Pittsburg State University

What you'll study

This bachelor programme emphasises applied mechanical engineering principles, combining classroom theory with laboratory practice and project work. Core areas include statics and dynamics, strength of materials, thermodynamics and heat transfer, fluid mechanics, machine design and manufacturing processes. Students also study applied mathematics for engineering technology, instrumentation and measurement, computer-aided design (CAD), computer-aided manufacturing (CAM), materials science and quality control.

• Foundations and mathematics: engineering mathematics, applied calculus, and technical problem solving tailored to engineering technology applications.
• Mechanics and materials: statics, dynamics, mechanics of materials and materials selection for manufacturing.
• Thermal and fluids: thermodynamics, heat transfer and fluid mechanics with lab-based experiments and performance testing.
• Manufacturing and design: machine design, CAD/CAM modelling, CNC machining, rapid prototyping and additive manufacturing techniques.
• Controls and instrumentation: instrumentation, sensors, programmable logic controllers (PLCs) and basic controls for automated systems.
• Professional practice and projects: teamwork, technical communication, project management and a capstone design/project course that integrates skills in a real-world or industry-aligned challenge.

Teaching and assessment

Teaching methods combine lectures, laboratory sessions in machining, materials and controls labs, computer labs for CAD/CAM and simulation, and supervised project work. Assessment typically includes lab reports, design assignments, written exams, practical demonstrations and a final capstone project.

Entry requirements

Applicants should hold a high-school diploma or equivalent with a strong emphasis on mathematics and science. Typical preparation includes algebra, geometry, precalculus or calculus, and high-school physics. Colleges usually expect a solid academic record and evidence of technical interest—such as coursework, vocational qualifications, or relevant extracurricular experience.

When applying, you may need to provide official transcripts and a personal statement outlining your interest in applied engineering technology. Some applicants benefit from submission of standardised test scores if required by the university; others may be considered through admissions pathways that review grades and coursework holistically. Transfer applicants should provide college transcripts and descriptions of prior technical courses to determine credit transfer.

Career prospects

Graduates move into hands-on and applied roles across manufacturing, energy, automotive, aerospace, consumer products and facilities maintenance sectors. Common entry-level job titles include mechanical engineering technologist, CAD/CAM technician, manufacturing technician, quality control technician, production supervisor and maintenance engineer.

• Design support and drafting: producing CAD models, drawings and design documentation to support engineers.
• Manufacturing and process improvement: working on production lines, CNC programming and process optimisation.
• Quality and testing: conducting materials tests, product inspections and quality assurance activities.
• Field service and maintenance: installing, troubleshooting and maintaining mechanical systems and equipment.
• Further study and professional development: graduates may pursue specialised certification, technical leadership roles or further academic study in engineering or engineering management.

Why study at Pittsburg State University

Pittsburg State University is known for its practical, career-oriented technology programmes and strong linkages with regional and national industry. The curriculum is built around hands-on laboratories and applied projects that prepare students for immediate work in technical roles. Small class sizes enable close interaction with faculty who bring industry experience to teaching and student mentoring.

Students benefit from well-equipped workshops and labs for machining, materials testing, CAD/CAM and controls, plus opportunities for internships, co-operative placements and industry-sponsored projects that enhance employability. The capstone project and career services help to connect graduates with local and national employers in manufacturing and engineering services.