Higher education professionals are grappling with the future of their institutions in the age of the enrollment cliff and the rise of agentic AI. We tend to hear from the most prevalent voices, disciplines and organizations based on these institutions’ size (small colleges vs. universities), identity (Carnegie classifications), and mission (land grant, private, public universities).
However, I would claim that some of the most promising strategies for higher education’s future might come from a less widely recognized kind of unit: liberal arts colleges, schools and departments at technological universities. A recent gathering of leaders from eight such units from the U.S. and Mexico revealed why these programs are well positioned to succeed in the current climate.
Liberal arts leans in
Liberal arts units at STEM institutions have a long history of partnering with tech disciplines. These units attract faculty with educational backgrounds that include STEM fields and share hybrid appointments.
Such liberal arts units are often adaptive, ready to innovate, conversant with the culture of tech fields and comfortable with aligning their scholarship and research with colleagues in different methodologies. Such alignment often connects them to funding sources unavailable to traditional liberal arts units, which rely on their modest field-specific external funding.
And the involvement in projects at STEM universities (there are more conservative professors in STEM fields) may protect faculty from politically motivated attacks directed against scholarship focusing on sensitive topics.
Insulated from declining interest
While some liberal arts units at tech institutions have suffered from enrollment woes, especially in the humanities, their active engagement with STEM subjects and the reputational value of tech education have often ensured the viability of their programs.
Except for one institution, there have been no reports of significant cuts to liberal arts programs at tech universities over the last five years. The integration of STEM and liberal arts content in interdisciplinary and collaboratively run majors like “computational media” has protected such programs from students’ declining interest in “pure” computer science degrees.
Future-proofing investments
Students and parents seem to have caught on to the advantage of fusing liberal arts with STEM education. Data from the Foundation for Research on Equal Opportunity indicates that students who graduate with a STEM degree from a liberal arts college:
- Have much better financial returns than those graduating in the liberal arts;
- Do even better than the national average for those STEM majors.
A similar advantage seems to exist when comparing the ROI of liberal arts students who graduate from a technological university. Combining fluency in STEM and the liberal arts may hold a key to future-proofing the value of the considerable investments made in college degrees.
The partnership between a strong liberal education with engineering, computing and the sciences is, as MIT’s Agustin Rayo recently underlined, not a “departure” from his institution’s core mission, but “a way of ensuring that our technical leadership continues to matter in the world.”
Four barriers to success
Leaders of liberal arts units embedded within technological institutions realize they enrich their own programs within the innovative and entrepreneurial context of STEM campuses. They also understand that their programs are essential for preparing future technologists to think critically, communicate clearly and understand the social and cultural implications of their work.
This dual task offers an attractive, holistic model for the future of higher education. However, there are systemic challenges for such units:
- Structural misalignment: Promotion, evaluation and hiring systems built for STEM metrics often fail to recognize interdisciplinary or humanistic contributions to technology-centered projects.
- High-volume, mission-critical teaching: Liberal arts units shoulder required arts, civics, communication, ethics and social-context courses for thousands of engineering and computing students, often without proportionate staffing models or shared-instruction frameworks.
- Integration without infrastructure: Tech campuses increasingly demand integrated curricula (ethics-in-AI, human-centered design, technical communication), but most institutions experiment in isolation and without an opportunity for shared models or collective assessment.
- Faculty isolation: Liberal arts faculty at technological institutes often lack a professional home that understands their interdisciplinary roles, service loads and institutional constraints.
To remedy or at least mitigate these issues would demand that they first become legible beyond those who experience them. However, existing discipline-focused organizations tend to treat the successful practices presented by the liberal arts at STEM universities with benevolent neglect.
It’s time for the leaders of liberal arts units at tech universities to build collective advocacy and amplify the unique advantages the fusion of technology and the liberal arts affords to higher education during this fourth industrial revolution.
