Colorado State University

What you'll study

The curriculum combines foundational science and mathematics with engineering core subjects and practical design experience. Early coursework emphasises calculus, differential equations, physics, chemistry and computer programming. Core mechanical engineering subjects typically include statics and dynamics, mechanics of materials, thermodynamics, heat transfer, fluid mechanics, materials engineering, control systems and modelling.

• Computer-aided design and engineering (CAD/CAE) and manufacturing processes
• Materials and manufacturing, including properties of metals, polymers and composites
• Energy systems, thermofluids and HVAC fundamentals
• Mechanical vibrations, dynamics and control
• Laboratory courses that develop experimental methods, data analysis and technical communication
• Capstone senior design project where students work in teams to take a project from concept through prototyping and testing
• Electives that allow specialisation in areas such as robotics, biomechanics, aerospace, renewable energy or advanced manufacturing

Hands-on experiences are integrated through well-equipped laboratories, machine shops, maker spaces and project courses. Students are encouraged to take internships or cooperative education placements to apply classroom learning in industry settings.

Entry requirements

Admission is competitive and based on academic preparation in secondary school. Applicants should have strong achievement in mathematics and science, particularly calculus and physics, plus a solid record across other academic subjects. Typical preparation includes:

• Secondary-school diploma or equivalent with strong grades
• Preparedness for college-level calculus (completion of pre-calculus or calculus in secondary school is strongly recommended)
• High achievement in physics and mathematics courses where available
• Submission of official transcripts; additional materials such as personal statements and references may be required by the admissions office
• International applicants will need to demonstrate English language proficiency through approved tests or institutional pathways

Transfer applicants should expect evaluation of previous college coursework for equivalency to CSU’s engineering prerequisites. Prospective students are advised to consult the university’s admissions and College of Engineering pages for specific documentation and admission pathways.

Career prospects

Graduates with a mechanical engineering degree from Colorado State University enter a wide range of sectors. Common career paths include design and development engineer, manufacturing or process engineer, systems engineer, controls and automation specialist, energy systems engineer, product development, and testing and validation roles.

• Industries: automotive, aerospace, renewable energy, oil and gas, consumer products, medical devices, heavy industry and defence
• Graduate study and research: many graduates continue to master’s or doctoral programmes in engineering, materials science or related fields
• Professional advancement: graduates often pursue professional engineering (PE) licensure after gaining required work experience
• Entrepreneurship and startups: skills in design, prototyping and manufacturing support roles in new-product development and technology ventures

Colorado State’s career services and engineering college connections with regional and national employers support internship placement and job search activities.

Why study at Colorado State University

Colorado State University offers an engineering programme with hands-on, project-based learning and access to modern laboratories and fabrication facilities. The mechanical engineering curriculum is ABET-accredited, ensuring it meets recognised standards for engineering education.

• Strong emphasis on experiential learning through labs, team design courses and capstone projects
• Opportunities for internships, industry-sponsored projects and multidisciplinary collaboration
• Research-active faculty working in areas such as energy systems, materials, dynamics and robotics
• Location in Fort Collins provides access to a vibrant technology and manufacturing community and proximity to outdoor recreational opportunities in the Rocky Mountain region
• Support services for students including advising, career development and engineering student organisations that broaden professional networks

These features make Colorado State University a practical choice for students seeking a rigorous mechanical engineering education with clear links to industry and research.