Best Bachelor's Computer Engineering Degree Programs in Tennessee
Vanderbilt University — Nashville, TN
Key Distinction: Vanderbilt's computer engineering program uniquely integrates research-university infrastructure and faculty mentorship into the undergraduate experience, positioning graduates for elite tech careers and advanced degrees.
Hakia Insight: Vanderbilt's ISIS lab and microelectronics research facilities aren't just extras—they're embedded into undergraduate design courses, meaning you're solving real problems in cyber-physical systems and embedded software while competitors at peer institutions are still working textbook problems.
At the bachelor's level, vanderbilt's computer engineering program operates within a top-tier research university that maintains active labs across microelectronics, systems design, and networked computing, creating direct pathways for undergraduates into faculty-mentored research from sophomore year onward. The curriculum emphasizes both foundational theory and cutting-edge specializations—students can concentrate in areas such as computer architecture, digital signal processing, VLSI design, and cybersecurity while accessing state-of-the-art fabrication and testing equipment. The program benefits from Vanderbilt's location in Nashville and strong connections to major technology companies, venture capital firms, and defense contractors, resulting in robust internship placements and industry-sponsored capstone projects. Graduate outcomes consistently show placement in leading tech firms (Google, Apple, Tesla, Intel) and advanced degree programs at peer institutions, with median starting salaries well above national averages. Faculty members are active researchers with NSF and DARPA funding, meaning undergraduate computer engineers engage with frontier-level work in hardware security, emerging computing paradigms, and systems optimization.
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
- Institute for Software Integrated Systems (ISIS)
- Vanderbilt Microelectronics Laboratory
Industry Partners
- Intel (corporate)
- Lockheed Martin (corporate)
- Google (corporate)
- Boeing (corporate)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Gabor Karsai — Cyber-physical systems, embedded systems, model-driven engineering
- Cynthia Dwork — Differential privacy, cryptography, secure computation
Accreditations and Certifications
Location Advantages: Nashville's growing technology sector and venture capital ecosystemProximity to multiple Fortune 500 defense and aerospace contractorsAccess to Southeast's emerging tech hub infrastructure
The University of Tennessee-Knoxville — Knoxville, TN
Key Distinction: UTK's program uniquely leverages Oak Ridge National Laboratory proximity and extensive hardware design labs to give students early exposure to enterprise-scale embedded and high-performance computing challenges.
Hakia Insight: UTK's proximity to Oak Ridge National Laboratory creates an unusual advantage: undergraduates regularly access high-performance computing hardware and real enterprise-scale problems that most universities can only simulate, giving graduates a years-long head start in systems-level thinking.
At the bachelor's level, UTK's computer engineering program distinguishes itself through deep integration with the university's strong electrical engineering foundation and hands-on laboratory culture. The curriculum balances digital systems design, embedded systems, and signal processing with mandatory hardware design projects that progress from basic logic circuits to full-system implementations. Students work extensively in modern fabrication labs and embedded systems studios, gaining practical skills alongside theory. The program benefits from UT's research strengths in power systems, cybersecurity, and advanced computing architectures, with many undergraduates contributing to faculty research projects. Proximity to Oak Ridge National Laboratory creates distinctive internship and research collaboration opportunities that connect classroom learning directly to national-scale computing challenges. Faculty maintain active industry connections in semiconductor design and embedded systems, regularly bringing real-world problem statements into capstone projects. Graduates consistently move into roles at companies like NVIDIA, Intel, and regional defense contractors, with strong retention in the Southeast's growing tech corridor.
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 Computing and Processing
- UT Microgrid Laboratory
Industry Partners
- Oak Ridge National Laboratory (government)
- NVIDIA (corporate)
- Intel (corporate)
- Qualcomm (corporate)
Notable Faculty
- Denise Wilson — Microelectronics and nanoelectronics fabrication
Accreditations and Certifications
- ABET accredited (Engineering Accreditation Commission)
Location Advantages: Direct access to Oak Ridge National Laboratory for internships and research collaborationsGateway to Tennessee's growing semiconductor and embedded systems industry corridorProximity to Knoxville's expanding tech startup ecosystem
Tennessee Technological University — Cookeville, TN
Key Distinction: Tennessee Tech distinguishes itself through rigorous systems-level thinking combined with cybersecurity-aware hardware design and exceptionally strong outcomes in aerospace and defense sectors.
Hakia Insight: Tennessee Tech's explicit focus on cybersecurity-aware hardware design separates it from schools teaching security as an afterthought; paired with its aerospace and defense partnerships, graduates enter those sectors understanding threat models at the circuit level.
At the bachelor's level, tennessee Tech's computer engineering curriculum anchors itself on a systems-thinking approach, requiring students to understand not just component design but how digital systems integrate into larger physical and networked environments. The program maintains particular strength in cybersecurity-aware hardware design and control systems engineering, reflecting both student interest and faculty research activity. Extensive laboratory facilities support hands-on work in digital design, microprocessor systems, and real-time embedded applications, with many courses emphasizing design iteration and debugging on actual hardware rather than simulation alone. The university's location in the Cumberland Plateau region, while rural, has become an unexpected advantage—it attracts faculty committed to teaching and mentorship, and many students stay connected to Tennessee Tech through their careers, creating a robust alumni network in aerospace, defense, and industrial automation sectors. Capstone projects frequently partner with regional and national companies on genuine engineering problems, giving students portfolio-ready experience. Graduate outcomes show strong placement in defense contracting and aerospace, with smaller cohorts meaning more individualized career development.
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 Manufacturing Research
Industry Partners
- Lockheed Martin (corporate)
- NASA (government)
- Boeing (corporate)
Accreditations and Certifications
- ABET accredited (Engineering Accreditation Commission)
Location Advantages: Strong historical partnerships with defense and aerospace contractors (Lockheed Martin, Boeing)Proximity to Middle Tennessee's advanced manufacturing corridorRural location attracting faculty focused on mentorship and engaged teaching
Middle Tennessee State University — Murfreesboro, TN
Key Distinction: MTSU's program stands out for embedding industry partnership directly into curriculum design and emphasizing practical embedded systems work through consistent collaboration with regional manufacturers.
