The Bachelor’s in Electronic/Electrical Engineering at Middle Tennessee State University (MTSU) is an undergraduate programme that develops skills in circuit design, signals and systems, embedded systems, control, and communications. It suits students who enjoy applied mathematics, hands‑on laboratory work and want to pursue careers in electronics, power, telecommunications or embedded systems development.
What you'll study
The degree combines a foundation in mathematics and physics with progressive study of electrical and electronic engineering concepts, reinforced by laboratory work and a culminating capstone project. Typical components include core theory, practical labs, computing and project design.
- Foundation courses — calculus, differential equations, physics (mechanics and electromagnetism), and introductory computer programming.
- Core electrical/electronic subjects — circuit analysis, electronic devices and circuits, digital logic and microprocessors, signals and systems, and electromagnetic fields.
- Systems and applied topics — control systems, communications and networking, power systems fundamentals, and instrumentation.
- Laboratory and practical work — hands‑on experiments in circuit and electronics labs, embedded systems development, PCB prototyping, and software tools such as MATLAB and CAD for electronics.
- Senior design/capstone project — team‑based project that integrates design, implementation and documentation; often industry‑oriented or focussed on applied research.
- Electives and technical options — students choose from electives that may include digital signal processing, wireless communications, renewable energy systems, robotics, or advanced microcontroller applications.
- General education — communication, humanities and social science requirements to develop professional and ethical skills.
Entry requirements
Applicants should hold a recognised high school diploma or equivalent with strong preparation in mathematics and science. Typical preparation includes algebra, geometry, trigonometry and calculus, plus physics coursework where available. Admissions consider academic transcripts, personal statements and any relevant extracurricular or project experience.
- Academic background — evidence of solid performance in mathematics and science courses at secondary level.
- Testing and international students — standardised tests, where used, and proof of English proficiency are required for applicants whose first language is not English; check MTSU admissions guidance for accepted tests and minimums.
- Preparation and transfer — students transferring from community colleges should provide college transcripts and course descriptions; MTSU typically accepts transfer credit for equivalent lower‑division STEM courses.
Career prospects
Graduates enter a broad range of technical roles across industry, public sector and research. The programme emphasises practical skills that employers seek, such as circuit design, embedded programming and systems integration.
- Electronics design engineer, developing analog and digital circuits or consumer electronics.
- Embedded systems engineer, programming microcontrollers and developing firmware for products.
- Test and validation engineer, creating and executing test plans for hardware and firmware.
- Controls and automation engineer, working in manufacturing, robotics or industrial systems.
- Telecommunications or network engineer, focusing on wireless systems and signal processing.
- Power systems and energy technician, supporting grid, distribution or renewable energy projects.
- Further study and research — graduates may also progress to master’s degrees in electrical engineering, computer engineering or related disciplines.
Why study at Middle Tennessee State University (MTSU)
MTSU offers a hands‑on engineering education with access to well‑equipped laboratories, project spaces and faculty who engage with applied research and local industry. The campus’s proximity to the Nashville region provides opportunities for internships, co‑op placements and connections with technology and manufacturing employers.
- Strong emphasis on laboratory and project‑based learning, including a team capstone experience that prepares students for industry work.
- Opportunities to work on real projects with regional employers and to secure internships in the broader Nashville tech and manufacturing community.
- Support services for engineering students, including advising, tutoring and career services to help transition into the workforce or postgraduate study.
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