University of Southern Indiana

What you'll study

This programme combines engineering fundamentals with specialised manufacturing topics to give students the skills to design processes, select materials and implement automation and quality systems. The curriculum includes a balance of classroom theory, laboratory practice and a project capstone.

• Core engineering foundations: calculus, differential equations, statics and dynamics, materials science, thermodynamics and electrical fundamentals.
• Manufacturing-specific modules: manufacturing processes (casting, forming, machining), metalworking and polymer processing, CNC programming and operation, computer-aided design (CAD) and computer-aided manufacturing (CAM).
• Automation and control: robotics for manufacturing, programmable logic controllers (PLC), sensors and feedback systems, industrial networks.
• Quality and production systems: statistical process control, metrology, lean manufacturing, Six Sigma principles, production planning and scheduling.
• Advanced topics and electives: additive manufacturing (3D printing), composites, materials selection, sustainable manufacturing and supply‑chain considerations.
• Capstone and experiential learning: team-based senior design or industry project, internships or co‑op placements with manufacturers, and hands-on laboratory work using prototyping, CNC and measurement equipment.

Entry requirements

Applicants should hold a secondary school diploma or equivalent with a strong foundation in mathematics and science. Recommended subjects include algebra, geometry, precalculus or calculus and physics. Submission of official transcripts is required; the university considers transfer applicants with college-level coursework in mathematics, physics or engineering technology.

Admissions may also consider extracurricular experience in technical clubs, vocational training, internships or relevant certifications. Standardised test requirements vary and applicants should consult the university's admissions office for current policies. Mature applicants with workplace experience in manufacturing or trades are encouraged to apply.

Career prospects

Graduates are prepared for a wide range of roles in manufacturing and related industries. Typical entry-level and mid-career positions include:

• Manufacturing engineer — process design, optimisation and implementation
• Process or production engineer — line balancing, throughput improvement and cost reduction
• Quality engineer or quality assurance specialist — testing, metrology and continuous improvement
• Automation or controls engineer — robotics integration, PLC programming and factory automation
• CAD/CAM programmer and tooling engineer — part and fixture design for machining and fabrication
• Production supervisor or operations manager — overseeing production teams and logistics
• Roles in research, product development, supply chain and technical sales for manufacturing technologies

Graduates often find employment with local and regional manufacturers, OEMs, aerospace and automotive suppliers, medical device firms and contract manufacturers. The programme’s emphasis on internships and applied projects helps graduates transition into industry roles or continue to graduate study.

Why study at University of Southern Indiana

The University of Southern Indiana offers a hands‑on learning environment with small class sizes and close faculty support, suited to students who prefer applied engineering education. The university maintains partnerships with regional manufacturers that provide internship and project opportunities, giving students exposure to real industrial challenges.

Students benefit from practical laboratory facilities for machining, prototyping, metrology and automation, plus support services such as career advising and industry networking. The curriculum emphasises problem solving, teamwork and communication skills alongside technical competence, preparing graduates to contribute immediately in manufacturing settings or to pursue further technical study.