Overview
A leading innovator in advanced consumer electronics was building out their fabrication facilities to support next-generation wafer development. As device complexity increased, particularly with AI-driven performance demands, the client needed to rapidly scale highly specialized technical teams to support both research and production environments.
While the company constructed the physical lab infrastructure, they required a trusted partner to staff the facility from the ground up.
Challenge
As wafer architectures evolved beyond traditional designs, fabrication processes became significantly more complex. Supporting advanced materials, tighter tolerances, and AI-driven chip innovation required:
- Specialized cleanroom talent
- Skilled technicians across multiple fabrication disciplines
- Long-term workforce stability
- Rapid scaling without compromising safety or performance
The client faced significant workforce gaps driven by an aggressive build timeline, requiring rapid scaling without sacrificing quality or safety. They needed highly specialized fabrication talent capable of operating in advanced cleanroom environments, along with long-term resources who could grow alongside the program and provide stability during both R&D and production phases. At the same time, they were managing high volume headcount demands, creating pressure to fill critical roles quickly while maintaining reliable operations.
Scope of Engagement
Triple Crown partnered with the client beginning in November 2023. We were referred to them by a previous client, and they engaged us as an approved vendor to support the initiative. Since that time, we scaled from zero to 70 active resources supporting their fabrication operations.
The roles we supported include:
- Fabrication Technicians
- Failure Analysis Technicians
- Thin Film Technicians
- Lithography Engineers
- Maintenance Technicians
- Lab Technicians supporting R&D and Production
Throughout the engagement, approximately 80 percent of the facility’s workforce consisted of Triple Crown professionals.
Technical Complexity
Modern wafer fabrication is far more complex than traditional semiconductor processes. Today’s wafers require advanced materials, sophisticated lithography, tighter defect tolerances, and performance standards driven by AI innovation. This environment demanded more than simply adding headcount. It required technically vetted professionals who could operate confidently in advanced cleanroom settings. Workforce stability was equally important, and with an average of one to two years on project, our team helped minimize turnover in a highly sensitive production environment.
Triple Crown Approach
We worked closely with the client to understand production milestones, equipment requirements, and ramp timelines, aligning each skill set to the appropriate phase of lab development. This proactive workforce planning ensured the right expertise was in place as the facility scaled.
In addition to sourcing and technical vetting, we provided structured oversight including workforce tracking, reporting, and regular check ins. When needed, we deployed TPMs and subject matter experts to support execution and maintain accountability. Our deep semiconductor knowledge allowed us to accurately assess fabrication skill sets and reduce hiring risk.
Our ability to scale rapidly, leverage a strong referral driven pipeline, and retain long-term resources differentiated us throughout the engagement.
Results & Impact
The client requested 88 headcount additions, and we successfully onboarded 87 resources while fulfilling 100 percent of requested roles, providing backfills when normal attrition occurred. Since November 2023, the engagement has grown from zero to 70 active professionals. The Statement of Work has been extended three times, and the partnership is now entering its third year.
Most importantly, we fully staffed a new fabrication lab, supported both research and production, stabilized the team during a key growth period, and built a scalable foundation to support more complex wafer development.