Cost & earnings at Fairmont State University What students borrow here, and what they go on to earn
This Bachelor-level programme in electronic/electrical engineering provides a hands-on, applied education in circuits, digital systems, control, and embedded design. It suits students who want a practical, laboratory-rich degree that prepares them for industry roles in electronics, control systems, power distribution or further graduate study.
The programme combines foundational mathematics and physics with applied electronic and electrical engineering subjects across a four-year degree. Early modules typically cover circuit analysis, electrical measurements, digital logic and programming, and analogue electronics. Subsequent study moves into microprocessors and embedded systems, control systems, signals and systems, power fundamentals, and electronic communications.
Laboratory work is an integral part of the curriculum and includes hands-on courses in soldering and PCB assembly, instrumentation and measurement, microcontroller projects, FPGA and digital design, and power electronics labs. Most students complete a team-based senior capstone project that integrates design, prototyping and testing, and many programmes also encourage or require an internship or co-operative placement with regional employers.
Applicants should hold a recognised secondary school qualification with strong performance in mathematics and physics. Successful candidates typically have completed algebra, geometry, pre-calculus or calculus and an introductory physics course. If your curriculum includes separate chemistry or computer science, these are useful but not always mandatory.
Typical application materials include official transcripts, a personal statement outlining interest in engineering, and one or more academic or professional references. Mature applicants and students transferring from other institutions are considered; transfer credit is assessed on the basis of course content and university policy. English language proficiency evidence is required if your first language is not English.
Graduates move into a range of technical roles across manufacturing, utilities, telecommunications, automation, and consumer electronics. Common job titles include electronics engineer, embedded systems developer, controls engineer, field service engineer, test and validation engineer, and technical sales engineer. Some graduates enter production and quality roles in electronics manufacturing or take positions in power distribution and maintenance.
Many alumni also choose to continue their studies in specialised master’s programmes (for example in electrical engineering, control systems or embedded systems) or pursue professional engineering licensure where applicable. The practical focus of the degree helps graduates be workplace-ready for employers seeking hands-on skills and project experience.
Fairmont State offers a small-campus environment with close faculty contact and a strong emphasis on laboratory-based learning and applied projects. The programme’s structure stresses real-world skills—students work in modern labs and on team design projects that mirror industry practice. Local and regional industry partnerships provide opportunities for internships and co-op placements, helping students gain relevant workplace experience during their studies.
Faculty typically have industry or applied research experience, and class sizes are kept small to support mentoring and individual feedback on project work. Prospective students should consult Fairmont State University for detailed information on course offerings, lab facilities and any professional accreditation associated with the programme.
Shortlist scholarships and plan your application — free guidance from our advisors.