Ferris State University

What you'll study

This programme combines theory and extensive laboratory work to develop competence in electronics, circuits, control systems and digital technologies. Core topics typically include circuit analysis, analog and digital electronics, microprocessors and embedded systems, signals and systems, power and electric machines, industrial controls and programmable logic controllers (PLCs), instrumentation and measurement, and communications fundamentals.

Students progress from foundational mathematics and physics through more specialised courses in electronics design, printed circuit board (PCB) practice, motor drives, power distribution, and system integration. The curriculum emphasises hands‑on learning in well‑equipped labs, software tools for simulation and diagnostics, and a capstone design or senior project that integrates design, testing and documentation.

• Fundamental modules: calculus for technologists, physics for technologists, electrical circuit analysis
• Core electronics: analog electronics, digital logic and microcontrollers, embedded systems
• Systems and controls: control theory, PLC programming, motor controls and drives
• Power and practical skills: power systems, instrumentation, PCB design and fabrication, test & measurement techniques
• Professional practice: technical communication, project management and a senior capstone project

Entry requirements

Applicants should have a secondary‑school credential or equivalent with a strong background in mathematics and basic physical sciences. Successful applicants typically demonstrate competence in algebra, geometry and introductory calculus, and have studied physics or chemistry at high‑school level.

Typical admissions considerations include high‑school coursework, transcripts, and any post‑secondary study. Transfer students with relevant associate degrees or prior technical coursework may receive credit toward the programme. International applicants must present an equivalent secondary credential and evidence of English language proficiency where required.

Prospective students who are unsure of readiness are encouraged to consult the university's admissions guidance and consider foundation or preparatory courses in mathematics and physics before entry.

Career prospects

Graduates are prepared for technical and engineering‑technology roles across multiple sectors. Common career paths include:

• Electrical/electronic technician or technologist in manufacturing, utilities and industrial plants
• Controls and automation technician, including PLC and HMI programming and commissioning
• Field service engineer or maintenance specialist for electrical equipment and machinery
• Test and validation engineer, product support, and quality assurance roles
• Applications or sales engineer supporting electrical systems and components
• Further study or professional development leading to roles in systems design, project engineering or management

The programme’s applied orientation and industry links also support students seeking internships, co‑op placements or employer partnerships, which can lead directly to entry‑level positions.

Why study at Ferris State University

Ferris State emphasises applied, career‑focused education with extensive laboratory facilities and project‑based learning that mirror real workplace tasks. Class sizes are generally small, allowing personalised instruction from faculty with industry experience.

The university maintains connections with regional manufacturers, utilities and technology companies, helping students access internships, co‑ops and employment opportunities. Career services, student organisations and senior capstone projects further develop professional skills and industry readiness.

Overall, the programme is suited to students who want a practical pathway into electrical and electronic technologies, with steady exposure to hands‑on equipment, software tools and projects that prepare graduates for technical roles in diverse industries.