Hakia Insight: MTSU's embedded integration with Nissan and Amazon in curriculum design means your semester projects often address real manufacturing and logistics problems, transforming coursework from theoretical exercises into portfolio pieces that accelerate your hiring process.
At the bachelor's level, MTSU's computer engineering program emphasizes the practical bridge between computer science theory and physical hardware systems, with coursework structured around real-time systems, digital signal processing, and embedded microcontroller design. The program uniquely integrates strong industry partnerships with curriculum development—regional manufacturers and tech companies directly influence what skills students learn and when, ensuring graduates hit the ground running. Students complete design projects using current industry-standard tools and platforms, from ARM-based development boards to FPGA implementations, under faculty who maintain active consulting relationships in automation and industrial IoT. The program's size allows substantial faculty access and mentorship compared to larger universities, with professors regularly involving students in applied research projects tied to regional manufacturing and logistics companies. Career placement emphasis begins early, with internship coordination integrated into the academic plan rather than treated as optional enrichment. Many graduates move directly into automation engineering, controls systems, and embedded firmware roles at companies with strong Middle Tennessee presence.
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
- QRISE Center (Quantum Research Interdisciplinary Science and Education)
Industry Partners
- Nissan (corporate)
- Amazon (corporate)
- Google (employer)
- Microsoft (employer)
- Meta (employer)
- HCA (employer)
- Schneider Electric (employer)
- Deloitte (employer)
- Caterpillar (employer)
- Oak Ridge National Laboratory (partner)
- Arnold Engineering Development Center (employer)
- Asurion (employer)
- Dell (employer)
- Disney (employer)
- Ebay (employer)
- Intel (employer)
- Northrop Grumman (employer)
- St. Jude's Children's Hospital (employer)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Dr. Medha Shukla Sarkar — Computer Science
- Dr. John Wallin — Computational and Data Science
- Dr. Hanna Terletska — Quantum Research
- Dr. Joshua L. Phillips — Computer Science and Computational Science
- Dr. Yi Gu — Computer Science and Computational Science
Accreditations and Certifications
- ABET - Engineering Technology Accreditation Commission
Location Advantages: Murfreesboro's proximity to Nashville's growing tech and manufacturing sectorsStrong regional connections to automotive manufacturing (Nissan, Bridgestone) providing internship pathwaysAccess to Middle Tennessee's supply chain and logistics innovation companies
The University of Tennessee-Chattanooga — Chattanooga, TN
Key Distinction: UTC combines intensive applied project work with direct integration into Chattanooga's burgeoning tech community, enabling students to network and intern with companies reshaping the city's industrial landscape.
Hakia Insight: UTC's positioning in Chattanooga's tech renaissance means you're not studying about startups—you're interning and working for the companies actively reshaping the city's economy, with networking advantages most computer engineering students don't access until post-graduation.
At the bachelor's level, UTC's computer engineering program carves out an identity around applied problem-solving and industry-ready project experience, with curriculum design intentionally aligned to what regional employers need from day one. The program emphasizes embedded systems, signal processing, and hardware-software co-design through project-intensive courses where students build functioning prototypes rather than simulate them. Faculty connections to Chattanooga's growing tech hub—including established companies in automotive electronics, materials testing, and industrial controls—translate directly into capstone partnerships and internship placements. The university's comprehensive support for undergraduate research means computer engineering students frequently author or co-author publications alongside faculty, building research credentials early. UTC's smaller program size compared to Knoxville creates an advantage for students seeking substantial faculty mentorship and individualized career guidance. Chattanooga's revitalized downtown tech scene has attracted startups and established companies expanding their hardware development presence, creating immediate post-graduation opportunities.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Industry Partners
- Chattanooga startups and regional tech companies (startup)
- Wyle Electronics (corporate)
Accreditations and Certifications
Location Advantages: Chattanooga's downtown tech renaissance creating emerging opportunities in hardware startups and established companiesRegional presence of automotive and industrial electronics companies offering internshipsGrowing maker and innovation ecosystem in the Chattanooga area supporting project-based learning
University of Memphis — Memphis, TN
Key Distinction: UMemphis combines robust research labs with genuine curricular flexibility, enabling computer engineering students to tailor their specialization to either hardware design or systems-oriented computing.
Hakia Insight: UMemphis's curricular flexibility to specialize in either hardware design or systems-oriented computing is rare at the bachelor's level; combined with faculty like Santosh Kumar (whose wearable sensor research is NIH-funded), you can build a degree aligned to cutting-edge application areas rather than forcing yourself into a predetermined track.
At the bachelor's level, UMemphis computer engineering thrives on the strength of its research infrastructure and the university's strategic positioning within a city undergoing digital transformation. The program gives students early exposure to research through faculty-mentored projects in areas like cybersecurity, signal processing, wireless communications, and hardware security—domains where the university has invested significantly in labs and equipment. Students can pursue dual-focus tracks emphasizing either the hardware-centric side (circuit design, embedded systems, semiconductor design) or a more systems-oriented path (networking, IoT, control systems), allowing genuine specialization rather than a one-size-fits-all curriculum. Memphis's geography—within reach of both St. Louis tech operations and Nashville's expanding innovation ecosystem—combined with the university's growing connections to regional aerospace and defense contractors, creates multiple pathways for internships and postgraduation employment. Faculty research activity means motivated undergraduates can transition smoothly into graduate studies or research engineering roles without relocating, a significant advantage for students seeking to balance education with family or financial constraints.
