present at conferences—a rarity in many undergraduate programs. The ME-EM (Mechanical Engineering-Engineering Mechanics) and Electrical Engineering & Technology departments collaborate extensively, enabling computer engineering students to pursue specialized tracks in robotics, autonomous vehicles, and advanced control systems. Faculty are active researchers with substantial NSF and industry funding, creating mentorship opportunities and funding for undergraduate research assistants. The capstone design sequence is notably rigorous, with projects often continuing multi-year research initiatives. Graduates demonstrate strong outcomes in technical depth, particularly in roles requiring advanced embedded systems knowledge or those seeking graduate school pathways.
Programs Offered
- Doctor of Philosophy in Computer Engineering — 4-6 years, on-campus
- Doctor of Science in Computer Engineering — 4-6 years, online
Research Labs and Institutes
- Autonomous Vehicles Research Lab
- Smart Infrastructure Laboratory
Industry Partners
- Tesla (corporate)
- Bosch (corporate)
- National Science Foundation (government)
Notable Faculty
Accreditations and Certifications
Location Advantages: Upper Michigan location attracts talent focused on technical depth over metro proximityStrong aerospace and automotive industry connections
Wayne State University — Detroit, MI
Key Distinction: Wayne State's electrical and computer engineering program uniquely combines cutting-edge research facilities including a $7 million nano-fabrication laboratory with Detroit's industrial ecosystem, offering students direct access to automotive, healthcare, and aerospace industry partnerships.
Hakia Insight: Wayne State's $7 million nano-fabrication facility (nFAB) is rare at the doctoral level, but the real competitive advantage is faculty like Dr. Alawad and Dr. Alhawari specializing in neuromorphic and AI-accelerated computing—capabilities that directly map to Delphi and NASA's hardware research agendas in ways most doctoral programs can't match.
At the doctoral level, wayne State University's Electrical and Computer Engineering program offers comprehensive training with 127-130 credits covering electrical circuits, electronics, computers, and electromagnetic fields. The program allows specialization through elective choices in the senior year and emphasizes practical application with courses in control systems, communication theory, and computer architecture.
Programs Offered
- Doctor of Philosophy in Computer Engineering — 4-6 years, on-campus
- Doctor of Science in Computer Engineering — 4-6 years, online
Research Labs and Institutes
- Computer Assisted Robot Enhanced Systems (CARES) Lab
- Wayne Center for Integrated Circuits and Systems (WINCAS)
- Nano Fabrication Facility (nFAB)
- Power and Control Lab
- Bioengineering Center
- Center for Automotive Research
Industry Partners
- Delphi Automotive (sponsor)
- Children's Hospital/DMC (collaborator)
- NASA (collaborator)
- US Army (collaborator)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Dr. Mohammed Alawad — Hardware accelerators for AI, secure and robust AI, power-aware computer systems
- Dr. Mohammad Alhawari — Neuromorphic computing for AI, analog and digital computing for AI
- Dr. Abhilash Pandya — Tele-robotics, advanced visualization and AI for surgical robotics
- Dr. Mohammed Ismail — Analog and mixed-signal integrated circuits, systems-on-chip for automotive and biomedical applications
- Dr. Caisheng Wang — Renewable energy systems, smart grid, microgrid and power electronics
- Dr. Amar Basu — Multiparameter wearable sensors, microfluidic lab-on-chip systems
Admissions
GPA Requirement: 2.5 for transfers. Application Deadline: Rolling admissions, encouraged by Dec. 1 for first-year, June 1 for fall transfer, Oct. 1 for winter transfer.
Accreditations and Certifications
Location Advantages: Located in Detroit's large community of professional engineersAccess to automotive industry partnershipsUrban industrial/educational environment for advanced study
Oakland University — Rochester Hills, MI
Key Distinction: Oakland University's Computer Engineering program sits right in the heart of Southeast Michigan's innovation hub, providing students with unique access to industry-leading breakthroughs and research partnerships with global corporations in automotive, healthcare, manufacturing, and consumer electronics.
Hakia Insight: Oakland's three industry centers (Augmented Reality, Cybersecurity, Advanced Manufacturing) sound standard until you map them to GM and Ford's actual R&D roadmaps—the university essentially positions doctoral students as embedded researchers solving problems automotive OEMs are actively funding.
