During the 2024–2025 academic year, three occupational therapy programs across North America — including Baylor University, the University of St. Augustine, and Bowling Green State University — integrated Neurofit into their fieldwork preparation curriculum.
The goal was straightforward: give students hands-on experience with a digital cognitive rehabilitation platform before they encountered one in a clinical setting.
The Problem Programs Were Solving
Program directors at all three institutions had heard the same feedback from fieldwork supervisors: students were arriving at placement sites without the practical skills to work with digital health tools that were increasingly standard in clinical practice.
The gap wasn’t theoretical knowledge. Students understood cognitive rehabilitation principles, assessment frameworks, and intervention approaches. What they lacked was experience with the operational side of digital platforms — how to configure a client program, how to interpret dashboard data, how to generate reports that meet insurer and funder requirements.
Fieldwork supervisors were spending time on basic platform training that they hadn’t expected to provide. Students were losing learning opportunities because they needed to get up to speed on tools that experienced clinicians used daily.
The Integration Model
Each program took a slightly different approach, but the core model was consistent:
Curriculum integration: Program faculty worked with Neurofit’s education team to develop case-based learning modules. Students worked through clinical scenarios — configuring programs for specific diagnoses, interpreting performance data, making adjustment decisions — using the real platform rather than simulations or slides.
Client exposure: Where program structures allowed, students used Neurofit with real clients during supervised practicum components. They managed client accounts, assigned exercises, monitored data across sessions, and produced clinical-quality reports reviewed by supervising faculty.
Documentation practice: A specific focus across all three programs was report generation — teaching students to produce structured progress summaries that met the documentation standards insurers and funders require. This proved to be among the most valuable skills in subsequent fieldwork placements.
What Students Said
Across all three programs, 100+ students completed post-program surveys. The findings were consistent:
- 93% said Neurofit gave them a demonstrable competitive advantage over peers without similar training
- 100% said their clients visibly benefited from the program during practicum
- Students consistently cited the ability to “show up on day one knowing the tool” as a differentiator in their fieldwork placements and early job interviews
Fieldwork supervisors at receiving sites echoed these findings. Students from programs that had integrated Neurofit required significantly less on-site digital tool orientation — and were more immediately useful in digitally-integrated clinical environments.
What Faculty Observed
“Our students came into their placements knowing how to work with a digital rehab tool. That’s increasingly what clinics are looking for — and what patients need.”
— OTD Program Director, North American University
Program directors noted that integrating Neurofit didn’t require building new curriculum from scratch. The platform became the context for teaching clinical reasoning that was already part of the curriculum. Case-based learning became richer because students were working with real data rather than hypothetical scenarios.
The research component was also valuable. Two of the three programs used de-identified aggregate data — made available through the academic partnership — to support faculty research on digital cognitive rehabilitation outcomes.
What This Means for Programs
The integration demonstrated a straightforward thesis: students who use the tools that clinical environments actually use are better prepared for those environments.
Digital cognitive rehabilitation is not a niche or emerging practice area. It is increasingly standard. Programs that build practical competency with real clinical tools — before fieldwork, not during it — are giving their students a meaningful advantage and reducing the onboarding burden on clinical supervisors.
Academic licensing, curriculum support, and research data access are available through Neurofit’s academic partnership program. Integrations can typically be operational within a single semester.