Ferris State University

What you'll study

The programme emphasises applied mechanical engineering principles delivered through classroom instruction, laboratory practice and project-based learning. You combine foundational science and mathematics with specialised technical courses and experiential learning.

• Core engineering fundamentals: statics and dynamics, strength of materials, thermodynamics and fluid mechanics to build the analytical base.
• Applied technical subjects: manufacturing processes, CNC and CAM, materials science and metallurgy, welding technology, and quality control.
• Design and CAD: computer-aided design and drafting (CAD), rapid prototyping, product and mechanical systems design, and assembly techniques.
• Systems and controls: instrumentation, sensors, basic control systems, mechatronics and automation concepts.
• Laboratory and workshop work: machine shop practices, metrology, materials testing, thermal and fluid labs, and hands-on fabrication assignments.
• Capstone project: multidisciplinary team design project that integrates analysis, design, manufacturing and testing to produce a working prototype or documented engineering solution.
• General education: communication, technical writing, ethics, project management and business-oriented electives that prepare you for workplace interaction and leadership.

Entry requirements

Applicants should hold a secondary school diploma or equivalent with a strong background in mathematics and science. Typical expectations include:

• Academic preparation: successful completion of algebra, geometry, precalculus or calculus, and physics or chemistry at secondary level.
• Grades: competitive high-school grades in STEM subjects; specific GPA expectations are set by the university and may vary by term.
• Standardised tests: some applicants submit SAT or ACT scores where required; check Ferris State admissions guidance for current testing policies.
• International applicants: proof of English proficiency through recognised exams (such as TOEFL or IELTS) or alternative university-approved evidence of English ability, plus certified academic transcripts and credential evaluation if required.
• Additional requirements: applicants may be asked to provide a personal statement, résumé of relevant experience, and references for transfer or non-traditional applicants. Transfer credit is considered for relevant college-level coursework and technical certificates.

Career prospects

Graduates are prepared for technical and supervisory roles across manufacturing, product development and industrial services. Career pathways include:

• Manufacturing and production engineering: process improvement, production supervision, CNC programming and shop floor management.
• Design and drafting: CAD/CAM technician, mechanical design technologist, prototype developer and test technician.
• Quality and materials: quality assurance/quality control specialist, materials testing and failure analysis roles.
• Automation and controls: field service engineer, controls technician and mechatronics support roles in automated facilities.
• Project and operations management: roles overseeing technical projects, scheduling, cost estimation and process optimisation.
• Further study and professional pathways: opportunities to pursue graduate study, professional certifications or licensure paths where applicable, and continuing education in specialised areas such as robotics, HVAC or advanced manufacturing.

Why study at Ferris State University

Ferris State emphasises applied, career-focused education with close links to regional industry. The university blends classroom theory with extensive laboratory and shop experiences to develop practical skills employers seek.

• Hands-on facilities: access to machine shops, materials testing labs, rapid prototyping equipment and controls laboratories that support real-world project work.
• Industry engagement: partnerships with local and national manufacturers provide internship and co-op opportunities, industry projects and an advisory board that informs curriculum relevance.
• Career support: dedicated career services, employer networking events and experiential learning pathways help students secure internships and entry-level positions.
• Applied teaching approach: smaller class sizes in technical courses and faculty with industry experience mean focused instruction and mentorship during laboratory and capstone work.

Overall, the programme is designed for students who want to apply mechanical engineering principles directly in industry settings, equipping graduates with the technical competence and practical experience to enter the workforce or continue professional development.