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 Information Assurance
- MD2K Center of Excellence
- NIH mDOT Center
- Center for Advanced Sensors
- Institute for Intelligent Systems
- Metal Additive Manufacturing Lab
Industry Partners
- FedEx Services (employer)
- MLGW (employer)
- IBM (employer)
- Microsoft (employer)
- AT&T (employer)
- Intel Corporation (employer)
- Amazon (employer)
- Boeing (employer)
- U.S. Army Night Vision and Electronic Sensors Directorate (sponsor)
- U.S. Army Research Lab (sponsor)
- Office of Naval Research (sponsor)
- EOIR Inc. (collaborator)
- ERC Inc. (collaborator)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Dr. Santosh Kumar — Mobile health, artificial intelligence for wearables, sensor big data
- Dr. Dipankar Dasgupta — Cybersecurity, bio-inspired computing, trustworthy AI
- Dr. Christos Papadopoulos — Computer networks, network security, multimedia communication
Accreditations and Certifications
Location Advantages: Regional aerospace and defense contractor accessProximity to St. Louis and Nashville tech hubsMemphis innovation and startup ecosystem
Lipscomb University — Nashville, TN
Key Distinction: Two-semester capstone design sequence (Capstone Design I and II). Integrated engineering ethics course
Hakia Insight: Lipscomb's two-semester capstone sequence and integrated engineering ethics course is a structural advantage most programs lack—you're completing a substantial, ethically-grounded design project rather than a compressed one-semester capstone, with SpaceX and Boeing partnerships ensuring the problems matter.
Lipscomb University's Bachelor of Science in Electrical and Computer Engineering with Electrical Engineering Track is a comprehensive 132-credit hour program that combines foundational engineering principles with specialized electrical engineering focus. The curriculum includes 76 hours of core engineering courses covering circuits, semiconductor electronics, digital systems, microprocessors, and signal processing. Students complete a two-semester capstone design sequence (Capstone Design I and II) that provides hands-on project experience. The program offers 12 hours of concentration courses including mechanical engineering survey, electromagnetic fields, semiconductor electronics II, and control systems or machine intelligence. Technical electives allow specialization in areas like power systems, embedded systems, communication systems, image processing, and artificial intelligence. The program integrates ethics through a dedicated engineering ethics course and includes technical writing requirements. Students can pursue additional specializations through electives in computer science, physics, or biology, with opportunities for double majoring in applied mathematics with only 8 additional hours.
Programs Offered
- Bachelor of Science in Electrical and Computer Engineering: Electrical Engineering Track — 4 years, on-campus. BS
Research Labs and Institutes
- Fields Engineering Center
Industry Partners
- SpaceX (employer)
- Boeing (employer)
- Jacobs (employer)
- Intel (employer)
- Barge Design Solutions (employer)
- Nissan (employer)
- Bridgestone (employer)
- Northrop Grumman Corporation (employer)
- Trane, Inc. (employer)
- Jacobs Technology (employer)
- Barge Waggoner Sumner & Cannon (employer)
Notable Faculty
- Dr. John Hutson — Radiation Effects on Electronics
- Dr. Juan Rojas Suarez del Real — Intelligent Robotics
- Jacob Dyer — Electrical and Computer Engineering
Accreditations and Certifications
Location Advantages: Nashville healthcare technology hubAccess to fintech and financial services sectorStrong regional alumni network
The University of the South — Sewanee, TN
Key Distinction: The University of the South offers comprehensive Computer Engineering programs preparing students for careers in technology.
Hakia Insight: The University of the South's location in Sewanee provides an unusually tight-knit engineering cohort, creating mentorship and collaboration dynamics that scale differently than larger programs while maintaining access to Nashville's tech sector.
The University of the South offers Computer Engineering programs in Sewanee, TN. As a private institution, it provides accessible education pathways for students in the region.
Tennessee State University — Nashville, TN
Key Distinction: Departmental scholarships available. University scholarships available
Hakia Insight: Tennessee State's concentration model within electrical engineering, combined with its robotics and cyber-physical systems labs, positions graduates to bridge the hardware-software divide at defense contractors like Raytheon and Lockheed Martin, where those hybrid skills command premium compensation.
The Bachelor of Science in Electrical Engineering at Tennessee State University offers a concentration in Computer Engineering. The program prepares students for careers in cyber-physical systems, robotics, renewable energy, and electronics manufacturing. TSU ECE graduates work for major employers including Boeing, Raytheon, Lockheed Martin, Intel, TVA, and Nashville Electric Services. The curriculum emphasizes practical applications in smart grid technology, microgrids, communications equipment, infrastructure cybersecurity, and consumer electronics. Students can pursue specialized tracks in Cybersecurity of Cyber Physical Systems, Renewable Energy and Power Systems, and Robotics and Autonomous Systems. Approximately 20-30% of graduates continue to graduate school, while others enter high-demand fields including electric power utilities, computer networks, AI/ML applications, and defense contracting. The program also offers departmental and university scholarship opportunities for qualified students.
Programs Offered
- Bachelor of Science in Electrical Engineering with Computer Engineering Concentration — 4 years, on-campus. BS
Research Labs and Institutes
- Tiger Institute
- Intelligent Tactical Mobility Laboratory
- Robotics and Intelligent Systems Laboratory
- Computer Information Systems Laboratory
- Center for Battlefield Sensor Fusion
- Center for Environmental Engineering
- Center for Neural Engineering
- Digital Signal/Image Processing Laboratory
- Intelligent Control Systems Laboratory
- Design Methodologies Laboratory
- Intelligent Manufacturing Laboratory
- Intelligent Health Monitoring Laboratory
- Automatic Target Recognition (ATR) Test-Bed
- Nano-Materials Laboratory
- Cyber-Security Lab
Industry Partners
- Boeing (employer)
- Raytheon (employer)
- Lockheed Martin (employer)
- Intel (employer)
- TVA (employer)
- Nashville Electric Services (employer)
- Army Research Office (sponsor)
- Department of Energy (sponsor)
- Office of Naval Research (sponsor)
- Air Force (sponsor)
- NASA (sponsor)
- Air Force Research Laboratory (sponsor)
Career Outcomes
Top Employers: Boeing, Intel.
