PhD in Chemistry, Chemical Engineering, Materials Science, or a related field, with deep specialization in semiconductor process materials and/or fluorochemistry
6+ years of post-PhD experience (or equivalent) in industrial or applied R&D developing, formulating, or qualifying semiconductor process chemicals — including direct, hands-on experience discovering or evaluating PFAS-lean/PFAS-free alternatives for semiconductor manufacturing and adjacent materials (e.g., wet-etch/clean chemistries, lithography materials, heat-transfer fluids, or data-centre/immersion cooling fluids)
Working knowledge of semiconductor unit processes (e.g. lithography, etch, CMP, cleaning, thermal management) and the performance and EHS specifications that govern process-material qualification
Demonstrated ability to lead application-driven engagements with external industrial partners and to translate fluently between experimental results and computational/modeling requirements
Proficiency in Python — sufficient to run and configure computational discovery workflows and interpret their outputs — and comfort collaborating with generative-ML and physics-based simulation teams
Familiarity with generative molecular design, high-throughput virtual screening, or ML property prediction for molecules and materials
Direct, hands-on experience with PFAS phase-out or fluorine-free reformulation in a fab or specialty-chemicals setting
Experience defining qualification protocols or reliability criteria jointly with fabs, OEMs, or chemical suppliers
Track record of publications or patents in semiconductor materials, fluorochemistry, or PFAS alternatives
Experience operating within a CHIPS Act or other federally funded R&D program
WHY JOIN US?
We offer competitive compensation, a comprehensive benefits package, and opportunities for professional growth