Mount Holyoke College — the oldest institution of higher education for women still in operation in the United States, founded in 1837 — has a STEM tradition that is older than most universities' engineering programs and more successful than the name "liberal arts college" might suggest. Lydia Maria Child was an alumna. Frances Perkins — Franklin Roosevelt's Secretary of Labor and the first woman to serve in a US presidential cabinet — graduated in 1902 with a chemistry degree. The college's STEM departments have produced graduate school entrants at rates that exceed most comparably-sized liberal arts colleges, and the combination of women-only environment, strong laboratory infrastructure, and the Five College Consortium's cross-registration options with UMass Amherst makes Mount Holyoke a genuinely competitive option for women in STEM who are choosing between a women's college and a large co-educational research university.
STEM Departments and Programs
Mount Holyoke offers undergraduate majors in: Biology; Biochemistry; Chemistry; Computer Science; Environmental Studies; Mathematics and Statistics; Neuroscience; and Physics. Pre-engineering programs in partnership with Dartmouth College (3-2 dual degree: three years at Mount Holyoke, two years at Dartmouth's School of Engineering) allow students to receive both a BA from Mount Holyoke and a BE from Dartmouth — a combination that provides the liberal arts breadth of Mount Holyoke with the engineering depth of a Dartmouth engineering degree.
Computer science at Mount Holyoke is a full major with courses in algorithms, systems, data structures, machine learning, and software engineering. The department is smaller than at large universities — which means smaller classes, closer faculty relationships, and more individual research opportunities, but also fewer elective options than a large CS department. The Five College Consortium significantly expands the available CS coursework through cross-registration at UMass Amherst.
Biology and chemistry are particularly strong departments with strong research programs. Mount Holyoke's biology department has produced an extraordinary concentration of women who went on to doctoral programs in biology, biomedical science, and medicine — partly because the undergraduate research opportunities, in the absence of the competition from male peers that characterizes co-educational programs, are more readily accessible to undergraduates at earlier stages of their education.
The STEM Gateway Initiative
Mount Holyoke's STEM Gateway Initiative is a structured first-year and sophomore program designed to retain women in STEM through the critical first two years when most STEM attrition occurs. The initiative includes: academic support (tutoring, peer study groups, academic skills workshops specific to STEM courses); mentorship connections with upperclasswomen and alumnae in STEM fields; research introduction experiences in the first year; and social community programming that builds belonging in the STEM departments before the challenge of the first rigorous STEM course sequence causes students to question whether they belong.
The documented basis for this kind of early intervention is strong: research on women's attrition from STEM consistently shows that the first two years of college are the highest-risk period, and that social belonging and early research experience are the two factors most predictive of retention. The STEM Gateway Initiative addresses both directly.
Research Opportunities for Undergraduates
Mount Holyoke's SURF (Summer Undergraduate Research Fellowship) program provides competitive summer research stipends for students working with Mount Holyoke faculty on original research projects. The program is open to all STEM majors; awards typically include stipend plus housing. Mount Holyoke also has formal research partnerships with the Jackson Laboratory (Bar Harbor, Maine), Dartmouth Medical School, and the Marine Biological Laboratory at Woods Hole — providing research placements at external institutions that expand beyond what the campus facilities can offer.
NSF REU programs are accessible to Mount Holyoke students at external sites — and Mount Holyoke students apply successfully to competitive REU programs in biology, chemistry, and CS at research universities across the country. Faculty research advisors at Mount Holyoke actively help students identify and apply for these programs, which is a function of the advising relationship in small liberal arts departments that large university CS departments cannot always provide.
Financial Aid and Affordability
Mount Holyoke meets 100% of demonstrated financial need for all admitted domestic students, with no loans in the financial aid package. As with most selective private liberal arts colleges, the sticker price (approximately $80,000+ per year total cost of attendance) significantly overstates what most students actually pay. The average grant for students receiving aid is typically in the $40,000–$55,000 range per year, making the effective cost substantially lower than the sticker price suggests.