Notable Faculty
- Dr. Saleh Zein-Sabatto — Artificial Intelligence and Machine Learning, Cyber Physical Systems Cybersecurity, Robotics and Autonomous Systems
- Dr. Liang Hong — Wireless Communications, AI/Machine Learning, Cybersecurity, Internet of Things, Signal Processing
- Dr. Kamrul Hasan — Cyber-Physical and Computer Network Systems and Security, Software Enabled Network Security, Machine Learning
- Dr. Sagnika Ghosh — Smart/Micro Grid Systems Cyber Security Control, Electric Vehicle Charging Systems, Renewable Energy Storage Systems
- Dr. Mohammad Bodruzzaman — Signal/Image Processing, Neural Network Applications
- Dr. Charles McCurry — Human and Machine Teaming, Cyber-Human Systems, Intelligent Control Systems
Admissions
GPA Requirement: 2.75 minimum (conditional), 3.0 minimum (unconditional).
Requirements:
Accreditations and Certifications
Location Advantages: Nashville tech ecosystemAccess to healthcare technology companiesMusic technology sector
Milligan University — Milligan, TN
Key Distinction: Milligan's program uniquely emphasizes hardware-software integration for industrial and energy systems, differentiating it from competitors focused purely on consumer electronics or computing infrastructure.
Hakia Insight: Milligan's explicit focus on industrial and energy systems integration—rather than consumer electronics—opens a distinct career path into chemical processing and utilities, where hardware-software integration engineers are in acute shortage and less visible to typical tech recruiting pipelines.
At the bachelor's level, milligan's computer engineering track within its engineering program centers on preparing students for careers bridging hardware design and software systems integration. The curriculum balances digital logic, microprocessor architecture, and embedded software development, with electives allowing students to specialize in areas like robotics, renewable energy systems, or industrial IoT. Milligan's smaller scale enables close collaboration between computer engineering and electrical engineering faculty, creating a unique cross-disciplinary advantage for students interested in power electronics or smart grid applications. The program's location in the Tri-Cities region of Tennessee positions graduates well for internships with Eastman Chemical, local manufacturing firms, and regional defense contractors. Capstone projects frequently involve designing control systems or diagnostic electronics for real clients, and many graduates report that this applied focus significantly accelerated their onboarding in industry roles.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Industry Partners
- Eastman Chemical (corporate)
Accreditations and Certifications
Location Advantages: Tri-Cities region proximity to Eastman Chemical and regional manufacturingAccess to industrial control and chemical processing internships
Best Master's Computer Engineering Degree Programs in Tennessee
Vanderbilt University — Nashville, TN
Key Distinction: Thesis required (no coursework-only option). No funding available for Master's students
Hakia Insight: Vanderbilt's thesis requirement with no coursework-only option and zero funding availability means the program attracts self-funded candidates or those with employer sponsorship; this creates a markedly different peer cohort than fully-funded master's programs, with less competition for advisor attention but fewer networking peers.
Vanderbilt's Master of Science in Electrical and Computer Engineering offers both thesis and research-focused tracks through the Graduate School. The program combines coursework with required thesis work across research areas including photonics, robotics, medical imaging, cyber-physical systems, AI translation, and space/defense systems. Students can engage with prestigious research institutes like the Institute for Software Integrated Systems and Institute for Space and Defense Electronics. However, funding is currently not available for Master's students, unlike PhD students who receive competitive stipends, full tuition waivers, and health insurance. The program does not offer part-time or evening options, as it follows traditional graduate school structure. Application deadlines are March 15th for Fall admission and October 15th for Spring. GRE scores are not required. The program provides strong research opportunities but lacks the professional development features typically sought by working professionals.
Programs Offered
- Master of Science in Electrical and Computer Engineering — 1-2 years, on-campus. MS
Research Labs and Institutes
- Institute for Software Integrated Systems (ISIS)
- Vanderbilt Microelectronics Laboratory
Industry Partners
- Intel (corporate)
- Lockheed Martin (corporate)
- Google (corporate)
- Boeing (corporate)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Gabor Karsai — Cyber-physical systems, embedded systems, model-driven engineering
- Cynthia Dwork — Differential privacy, cryptography, secure computation
Accreditations and Certifications
Location Advantages: Nashville's growing technology sector and venture capital ecosystemProximity to multiple Fortune 500 defense and aerospace contractorsAccess to Southeast's emerging tech hub infrastructure
The University of Tennessee-Knoxville — Knoxville, TN
Key Distinction: Dual MS-MBA program option. Access to state-of-the-art research facilities including CURENT and Global Computing Laboratory
Hakia Insight: UTK's $21.8M annual research expenditure in its engineering department combined with the dual MS-MBA option creates a rare opportunity to embed yourself in a high-throughput research machine while building business acumen—particularly valuable if you're targeting technical leadership roles at companies like Google, which actively recruits from their graduate pipeline.
The Master of Science in Computer Engineering at UT-Knoxville is offered through the largest department in the Tickle College of Engineering with $21.8 million in annual research expenditures. Students can choose from research areas including communication systems, cybersecurity, high-performance computing, and power systems. The program provides access to state-of-the-art facilities like CURENT, Global Computing Laboratory, and National Institute for Computational Sciences. Graduate students participate in active research and experimentation, with opportunities to work alongside award-winning faculty. The program offers a dual MS-MBA option for career advancement. Graduates pursue careers at notable employers including Oak Ridge National Laboratory, Google, and ExxonMobil in roles ranging from product development to cybersecurity. The versatile nature of computer engineering, combining electrical engineering and computer science, provides broad career opportunities in areas from automotive systems to robotic prototypes, positioning graduates for significant career advancement in the technology sector.
