Fairmont State University

What you'll study

The programme blends foundational engineering science with practical, technology-oriented coursework and laboratory experience. Early years concentrate on mathematics, physics and materials science before moving into core mechanical technology subjects.

• Mathematics and basic sciences: calculus, differential equations, general physics and engineering materials.
• Core mechanical technology: statics and dynamics, thermodynamics, heat transfer and fluid mechanics delivered with laboratory work.
• Design and manufacturing: computer-aided design (CAD), machine design fundamentals, manufacturing processes, CNC programming and rapid prototyping.
• Instrumentation and control: measurement and instrumentation, applied electronics, automation and basic control systems for mechanical applications.
• Applied labs and projects: hands-on laboratory courses, workshop practices, materials testing and measurement, and industry-style assignments.
• Capstone project: a team-based senior project that integrates design, analysis, prototyping and testing, often with an applied problem from an external partner or a simulated industry brief.
• Work experience opportunities: co-op placements, internships and practicum options to develop workplace skills and professional networks.

Entry requirements

Applicants should hold a high-school diploma or equivalent with a strong foundation in mathematics and physical science. Typical preparation includes algebra, geometry, trigonometry, calculus (or readiness for college calculus) and physics.

• Academic background: evidence of competency in mathematics and science; transferable college credit, AP or IB courses in relevant subjects are considered.
• Grades and assessment: a competitive overall academic record; programmes may consider high-school GPA and prior college performance for transfers.
• Supporting materials: completed application, transcripts and any required placement testing for mathematics or engineering courses.
• Experience: practical experience with workshop tools, CAD or electronics is beneficial but not mandatory.
• Transfers: students transferring from community colleges with relevant technical coursework can often transfer credits toward the degree.

Career prospects

Graduates are prepared for technical and engineering-support roles in a wide range of industries. The programme emphasises practical skills that employers in manufacturing, energy, construction and product development value.

• Mechanical engineering technologist or technician roles in design, testing and product development.
• Manufacturing and production technician, process improvement and quality assurance positions.
• Maintenance, HVAC and facilities engineering technician roles within commercial and industrial settings.
• Field service, technical sales and application engineering positions supporting equipment and systems.
• Project coordinator or technical specialist roles in construction, energy and utilities sectors.
• Further study options include specialised bachelor-to-master pathways, professional certifications or continuing education in areas such as robotics, controls, materials or CAD.

Why study at Fairmont State University

Fairmont State offers a practical, student-centred learning environment with small class sizes and an emphasis on applied learning. The curriculum is designed to give students hands-on experience through laboratory courses, workshops and industry-style projects.

• Applied facilities: access to labs, machine shops and CAD/CAE resources that support project-based learning.
• Industry connection: opportunities for internships, work placements and local employer engagement that help bridge study and employment.
• Supportive community: close faculty mentorship, tutoring services and career support to assist students from orientation through graduation.
• Student activities: involvement in technical clubs and professional societies provides networking, competitions and practical experience.
• Regional relevance: the programme is tailored to meet local and regional workforce needs in manufacturing, energy and industrial services while preparing graduates for mobility to broader markets.