October 30, 2026
A national survey of 1,000 students and alumni finds strong interest in built environment careers but weak bridges from college to work.
College students today signal strong interest in careers that shape the built environments we live and work in, but the challenge of navigating from college to career remains unsolved for too many. In a national survey conducted by College Pulse in partnership with JFF of 1,000 college students and recent alumni in built environment-related programs, 73% said they were interested in a job in architecture, design, engineering, construction, or urban planning. Yet among alumni interested in these fields, half were working outside the sector. Among those not working in built environment-related fields, one quarter were still searching for a role, while 23% had stopped looking altogether after failing to secure one.
These findings point to a critical gap between career interest and career entry: students may attain the education they need, but there is a weak bridge into employment.
Some students reported receiving support with setting career goals, but more than half (55%) said they had not participated in, or were unsure whether they had participated in, career preparation services such as career fairs, interview preparation, or internships. Only 26% reported receiving access to individual career coaching from staff or faculty, and just 24% reported mentoring from a professional in their field. The result is a transition process that is fragmented and difficult to navigate. Even among alumni working in the built environment, only 36% said their education had left them feeling “very well prepared” for their current work. One recent alumnus interviewed by JFF summarized the desire for stronger preparation for work: “I wish classes focused more on practical skills and real situations we will actually face after graduation instead of just theory.”
Career preparation should be integrated throughout a student’s program, rather than concentrated in a final semester or left to students to discover on their own. That means better connecting coursework to employer expectations, making career pathways visible, and giving students repeated opportunities to practice the technical and professional skills they will use to navigate the realities of work.
Applied experience is especially important in a labor market where employers increasingly value practical skills and prior exposure. Yet only 17% of survey respondents said internships or co-ops were required in their programs. About half reported that internships, apprenticeships, co-ops, or other work-based learning were available at all. Only 12% reported employer-integrated projects as part of their program, limiting opportunities for learners to develop work-ready skills.
For many students, access to work-based learning is also a question of affordability. One-third reported financial strain related to required equipment and materials. Students described passing up internships and other experiential learning opportunities in favor of paid work needed to cover tuition and living expenses.
When gaining experience requires students to forgo income, those with the fewest financial resources face the greatest disadvantages. Paid internships, stipends for equipment and transportation, and employer-connected projects embedded in coursework can help ensure that work-based learning expands opportunity rather than reinforces inequality.
Credentials and technical skills matter, but they do not tell the whole story of how people enter the built environment workforce. Recent alumni described cold job applications producing little traction, while employers increasingly use software assessments and other screening processes that can reward prior access to industry-specific preparation.
Professional networks can help students understand how hiring works, identify opportunities, prepare for interviews, and secure referrals. Colleges, employers, and workforce organizations can make these networks more accessible by building them into programs. Cohort-based mentoring, employer-connected projects, job site visits, alumni networks, job shadows, and structured introductions can give students the relationships and insider knowledge that are often assumed rather than taught.
The path from college to a built environment career should not depend on who a student knows.
The path from college to a built environment career should not depend on who a student knows, whether they can afford to take an unpaid internship, or whether they happen to find the right opportunity at the right time. Students need a clearer, more equitable bridge from education into work, and building that bridge will require action across the entire ecosystem.
No single institution can solve this transition challenge alone. Colleges can embed more applied learning and sustained career preparation throughout the duration of programs. Intentionally fostering the social capital and networking skill development of all students can reduce disparities in making transitions to work. Employers can offer paid entry points like internships and engage students before graduation through mock interviews, career presentations, and mentoring to help make pathways clearer and hiring expectations more transparent. Workforce organizations can facilitate meaningful connections between colleges and employers, and funders can fill gaps to support scholarships, wraparound services, and other student needs. Working together, these contributions can ensure our workforce system more effectively supports learners in starting and building fruitful careers in the built environment.
Interested in a deeper dive on JFF’s research on the built environment workforce?
About JFF’s College Pulse Survey
JFF partnered with College Pulse to survey 1,000 current college students and recent alumni from two- and four-year institutions about career exposure, college experiences, transitions to employment, and early-career satisfaction. The survey was fielded between November 3 and December 28, 2025. The JFF team also conducted follow-up interviews with seven alumni.
Respondents represented 154 institutions across 30 states: 132 public institutions—including 16 two-year colleges and 116 four-year universities—and 22 private institutions, with oversampling of minority- and Hispanic/Latine-serving institutions.
Participants’ fields of interest included engineering (35%), design (33%), urban planning (17%), architecture (10%), and construction (6%); the sample included 746 undergraduates, 80 graduate students, and 174 alumni.