Programs Offered
- Computer Engineering, MS — 1-2 years, on-campus. MS
Research Labs and Institutes
- Center for Advanced Computing and Processing
- UT Microgrid Laboratory
Industry Partners
- Oak Ridge National Laboratory (government)
- NVIDIA (corporate)
- Intel (corporate)
- Qualcomm (corporate)
Career Outcomes
Top Employers: Google.
Notable Faculty
- Denise Wilson — Microelectronics and nanoelectronics fabrication
Accreditations and Certifications
- ABET accredited (Engineering Accreditation Commission)
Location Advantages: Direct access to Oak Ridge National Laboratory for internships and research collaborationsGateway to Tennessee's growing semiconductor and embedded systems industry corridorProximity to Knoxville's expanding tech startup ecosystem
Middle Tennessee State University — Murfreesboro, TN
Key Distinction: MTSU's program stands out for embedding industry partnership directly into curriculum design and emphasizing practical embedded systems work through consistent collaboration with regional manufacturers.
Hakia Insight: MTSU's master's program extends its undergraduate strength: embedded industry partnerships mean your thesis or capstone often solves real problems for Nissan or Amazon rather than abstract research, giving you publications and results that matter to employers hiring immediately after graduation.
At the master's level, MTSU's computer engineering program emphasizes the practical bridge between computer science theory and physical hardware systems, with coursework structured around real-time systems, digital signal processing, and embedded microcontroller design. The program uniquely integrates strong industry partnerships with curriculum development—regional manufacturers and tech companies directly influence what skills students learn and when, ensuring graduates hit the ground running. Students complete design projects using current industry-standard tools and platforms, from ARM-based development boards to FPGA implementations, under faculty who maintain active consulting relationships in automation and industrial IoT. The program's size allows substantial faculty access and mentorship compared to larger universities, with professors regularly involving students in applied research projects tied to regional manufacturing and logistics companies. Career placement emphasis begins early, with internship coordination integrated into the academic plan rather than treated as optional enrichment. Many graduates move directly into automation engineering, controls systems, and embedded firmware roles at companies with strong Middle Tennessee presence.
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
- QRISE Center (Quantum Research Interdisciplinary Science and Education)
Industry Partners
- Nissan (corporate)
- Amazon (corporate)
- Google (employer)
- Microsoft (employer)
- Meta (employer)
- HCA (employer)
- Schneider Electric (employer)
- Deloitte (employer)
- Caterpillar (employer)
- Oak Ridge National Laboratory (partner)
- Arnold Engineering Development Center (employer)
- Asurion (employer)
- Dell (employer)
- Disney (employer)
- Ebay (employer)
- Intel (employer)
- Northrop Grumman (employer)
- St. Jude's Children's Hospital (employer)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Dr. Medha Shukla Sarkar — Computer Science
- Dr. John Wallin — Computational and Data Science
- Dr. Hanna Terletska — Quantum Research
- Dr. Joshua L. Phillips — Computer Science and Computational Science
- Dr. Yi Gu — Computer Science and Computational Science
Accreditations and Certifications
- ABET - Engineering Technology Accreditation Commission
Location Advantages: Murfreesboro's proximity to Nashville's growing tech and manufacturing sectorsStrong regional connections to automotive manufacturing (Nissan, Bridgestone) providing internship pathwaysAccess to Middle Tennessee's supply chain and logistics innovation companies
Tennessee Technological University — Cookeville, TN
Key Distinction: Tennessee Tech distinguishes itself through rigorous systems-level thinking combined with cybersecurity-aware hardware design and exceptionally strong outcomes in aerospace and defense sectors.
Hakia Insight: Tennessee Tech's partnerships with Lockheed Martin, NASA, and Boeing aren't merely networking opportunities—they're embedded in the curriculum through the Center for Manufacturing Research, meaning students graduate with defense-sector systems thinking that takes peers at less-specialized programs years to develop.
At the master's level, tennessee Tech's computer engineering curriculum anchors itself on a systems-thinking approach, requiring students to understand not just component design but how digital systems integrate into larger physical and networked environments. The program maintains particular strength in cybersecurity-aware hardware design and control systems engineering, reflecting both student interest and faculty research activity. Extensive laboratory facilities support hands-on work in digital design, microprocessor systems, and real-time embedded applications, with many courses emphasizing design iteration and debugging on actual hardware rather than simulation alone. The university's location in the Cumberland Plateau region, while rural, has become an unexpected advantage—it attracts faculty committed to teaching and mentorship, and many students stay connected to Tennessee Tech through their careers, creating a robust alumni network in aerospace, defense, and industrial automation sectors. Capstone projects frequently partner with regional and national companies on genuine engineering problems, giving students portfolio-ready experience. Graduate outcomes show strong placement in defense contracting and aerospace, with smaller cohorts meaning more individualized career development.
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 Manufacturing Research
Industry Partners
- Lockheed Martin (corporate)
- NASA (government)
- Boeing (corporate)
Accreditations and Certifications
- ABET accredited (Engineering Accreditation Commission)
Location Advantages: Strong historical partnerships with defense and aerospace contractors (Lockheed Martin, Boeing)Proximity to Middle Tennessee's advanced manufacturing corridorRural location attracting faculty focused on mentorship and engaged teaching
The University of Tennessee-Chattanooga — Chattanooga, TN
Key Distinction: UTC combines intensive applied project work with direct integration into Chattanooga's burgeoning tech community, enabling students to network and intern with companies reshaping the city's industrial landscape.
Hakia Insight: UTC's location in Chattanooga's downtown tech renaissance creates an unusual advantage: students don't just learn applied problem-solving in class, they execute it alongside hardware startups and established companies reshaping the city's industrial base, collapsing the gap between coursework and employment.
