Harvey Mudd College

What you'll study

The engineering curriculum at Harvey Mudd emphasises a strong common foundation in mathematics, physics, chemistry and computing, followed by advanced coursework across multiple engineering areas. Early study focuses on calculus, linear algebra, differential equations, mechanics and circuits, alongside introductory programming and the physical sciences.

Upper-level work typically covers subjects such as systems and signals, control theory, electronics and instrumentation, thermodynamics and fluid mechanics, materials and structures, embedded systems, and software engineering. The programme stresses multidisciplinary problem solving, so courses integrate analytical modelling, laboratory practice and computational simulation.

A distinctive feature is project-based learning: students participate in team design projects and the Clinic Program, where student teams work on real-world engineering problems with external partners. Students also undertake a significant senior project or thesis that emphasises design, experimentation and written and oral communication.

• Typical modules: Multivariable calculus; Linear algebra; Physics for engineers; Introductory chemistry; Data structures and algorithms; Circuits and electronics; Materials science; Thermodynamics; Fluid mechanics; Systems and signals; Control systems; Embedded systems; Engineering design studio; Laboratory methods.
• Core experiences: Hands-on laboratories, design courses, the Clinic Program, independent research or senior thesis, and humanities/social-science requirements that develop communication and ethical reasoning.

Entry requirements

Harvey Mudd looks for applicants with a strong background in mathematics and science, demonstrated problem-solving ability and evidence of sustained academic challenge. Typical preparation includes advanced-level study in calculus, physics and chemistry where available, and experience with algebraic reasoning and structured problem solving.

Successful applicants typically show high achievement in rigorous secondary-school coursework, confident performance in mathematics, and strong letters that speak to technical curiosity and teamwork. Experience in programming, robotics, lab work, or independent projects is advantageous. Admissions considers the whole applicant, including academic record, recommendations, essays and extracurricular engagement; standardised testing policies may vary, so consult the college's admissions guidance for current practice.

Career prospects

Graduates with an engineering degree from Harvey Mudd enter a wide range of technical and leadership roles. Many go into engineering and technology careers in industries such as electronics, aerospace, energy, biomedical devices, robotics, and software. Common entry roles include design engineer, systems engineer, hardware or firmware engineer, software developer and product development engineer.

Other graduates pursue graduate study in engineering, computer science, applied mathematics or related fields, and some move into careers in management consulting, finance, policy, or entrepreneurship. The programme’s emphasis on teamwork, communication and real-world projects prepares students for roles that require technical depth alongside collaborative problem solving.

Why study at Harvey Mudd College

Harvey Mudd combines rigorous technical training with a liberal-arts perspective in a small-college setting. Students benefit from close faculty mentorship, small class sizes, and extensive opportunities for undergraduate research. The Clinic Program and senior design experiences give sustained, client-driven project work that closely simulates professional engineering practice.

The college’s integration with the other Claremont Colleges expands course offerings and collaborative possibilities across disciplines. Facilities emphasise hands-on prototyping, electronics and computational resources, and the college maintains strong ties with industry and alumni networks that support internships and career development.

In short: the programme suits students seeking a broad, rigorous engineering education with intensive project work, close faculty access and preparation for technical careers or further study.