University of Chicago

What you'll study

The programme builds from foundational mathematics and physics into engineering science and applied design. Early study emphasises calculus, differential equations, linear algebra, classical mechanics and electromagnetism, alongside introductory engineering courses that introduce mechanics of materials, statics and dynamics.

Core mechanical engineering topics typically include:

• Mechanics of materials and solid mechanics
• Dynamics and vibrations
• Thermodynamics and heat transfer
• Fluid mechanics
• Materials science and manufacturing processes
• Control systems and instrumentation
• Computer-aided design (CAD) and computational methods
• Laboratory courses that develop experimental skills and data analysis

Students also complete project-based design courses and a capstone or senior design project that emphasises teamwork, systems thinking and communication. Electives allow deeper study in areas such as robotics, biomechanics, energy systems, aerospace applications, advanced materials or computational fluid dynamics. Throughout the degree students are encouraged to pursue undergraduate research, internships or interdisciplinary courses across the university.

Entry requirements

Admissions to the programme are selective and expect a strong secondary-school record, with particular strength in mathematics and physics. Typical preparation includes advanced coursework in calculus and physics; chemistry and programming experience are advantageous. Applicants should demonstrate analytical ability, problem‑solving skills and intellectual curiosity through transcripts, letters of recommendation and application essays.

Specific admissions materials and expectations follow the university’s general undergraduate requirements. International applicants should present recognised equivalents of the above preparation. Some applicants strengthen their profile with extracurricular engineering activities, personal or team design projects, research experience or relevant work placements.

Career prospects

Graduates of mechanical engineering pursue a wide range of careers in industry, research and entrepreneurship. Common roles include design or R&D engineer, systems engineer, manufacturing and process engineer, energy or utilities engineer, controls and automation specialist, and roles in aerospace, automotive and robotics companies. Many graduates also move into consulting, product management or technology strategy roles.

Alumni often continue to graduate study in engineering, applied physics, materials science or business. The combination of technical depth and the University of Chicago’s broader curriculum also prepares students for careers that require strong analytical, quantitative and communication skills.

Why study at University of Chicago

The University of Chicago combines rigorous engineering training with a broad liberal‑arts environment, encouraging interdisciplinary work across science, economics, medicine and public policy. Students benefit from close faculty mentorship, research opportunities in university laboratories and partnerships with industry and nearby national laboratories.

Facilities supporting mechanical engineering study include machine and prototyping shops, instrumented labs for thermofluids and materials testing, and computer resources for simulation and data analysis. Being based in Chicago provides access to a large regional engineering and manufacturing ecosystem, internship opportunities and start‑up support. The curriculum emphasises critical thinking, communication and hands‑on experience to prepare graduates for technical leadership or further study.