At the master's level, UTC's computer engineering program carves out an identity around applied problem-solving and industry-ready project experience, with curriculum design intentionally aligned to what regional employers need from day one. The program emphasizes embedded systems, signal processing, and hardware-software co-design through project-intensive courses where students build functioning prototypes rather than simulate them. Faculty connections to Chattanooga's growing tech hub—including established companies in automotive electronics, materials testing, and industrial controls—translate directly into capstone partnerships and internship placements. The university's comprehensive support for undergraduate research means computer engineering students frequently author or co-author publications alongside faculty, building research credentials early. UTC's smaller program size compared to Knoxville creates an advantage for students seeking substantial faculty mentorship and individualized career guidance. Chattanooga's revitalized downtown tech scene has attracted startups and established companies expanding their hardware development presence, creating immediate post-graduation opportunities.
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
- Chattanooga startups and regional tech companies (startup)
- Wyle Electronics (corporate)
Accreditations and Certifications
Location Advantages: Chattanooga's downtown tech renaissance creating emerging opportunities in hardware startups and established companiesRegional presence of automotive and industrial electronics companies offering internshipsGrowing maker and innovation ecosystem in the Chattanooga area supporting project-based learning
Tennessee State University — Nashville, TN
Key Distinction: Coursework-only track with no thesis requirement. Design project capstone instead of thesis
Hakia Insight: Tennessee State's 33-credit, coursework-only track with a design capstone—rather than thesis—lets working engineers and faster learners earn the degree without sacrificing rigor, while faculty like Dr. Zein-Sabatto in robotics and autonomous systems keep labs cutting-edge despite the streamlined format.
The Master of Engineering (M.E.) in Electrical Engineering at Tennessee State University is a 33-credit coursework-based program with no thesis requirement. The program offers three specialized concentrations: Communication Systems, Control Systems, and Electrical Power Systems. Students complete a 3-credit design project as a capstone experience instead of a thesis. The program requires 15 core credit hours in the chosen specialization, 6 hours of mathematics, 3 hours of special problems (design project), and 6 hours of electives. A notable advantage is that the GRE is not required for admission, streamlining the application process for working professionals. The program accepts students with conditional admission (2.75 GPA) or unconditional admission (3.0 GPA), making it accessible to a broader range of candidates.
Programs Offered
- Master of Engineering with Concentration in Electrical Engineering — 1-2 years, on-campus. M.E.
Research Labs and Institutes
- Tiger Institute
- Intelligent Tactical Mobility Laboratory
- Robotics and Intelligent Systems Laboratory
- Computer Information Systems Laboratory
- Center for Battlefield Sensor Fusion
- Center for Environmental Engineering
- Center for Neural Engineering
- Digital Signal/Image Processing Laboratory
- Intelligent Control Systems Laboratory
- Design Methodologies Laboratory
- Intelligent Manufacturing Laboratory
- Intelligent Health Monitoring Laboratory
- Automatic Target Recognition (ATR) Test-Bed
- Nano-Materials Laboratory
- Cyber-Security Lab
Industry Partners
- Boeing (employer)
- Raytheon (employer)
- Lockheed Martin (employer)
- Intel (employer)
- TVA (employer)
- Nashville Electric Services (employer)
- Army Research Office (sponsor)
- Department of Energy (sponsor)
- Office of Naval Research (sponsor)
- Air Force (sponsor)
- NASA (sponsor)
- Air Force Research Laboratory (sponsor)
Notable Faculty
- Dr. Saleh Zein-Sabatto — Artificial Intelligence and Machine Learning, Cyber Physical Systems Cybersecurity, Robotics and Autonomous Systems
- Dr. Liang Hong — Wireless Communications, AI/Machine Learning, Cybersecurity, Internet of Things, Signal Processing
- Dr. Kamrul Hasan — Cyber-Physical and Computer Network Systems and Security, Software Enabled Network Security, Machine Learning
- Dr. Sagnika Ghosh — Smart/Micro Grid Systems Cyber Security Control, Electric Vehicle Charging Systems, Renewable Energy Storage Systems
- Dr. Mohammad Bodruzzaman — Signal/Image Processing, Neural Network Applications
- Dr. Charles McCurry — Human and Machine Teaming, Cyber-Human Systems, Intelligent Control Systems
Admissions
GPA Requirement: 2.75 minimum (conditional), 3.0 minimum (unconditional).
Requirements: Admission to candidacy after completing 9 graduate credit hours in residence, 15 hours of core courses in chosen concentration, 6 hours of mathematics, 3 credit hours of special problems in engineering applications (design project), 6 credit hours of electives with advisor consent
Accreditations and Certifications
Location Advantages: Nashville tech ecosystemAccess to healthcare technology companiesMusic technology sector
University of Memphis — Memphis, TN
Key Distinction: Thesis option available. Project option available
Hakia Insight: University of Memphis's dual thesis-and-project flexibility, paired with Dr. Santosh Kumar's NIH mDOT Center and Dr. Dipankar Dasgupta's bio-inspired cybersecurity research, positions students to pivot between medical device innovation and defense work—a rare both/and in a single program.
The Master of Science in Electrical and Computer Engineering offers both thesis and project tracks as alternatives to coursework-only completion. Students can pursue general EECE study or concentrate in either Electrical Engineering or Computer Engineering. All MS students must pass a comprehensive oral exam administered by their committee, and both thesis and project options require a defense presentation. Graduate assistantships are available through application. The program follows traditional academic scheduling with comprehensive exam and defense requirements designed for working professionals seeking advanced technical expertise in electrical or computer engineering fields.
