Colleges · California · Claremont

Harvey Mudd College in Claremont: engineers who know their impact

Campus Future Claremont Updated Aug 2026

Harvey Mudd College calls itself the liberal arts college of engineering, science, and mathematics—and then answers the obvious objection on its own about page. Aren’t STEM and the liberal arts mutually exclusive? Maybe elsewhere, the college writes, but not at Mudd. The mission is to educate engineers, scientists, and mathematicians who become leaders and understand the impact of their work on society. With roughly 900 undergraduates, an 8:1 student-faculty ratio, and top rankings for ROI and career placement, HMC is a small Inland Empire–adjacent campus with outsized influence on California’s technical talent pipeline.

Campus

Harvey Mudd College

City / metro

Claremont · Inland Empire / LA

Future hooks

STEM · Clinic · climate

A Common Core that refuses siloed STEM

Mudd’s curriculum has three named parts: the Common Core, Humanities/Social Sciences/Arts (HSA), and the major. The Core coordinates courses across biology, chemistry, computer science, engineering, math, physics, and HSA so every student builds a broad scientific foundation plus writing and critical inquiry before specializing. HSA is not garnish: students take nearly a third of their classes in humanities, social sciences, and the arts because the college believes those fields are central to leaders who grasp societal impact.

Majors emphasize interdisciplinary problem-solving, project-based learning, and graduate-level research opportunities. Every student finishes with a yearlong senior capstone—original research or a Clinic project—while oral and written communication and computational skill run through the whole design. Recent news has highlighted a new mathematics and climate joint major, green-chemistry pedagogy, and makerspace leadership—signals that climate and hands-on fabrication sit inside, not beside, the STEM core.

Clinic: undergraduates shipping solutions for sponsors

The Clinic Program is Harvey Mudd’s signature experiential machine. Teams of four to five juniors and seniors take on real technical problems for companies and organizations—computer science, engineering, mathematics, physics, or multidisciplinary briefs—and deliver solutions sponsors can use. Paired with early undergraduate research that leads to conference talks and co-authored papers, Clinic is how a college of under 1,000 students punches into industry without pretending to be a giant research university.

Alumni stories the college features—from cognitive neuroscience and AI work to Mars Perseverance contributions to human-centered community revitalization in San Jose—reinforce the same thesis: technical excellence plus social literacy is the product.

Inside The Claremont Colleges cluster

Harvey Mudd is one member of The Claremont Colleges, a consortium of five undergraduate colleges and two graduate institutions on contiguous campuses covering less than a square mile. The undergraduate “5Cs” are Pomona, Scripps, Claremont McKenna, Harvey Mudd, and Pitzer; graduate partners include Claremont Graduate University and Keck Graduate Institute. Each school keeps its own mission, faculty, and culture; together they share libraries, health services, campus safety, dining access, and cross-registration across more than 2,000 courses a year.

For Mudders, that means a small STEM-intensive home college with the course catalog and extracurricular range of a mid-sized university—walkable within about 15 minutes end to end, classes still taught by professors in sections of roughly 15–30. HSA coursework can draw on Scripps and other neighbors; clubs and lectures mix across the 5Cs. The consortium is not a merger. It is how Claremont multiplies resources without dissolving Harvey Mudd’s distinct identity as the engineering-science-math liberal arts college founded in 1955.

What to watch next

Three threads are worth following. First, how Clinic sponsorships and alumni pipelines shape Southern California’s engineering and computing workforce as AI and climate tech demand grows. Second, whether joint majors and research in climate, green chemistry, and computing keep Mudd’s “impact on society” requirement concrete. Third, how Claremont Colleges shared infrastructure—from libraries to regional research computing—supports a tiny college punching at university scale.

Harvey Mudd will keep placing graduates into labs and companies that define California’s technical future. The longer story is a Claremont college insisting the next engineer should also be able to explain—and question—what that work does to the world.