Make every role's AI potential visible, measurable, and actionable.
No platform integration. No HRIS dependency. No IT involvement.
We ingest your job descriptions and map them against occupational data. No surveys, no interviews, no disruption.
Every role is broken into its constituent tasks and competencies. A Tax Manager isn't one job — it's nine competencies.
Each task scored across all three dimensions. Every score comes with a written justification you can verify.
Role-by-role action plans: which tools, which training, which timeline. You walk into your board with a plan, not a PowerPoint.
The 4-week diagnostic delivers the role-level baseline. From there, optional extensions calibrate it to your specific context.
We help organizations strategically adapt to AI — not lay people off. The Tax Manager who spent 8 hours on research now spends 1 validating and 7 on client strategy. That's a capacity multiplier.
Peer-reviewed methodology. Every score comes with a written justification you can challenge and verify.
"Terzin" — from the Latin root meaning to refine and clarify. Every role gets a specific path: which tools, which training, which timeline.
Four weeks, not six months. No platform integration required. Insight delivered at the pace of AI change, not after it.
Developed by an academic team led by a Professor and Chair in Public Policy and Management, with PhD researchers across disciplines. Our framework draws on peer-reviewed research, not recycled industry claims.
Testified before Congress on federal workforce modernization. Creator of the CAS framework underlying Terzin, with research validated across several hundred federal occupational series. Former Editor-in-Chief of the Journal of Behavioral Public Administration. Contributor to the IBM Center for The Business of Government on generative AI and the federal workforce.
Designed Terzin's technical architecture, including the retrieval-augmented generation pipeline that scores individual competencies across the three CAS dimensions. Specializes in large-scale occupational data systems and applied machine learning for workforce intelligence.
Built all production code for the Terzin platform, including the AI agents, data pipelines, and modeling systems that translate O*NET occupational data into competency-level workforce assessments. Specializes in agentic AI systems, machine learning, NLP, and end-to-end system design for AI applications.