Programs Offered
- Master of Science in Electrical and Computer Engineering — 1-2 years, on-campus. MS
Research Labs and Institutes
- Center for Information Assurance
- MD2K Center of Excellence
- NIH mDOT Center
- Center for Advanced Sensors
- Institute for Intelligent Systems
- Metal Additive Manufacturing Lab
Industry Partners
- FedEx Services (employer)
- MLGW (employer)
- IBM (employer)
- Microsoft (employer)
- AT&T (employer)
- Intel Corporation (employer)
- Amazon (employer)
- Boeing (employer)
- U.S. Army Night Vision and Electronic Sensors Directorate (sponsor)
- U.S. Army Research Lab (sponsor)
- Office of Naval Research (sponsor)
- EOIR Inc. (collaborator)
- ERC Inc. (collaborator)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Dr. Santosh Kumar — Mobile health, artificial intelligence for wearables, sensor big data
- Dr. Dipankar Dasgupta — Cybersecurity, bio-inspired computing, trustworthy AI
- Dr. Christos Papadopoulos — Computer networks, network security, multimedia communication
Accreditations and Certifications
Location Advantages: Regional aerospace and defense contractor accessProximity to St. Louis and Nashville tech hubsMemphis innovation and startup ecosystem
Southern Adventist University — Collegedale, TN
Key Distinction: Southern Adventist's computer engineering program embeds ethical and values-based engineering practice throughout its curriculum, appealing to students motivated by technology's societal impact.
Hakia Insight: Southern Adventist's embedded focus on ethical engineering practice throughout the curriculum—not as an elective add-on—attracts a self-selected cohort of students motivated by technology's societal impact, creating a peer environment increasingly rare in engineering.
At the master's level, southern Adventist University's computer engineering program reflects the institution's emphasis on ethical engineering practice and technology serving human welfare. The curriculum integrates core computer architecture, digital systems, and embedded computing with coursework encouraging students to consider the broader impacts of their work. Small class sizes enable direct faculty mentorship and individualized project work, particularly in capstone design courses where students tackle real-world problems for campus operations or regional employers. The program operates within a values-driven institutional context that attracts students interested in sustainable technology and responsible innovation. Located near Chattanooga's growing tech ecosystem, Southern Adventist graduates find opportunities in diverse sectors including healthcare technology, renewable energy systems, and mission-driven companies.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Accreditations and Certifications
Location Advantages: Proximity to Chattanooga technology sectorAccess to renewable energy and healthcare tech companies
Best Doctoral Computer Engineering Degree Programs in Tennessee
Vanderbilt University — Nashville, TN
Key Distinction: Full funding for all PhD students (tuition waiver + competitive monthly stipend + student service fees + health insurance). Additional competitive fellowships available ($5,000-$20,000/year)
Hakia Insight: Vanderbilt's guarantee of full funding (tuition waiver, stipend, fees, health insurance) for all PhD students eliminates the debt-versus-prestige calculation that haunts doctoral decisions, allowing students to choose based purely on research fit with faculty like Cynthia Dwork in differential privacy.
The PhD in Electrical and Computer Engineering provides comprehensive funding through Engineering Graduate Fellowships, including full tuition waiver, competitive monthly stipend, student service fees, and health insurance premium under the comprehensive plan. Additional competitive fellowships are available (Vanderbilt Doctoral Discovery Fellowship: $20,000/year for 5 years, University Graduate Fellowship: $10,000/year for 5 years). Research areas include photonics/electronics/nanotechnology, robotics, medical imaging/devices, cyber-physical systems, applied AI, and space/defense systems. Faculty are affiliated with multiple research institutes including Institute for Space and Defense Electronics, Institute for Software Integrated Systems, and Vanderbilt Institute of Nanoscale Science and Engineering. First-year students typically serve as teaching assistants, then transition to research assistantships. Students can enter directly with bachelor's degree and earn master's degree en route to PhD. GRE is not required. Three letters of recommendation and statement of purpose required.
Programs Offered
- Doctor of Philosophy in Electrical and Computer Engineering — 4-6 years, on-campus. PhD
Research Labs and Institutes
- Institute for Software Integrated Systems (ISIS)
- Vanderbilt Microelectronics Laboratory
Industry Partners
- Intel (corporate)
- Lockheed Martin (corporate)
- Google (corporate)
- Boeing (corporate)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Gabor Karsai — Cyber-physical systems, embedded systems, model-driven engineering
- Cynthia Dwork — Differential privacy, cryptography, secure computation
Accreditations and Certifications
Location Advantages: Nashville's growing technology sector and venture capital ecosystemProximity to multiple Fortune 500 defense and aerospace contractorsAccess to Southeast's emerging tech hub infrastructure
The University of Tennessee-Knoxville — Knoxville, TN
Key Distinction: Hands-on research experience under internationally renowned faculty. Access to established network of industry employers
Hakia Insight: UT-Knoxville's direct access to Oak Ridge National Laboratory transcends typical industry partnerships—undergraduates and doctoral students collaborate on problems classified by the Department of Energy, embedding national-scale research experience into the degree itself.
The Computer Science PhD program at UT-Knoxville offers comprehensive research experience under internationally renowned faculty with optional concentrations in Data Analytics and Intelligent Systems/Machine Learning. Students work closely with faculty on hands-on research projects in their area of interest. The program provides access to an established network of industry employers and prepares graduates for leadership roles in technology, business, or academia. Post-graduation outcomes include positions at major tech companies like Microsoft and Google, national laboratories, and university professorships. Career opportunities span computer systems engineering, computer and information scientist roles, database administration, university professor positions, and machine learning engineering. The program emphasizes foundational computer science concepts including Turing machines, computability, computational complexity, computer architecture, software engineering, and operating systems design.
Programs Offered
- Computer Science, PhD — 4-6 years, on-campus. PhD
Research Labs and Institutes
- Center for Advanced Computing and Processing
- UT Microgrid Laboratory
Industry Partners
- Oak Ridge National Laboratory (government)
- NVIDIA (corporate)
- Intel (corporate)
- Qualcomm (corporate)
Career Outcomes
Top Employers: Microsoft, Google.
Notable Faculty
- Denise Wilson — Microelectronics and nanoelectronics fabrication
Accreditations and Certifications
- ABET accredited (Engineering Accreditation Commission)
Location Advantages: Direct access to Oak Ridge National Laboratory for internships and research collaborationsGateway to Tennessee's growing semiconductor and embedded systems industry corridorProximity to Knoxville's expanding tech startup ecosystem
Tennessee State University — Nashville, TN
Key Distinction: Interdisciplinary program integrating multiple engineering disciplines. Computer science and engineering integration
Hakia Insight: Tennessee State's PhD in Engineering & Computational Sciences deliberately blurs boundaries between computer science, electrical engineering, and mechanical engineering, a structure that mirrors how modern robotics and autonomous systems actually get built—not as siloed disciplines.
