Ferris State University

What you'll study

The curriculum emphasises applied manufacturing science, process improvement and automation. You will study core engineering fundamentals alongside specialised manufacturing topics, with substantial laboratory and project work to develop practical skills.

• Fundamental engineering courses: calculus, physics, statics/dynamics, materials science and engineering mathematics that provide the analytical foundation.
• Manufacturing processes: machining, metal forming, casting, joining, additive manufacturing and surface treatments, with hands‑on lab experience.
• Computer‑aided design and manufacturing: CAD, CAM, computer numerical control (CNC) programming, simulation and product lifecycle management tools.
• Automation and controls: programmable logic controllers (PLCs), robotics, sensors, industrial networks and factory automation principles.
• Quality and production systems: metrology, statistical process control, quality management systems, lean manufacturing and Six Sigma concepts.
• Manufacturing management and economics: production planning, facilities layout, supply chain considerations, cost analysis and project management.
• Capstone and experiential learning: team design projects and laboratory capstone experiences that integrate design, process development and production planning; opportunities for internships or co‑operative education with local industry.

Entry requirements

Applicants are typically expected to hold a secondary school diploma or equivalent with strong preparation in mathematics (including algebra and pre‑calculus or calculus) and a science such as physics or chemistry. Admissions will consider academic record, recommendations and any relevant technical experience. Prospective students whose first language is not English must meet the university's English proficiency requirements through recognised tests or prior study in English. Mature applicants with relevant workplace experience or completed community college coursework in engineering technology or related subjects may be considered for admission.

Career prospects

Graduates enter a wide range of roles in manufacturing and industrial settings. Typical career paths include:

• Manufacturing engineer or process engineer, responsible for process design and optimisation.
• Quality engineer or quality systems specialist, working on inspection, testing and continuous improvement.
• Automation and controls engineer or robotics technician, developing and maintaining automated production systems.
• Production or operations supervisor/manager, overseeing manufacturing lines and workforce coordination.
• Product or process development engineer, supporting new product introduction and prototyping.
• CAD/CAM programmer, metrology specialist, or roles in supply chain and production planning.

Because Ferris State sits in a region with substantial advanced manufacturing and automotive supply chains, graduates often find employment with OEMs, tiered suppliers, contract manufacturers, and companies focused on automation, additive manufacturing and industrial equipment.

Why study at Ferris State University

Ferris State offers a hands‑on, career‑oriented approach with a strong emphasis on laboratory work and applied projects that reflect real manufacturing challenges. The university maintains close ties with regional industry, providing students with internship and co‑op opportunities and exposure to contemporary manufacturing practices. Faculty in the manufacturing engineering programme typically have industry experience and focus on preparing students for immediate entry into technical and supervisory roles. In addition, campus resources such as machine shops, automation labs and CAD/CAM facilities support practical learning and portfolio development for job seeking graduates.