UNIVERSITY & RESEARCH FAB SOLUTIONS

University fabs come to ToolTrack for two distinct reasons. The first is government-funded technology development, where programs running high-mix compound semiconductor R&D alongside industry partners need a full operational backbone: WIP tracking, equipment management, document control, and quality management in a single system. The second is engineering education, where students learn manufacturing by doing it: managing real lots through a real MES the same way a process engineer does on day one of a production job. Both use cases share the same core requirement: a production-grade MES that doesn’t come with an enterprise price tag or per-seat licensing.

Some university fabs are operating fabs, running real semiconductor technology development under federal funding and in partnership with regional industry. Programs like NC State University’s CLAWS initiative and silicon carbide development programs at other institutions function like start-up fabs inside a larger university: multiple principal investigators, visiting engineers from partner companies, rotating graduate researchers, and a process portfolio that spans advanced materials and specialized equipment. The compliance requirements that come with federal funding and IP agreements make the operational needs essentially identical to those of a commercial fab.

ToolTrack MES fits this environment directly. Equipment qualification records, controlled process documentation, nonconformance tracking, and WIP genealogy across concurrent partner lots are all built into the same system the team uses day to day. Unlimited user licensing means faculty, grad students, post-docs, and visiting industry engineers are all in the system without a seat-count negotiation or a cost spike when a new partner joins the program. And because ToolTrack is cloud-hosted, industry collaborators get role-appropriate access to their data without on-site IT infrastructure.

The semiconductor industry’s workforce gap is not just a headcount problem. What companies struggle to find are engineers who already understand how a manufacturing operation works: how lots move through a process flow, how SPC excursions get escalated, and how the MES ties it all together. Teaching that on the job takes months and pulls experienced engineers away from production work.

Rochester Institute of Technology addressed this directly by deploying ToolTrack in their student-operated sub-micron CMOS cleanroom: a 12-mask, 116-step process flow running twelve 6-wafer lots through a real factory floor. Students don’t just run the process. They run the operation. They monitor WIP from the manufacturing manager’s dashboard, respond to SPC violations, initiate OCAPs, and track equipment qualification, the same way a process engineer does in production. A graduate who has done that walks in on day one already knowing what an MES is.

CRS provides ToolTrack to university programs at education pricing that reflects this dynamic. Universities that build real manufacturing operations into their curriculum are producing more valuable graduates, and we think that’s worth supporting directly.