Ferris State University

What you'll study

This bachelor’s programme combines core engineering principles with applied technical training in electricity, thermal systems and controls. Courses typically cover electrical circuits and power systems, thermodynamics, fluid mechanics, instrumentation and process control, energy conversion, and power generation technologies (including conventional and renewable sources).

Typical modules and learning experiences include:

• Electrical Systems and Power Distribution – single- and three-phase systems, transformers, switchgear, and distribution practices.
• Thermal and Fluid Systems – heat transfer, boilers, HVAC fundamentals and steam systems common to power plants and industrial settings.
• Instrumentation and Control – sensors, PLCs, SCADA systems, control theory and practical programming for automation.
• Energy Conversion and Renewables – fundamentals of wind, solar, biomass and combined-cycle systems and integration into grids.
• Energy Efficiency and Auditing – methods for assessing and improving building and industrial energy performance.
• Safety, Codes and Compliance – industrial safety, electrical codes, environmental regulations and best practice maintenance procedures.
• Capstone/Applied Project – team-based project or internship applying classroom skills to a real-world energy systems problem.

Instruction emphasises laboratory work, diagnostic exercises and industry-standard software, with opportunities for co-operative placements or internships to build practical experience.

Entry requirements

Applicants are expected to hold a recognised secondary school qualification with strong performance in mathematics and a laboratory science (physics or chemistry preferred). Typical preparation includes algebra, geometry and introductory trigonometry; prior vocational or technical training in electrical or mechanical subjects is beneficial but not mandatory.

Standard application documents include a secondary school transcript, a personal statement or cover letter outlining interest in energy technologies, and contact details for references. Applicants whose first language is not English will need to demonstrate proficiency through an approved English test or equivalent evidence of prior English-medium study.

Ferris State evaluates applicants holistically; mature applicants with relevant workplace experience or technical diplomas may be considered for admission or advanced standing depending on prior learning and competencies.

Career prospects

Graduates are prepared for technical and supervisory roles across the energy sector. Common entry and mid-level positions include:

• Power plant technician or operator
• Energy systems technician/technologist in utilities or industrial facilities
• Renewable energy technician (solar, wind, biomass)
• Building or industrial energy auditor and efficiency specialist
• Controls and automation technician (PLC/SCADA)
• Maintenance planner, reliability technician or asset management roles

Graduates also move into roles in project coordination, technical sales for energy products, or continue to specialised training and graduate study in engineering, energy management or sustainable energy fields.

Why study at Ferris State University

Ferris State University is known for its applied, career-oriented education and strong industry connections. The programme emphasises hands-on learning in well-equipped labs and workshops, providing practical skills that local and regional employers seek. Students benefit from faculty who have professional experience in energy and utilities, and from cooperative education and internship opportunities that link classroom learning with workplace practice.

Small class sizes, an applied capstone project and opportunities for certification preparation (for example in electrical safety, instrumentation, or industry-specific standards) help graduates move quickly into the workforce or continue professional development within the energy sector.