Mount Holyoke participates in the QuestBridge National College Match program, which provides full scholarships (covering full tuition, room, board, and fees) for low-income, high-achieving students who are Matched to Mount Holyoke. For students from families with incomes below approximately $60,000, the QuestBridge Match is effectively free college with no debt.
STEM-specific scholarships at Mount Holyoke include the Harriet B. Creighton Award (for biology students with exceptional academic records), the Winifred Cullis Chemistry Scholarship, and various departmentally-funded prizes that provide additional financial recognition to high-achieving STEM students.
The Five College Consortium Advantage
Mount Holyoke's participation in the Five College Consortium (with Smith, Amherst, Hampshire, and UMass Amherst) is the most distinctive structural advantage of studying STEM at a small women's college. Cross-registration allows Mount Holyoke students to take courses at any of the five institutions on a space-available basis, at no additional charge, using the consortium's shared bus system.
For STEM students, UMass Amherst's College of Natural Sciences, College of Engineering, and the Manning College of Information and Computer Sciences are the most significant consortium resources. UMass Amherst offers courses in fields where Mount Holyoke's smaller departments cannot offer the same depth of electives — advanced machine learning, specialized chemistry courses, biomedical engineering, and graduate-level courses open to undergraduates with permission.
The Five College Consortium also operates shared graduate programs in some fields — meaning that Mount Holyoke STEM students who are considering graduate school have access to graduate courses, graduate seminars, and research groups at the University of Massachusetts that help them evaluate and prepare for doctoral programs.
Graduate and Career Outcomes
Mount Holyoke STEM graduates go to graduate school at rates substantially above the national average for liberal arts college graduates. The biology and chemistry programs in particular have strong PhD placement rates — the combination of early undergraduate research experience, close faculty mentorship, and the women-only environment's documented effect on women's scientific identity formation produces graduates who are well-prepared for and confident in pursuing doctoral research.
Industry outcomes reflect the college's alumni network: Mount Holyoke alumnae in STEM occupations include notable figures in pharmaceutical research, biotech, software engineering, and academic science. The alumnae network has historically been particularly active in supporting the career transitions of recent graduates — a function of the intense social bonds that small women's college environments tend to produce, and of the Mount Holyoke Alumnae Association's deliberate investment in career programming.
The World Economic Forum's gender gap analysis provides context for why institutions like Mount Holyoke — designed around women's success in their foundational years — continue to produce disproportionate STEM outcomes relative to their size.
Frequently Asked Questions
What STEM majors does Mount Holyoke offer?
Biology, Biochemistry, Chemistry, Computer Science, Environmental Studies, Mathematics and Statistics, Neuroscience, and Physics. Pre-engineering through the Dartmouth 3-2 dual degree program. The Five College Consortium expands available courses significantly through cross-registration at UMass Amherst.
Does Mount Holyoke offer engineering degrees?
Not independently — but the Dartmouth 3-2 dual degree program allows students to earn a BA from Mount Holyoke and a BE from Dartmouth's Thayer School of Engineering in five years. Smith College, a consortium partner, is the only women's college in the US with an accredited engineering program.
How does financial aid work at Mount Holyoke for STEM students?
Mount Holyoke meets 100% of demonstrated financial need with no loans. QuestBridge Match provides full scholarships for low-income, high-achieving students. Department-specific awards for STEM students (chemistry, biology) provide additional recognition. The effective cost for aid recipients is substantially below the sticker price.
What is the STEM Gateway Initiative at Mount Holyoke?
A structured first-year and sophomore support program providing academic tutoring, peer mentorship with upperclasswomen, early research introduction experiences, and community programming specifically designed to retain women through the high-attrition early college STEM years.
Can Mount Holyoke students take courses at UMass Amherst?
Yes — through the Five College Consortium, Mount Holyoke students may cross-register for courses at UMass Amherst (and at Smith, Amherst, and Hampshire colleges) on a space-available basis at no additional cost. A consortium bus runs between all five campuses.
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