Slippery Rock University

What you'll study

This programme combines the mathematical and engineering foundations needed to analyse systems with applied coursework in process design, quality and operations. Typical topics include engineering mathematics and statistics, materials and manufacturing processes, computer-aided design (CAD), operations research, production and inventory control, facilities planning, human factors and ergonomics, work measurement, and quality management. Practical laboratory work and software tools for simulation, optimisation and data analysis are integrated throughout the degree.

• Year 1–2 core: calculus, physics, chemistry or materials science, introductory programming, engineering fundamentals and technical communication.
• Middle years: statistics for engineers, engineering economics, manufacturing processes, CAD/CAM, work systems design, ergonomics and safety, and introductory operations research.
• Advanced/specialist modules: production planning and control, supply chain fundamentals, quality engineering and Six Sigma concepts, simulation modelling, automation and control, and applied optimisation techniques.
• Capstone and experience: a final-year design or industry-linked capstone project, laboratory projects and opportunities for internships or co-operative placements with regional employers.

Entry requirements

Applicants should hold a recognised secondary school diploma with strong preparation in mathematics; calculus and algebra are typically expected. Background in physics is recommended and useful. Selection normally takes academic performance into account, especially grades in maths and science subjects, and personal statements or references that demonstrate interest in engineering and practical problem solving. Mature applicants with relevant experience are considered on an individual basis, and international applicants must meet English language proficiency standards.

Career prospects

Graduates are equipped for roles that improve efficiency, quality and safety across manufacturing and service sectors. Common career paths include:

• Process or manufacturing engineer
• Quality engineer or continuous improvement specialist
• Operations or production planner
• Supply chain analyst and logistics coordinator
• Facilities planner and industrial safety officer
• Consultant in productivity, Lean or Six Sigma implementation

With experience or further study, graduates can progress to project management, engineering management or specialised technical roles. The programme’s applied focus and industry project work help graduates demonstrate practical skills to employers.

Why study at Slippery Rock University

Slippery Rock University offers a learning environment with small class sizes and accessible faculty, supporting hands-on learning and close mentoring. The university’s location in Pennsylvania gives good access to regional manufacturing and service industries for internships and employer engagement. Students benefit from well-equipped engineering and fabrication labs, collaborative design projects, and a career services team that helps connect students with placements and graduate opportunities. The programme emphasises practical problem solving, preparing graduates to make immediate contributions in the workplace.