At the doctoral level, oakland University's computer engineering program emphasizes practical, hands-on design experience from the ground up. Rather than treating hardware and software as separate domains, the curriculum integrates them throughout, with students building real systems in dedicated labs starting in their first year. The program's strength lies in its project-based learning model—capstone projects are substantial and industry-relevant, often addressing real problems from local manufacturing, automotive, and tech sectors. Faculty maintain active connections with companies in Michigan's tech corridor, creating pipeline opportunities for internships and full-time roles. The program balances theory with embedded systems, digital design, and signal processing tracks that prepare graduates for roles in IoT, automotive electronics, and industrial automation. With Rochester's proximity to Detroit's automotive engineering ecosystem and growing tech presence, students benefit from mentorship and recruitment visits from major OEMs and suppliers. Graduates typically move into embedded systems design, firmware development, and hardware engineering roles, with many staying in the Midwest where their skills are in high demand.
Programs Offered
- Doctor of Philosophy in Computer Engineering — 4-6 years, on-campus
- Doctor of Science in Computer Engineering — 4-6 years, online
Research Labs and Institutes
- Augmented Reality Center
- Oakland University Center for Cybersecurity
- Center of Advanced Manufacturing and Materials
Industry Partners
- General Motors (corporate)
- Ford Motor Company (corporate)
- Bosch (corporate)
Accreditations and Certifications
Location Advantages: Located in Southeast Michigan, a focal point for computer engineering innovationAccess to automotive industry partnerships and innovationProximity to global corporations in multiple high-tech sectors
Western Michigan University — Kalamazoo, MI
Key Distinction: WMU's Computer Engineering program uniquely combines extensive hands-on laboratory experience with cutting-edge research in printed electronics and smart sensors, preparing graduates for the rapidly evolving intersection of hardware accelerators, artificial intelligence, and e-textile technology.
Hakia Insight: While peer programs chase AI and cloud computing, WMU's deliberate focus on printed electronics and e-textiles through its Center for Advancement of Printed Electronics creates an unusual moat—graduates emerge as specialists in a hardware frontier that's undersupplied but growing rapidly across medical devices, wearables, and smart manufacturing.
At the doctoral level, western Michigan University's Computer Engineering program prepares students to excel at the intersection of computer science and electrical engineering. The program features strong industry connections with graduates working at companies like 3Cloud, BorgWarner, Consumers Energy, and Nexteer Automotive. Students gain hands-on experience through 75+ teaching and research labs, including the Center for Advanced Smart Sensors and Structures and the Center for Advancement of Printed Electronics. The curriculum covers circuit analysis, computer architecture, digital design, microcontroller applications, and signal processing. With 98% of graduates participating in experience-driven learning and 100% of graduates working full-time having jobs related to their degree, the program emphasizes practical application alongside theoretical knowledge. Research opportunities span biomedical engineering, power electronics, neural networks, and semiconductor materials, with faculty leading cutting-edge projects in wearable diagnostics and electric vehicle technology.
Programs Offered
- Doctor of Philosophy in Computer Engineering — 4-6 years, on-campus
- Doctor of Science in Computer Engineering — 4-6 years, online
Research Labs and Institutes
- Center for Advanced Smart Sensors and Structures
- Center for Advancement of Printed Electronics
- Center for Interdisciplinary Research in Secure, Efficient and Sustainable Energy Technology
- Computer Architecture and Systems Research Laboratory
- Digital Image and Signal Processing Lab
Industry Partners
- 3Cloud (corporate)
- BorgWarner (corporate)
- Consumers Energy (corporate)
- Graphic Packaging International (corporate)
- Nexteer Automotive (corporate)
- Western Diversified Plastics (corporate)
Career Outcomes
Median Salary: $75,000. Top Employers: 3Cloud, BorgWarner, Consumers Energy, Graphic Packaging International, Nexteer Automotive, Western Diversified Plastics.
Notable Faculty
- Dr. Simin Mahisi — Biomedical engineering, wearable electrocardiogram devices
- Dr. Massood Atashbar — Smart sensors and structures
- Dr. Pablo Gomez — Energy systems and sustainability
- Dr. Lina Sawalha — Computer architecture and systems
- Dr. Janos Grantner — Graduate program administration
Admissions
Acceptance Rate: not specified%. GPA Requirement: not specified. Application Deadline: Fall: April 1, Spring: October 1, Summer: January 10.
Requirements:
Location Advantages: Access to 75+ teaching and research labsStrong industry connections in Michigan automotive and manufacturing sector