Tennessee State University offers a PhD in Engineering & Computational Sciences, a unique interdisciplinary program integrating computer science, electrical and computer engineering, mechanical and manufacturing engineering, civil engineering, and systems engineering. The program provides two main concentration areas: Engineering Systems and Computational Sciences. Under Engineering Systems, students can focus on Computer Communications and Networks, Control Systems and Signal Processing, or Computer Aided Manufacturing and Robotics. The program requires completion of a Graduate Student Profile, SLATE application with fee, official transcripts, and three professional references. This interdisciplinary approach allows students to work across traditional engineering boundaries, combining computational methods with engineering applications. The program appears designed for advanced research in emerging fields like Micro-Electro-Mechanical Systems and Nanotechnology.
Programs Offered
- PhD of Engineering & Computational Sciences — 4-6 years, on-campus. PhD
Research Labs and Institutes
- Tiger Institute
- Intelligent Tactical Mobility Laboratory
- Robotics and Intelligent Systems Laboratory
- Computer Information Systems Laboratory
- Center for Battlefield Sensor Fusion
- Center for Environmental Engineering
- Center for Neural Engineering
- Digital Signal/Image Processing Laboratory
- Intelligent Control Systems Laboratory
- Design Methodologies Laboratory
- Intelligent Manufacturing Laboratory
- Intelligent Health Monitoring Laboratory
- Automatic Target Recognition (ATR) Test-Bed
- Nano-Materials Laboratory
- Cyber-Security Lab
Industry Partners
- Boeing (employer)
- Raytheon (employer)
- Lockheed Martin (employer)
- Intel (employer)
- TVA (employer)
- Nashville Electric Services (employer)
- Army Research Office (sponsor)
- Department of Energy (sponsor)
- Office of Naval Research (sponsor)
- Air Force (sponsor)
- NASA (sponsor)
- Air Force Research Laboratory (sponsor)
Notable Faculty
- Dr. Saleh Zein-Sabatto — Artificial Intelligence and Machine Learning, Cyber Physical Systems Cybersecurity, Robotics and Autonomous Systems
- Dr. Liang Hong — Wireless Communications, AI/Machine Learning, Cybersecurity, Internet of Things, Signal Processing
- Dr. Kamrul Hasan — Cyber-Physical and Computer Network Systems and Security, Software Enabled Network Security, Machine Learning
- Dr. Sagnika Ghosh — Smart/Micro Grid Systems Cyber Security Control, Electric Vehicle Charging Systems, Renewable Energy Storage Systems
- Dr. Mohammad Bodruzzaman — Signal/Image Processing, Neural Network Applications
- Dr. Charles McCurry — Human and Machine Teaming, Cyber-Human Systems, Intelligent Control Systems
Admissions
GPA Requirement: 2.75 minimum (conditional), 3.0 minimum (unconditional).
Requirements: Complete Graduate Student Profile, SLATE application with fee, Official transcripts, Three professional references
Accreditations and Certifications
Location Advantages: Nashville tech ecosystemAccess to healthcare technology companiesMusic technology sector
University of Memphis — Memphis, TN
Key Distinction: UMemphis combines robust research labs with genuine curricular flexibility, enabling computer engineering students to tailor their specialization to either hardware design or systems-oriented computing.
Hakia Insight: University of Memphis grants doctoral students genuine curricular latitude between hardware design and systems computing, an unusual flexibility amplified by faculty depth in wearable AI and bio-inspired security, letting students shape their dissertation around emerging intersections rather than predetermined tracks.
At the doctoral level, UMemphis computer engineering thrives on the strength of its research infrastructure and the university's strategic positioning within a city undergoing digital transformation. The program gives students early exposure to research through faculty-mentored projects in areas like cybersecurity, signal processing, wireless communications, and hardware security—domains where the university has invested significantly in labs and equipment. Students can pursue dual-focus tracks emphasizing either the hardware-centric side (circuit design, embedded systems, semiconductor design) or a more systems-oriented path (networking, IoT, control systems), allowing genuine specialization rather than a one-size-fits-all curriculum. Memphis's geography—within reach of both St. Louis tech operations and Nashville's expanding innovation ecosystem—combined with the university's growing connections to regional aerospace and defense contractors, creates multiple pathways for internships and postgraduation employment. Faculty research activity means motivated undergraduates can transition smoothly into graduate studies or research engineering roles without relocating, a significant advantage for students seeking to balance education with family or financial constraints.
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 Information Assurance
- MD2K Center of Excellence
- NIH mDOT Center
- Center for Advanced Sensors
- Institute for Intelligent Systems
- Metal Additive Manufacturing Lab
Industry Partners
- FedEx Services (employer)
- MLGW (employer)
- IBM (employer)
- Microsoft (employer)
- AT&T (employer)
- Intel Corporation (employer)
- Amazon (employer)
- Boeing (employer)
- U.S. Army Night Vision and Electronic Sensors Directorate (sponsor)
- U.S. Army Research Lab (sponsor)
- Office of Naval Research (sponsor)
- EOIR Inc. (collaborator)
- ERC Inc. (collaborator)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Dr. Santosh Kumar — Mobile health, artificial intelligence for wearables, sensor big data
- Dr. Dipankar Dasgupta — Cybersecurity, bio-inspired computing, trustworthy AI
- Dr. Christos Papadopoulos — Computer networks, network security, multimedia communication
Accreditations and Certifications
Location Advantages: Regional aerospace and defense contractor accessProximity to St. Louis and Nashville tech hubsMemphis innovation and startup ecosystem
