The BPS Is The Better Degree

I spent years teaching and researching how engineering students learn to write. What I found is that students get dramatically better at professional communication when they're placed in "high context" instructional engagement. These engagements include real design problems, real audiences with real information needs, and real consequences if the documentation or artifact is unclear or wrong. Context is the mechanism that makes learning stick.

I was thinking through my research again after reading this Fast Company piece about AI simulations replacing the traditional (and archaic) business school case study. The author's claims track mine pretty closely through a different disciplinary lens. Case studies are edited, static, and already resolved by the time students read them. Simulations that create contextual environments, especially the AI driven kind, are open ended. Students are permitted to make decisions, experience the consequences of those decisions, and adjust accordingly in a safe and low-risk learning environment. This is high context instruction by another name, but it still puts the student inside a live problem instead of having them read and respond to a polished narrative of a real or imagined business problem.

This leads to one of the limitations of traditional BA or BS degrees, which are built around specific academic disciplines. The curricula in these degrees are organized by theory, or canon, or by a department of research-oriented faculty. That's not invaluable to students, but it's not situating them inside live, cross-functional problems the way a simulation does. A Bachelor of Professional Studies (BPS) degree starts from a different premise entirely. In a BPS program, high context instruction often looks like a semester-long capstone where students work as a cross-functional team on a live problem brought in by an employer or community partner. Instead of a written case study to analyze after the fact, students interview real stakeholders, draft real documents and design real solutions, present to real clients, and revise based on real feedback. The "artifacts" they produce are assessed on how they hold up against an audience with genuine needs. The grade comes from whether the deliverables actually function.

If simulations can replace or supplement the case study, and if embedded, situated instruction produces stronger outcomes than lecture based courses, the degree format that can absorb that shift most naturally is the one already built around applied, cross disciplinary, problem centered learning. A BPS curriculum organizes around practice and problems, not a discipline, so it has no natural department to claim it in a traditional college. Traditional colleges carry decades of pressure to look theoretically rigorous, pushing them away from applied work. Their infrastructure, admissions calendars, credit logic, student population, assume a different kind of student than BPS programs serve. Schools and colleges of professional studies have the structures, staffing, and operations built around applied practice. Universities that want to lead in this shift cannot deconstruct their schools and colleges of professional and continuing education. They need to invest in it, staff it, and scale it as a first class college, because it is already built for the kind of learning higher education is now being asked to deliver.