Own end-to-end cell efficiency roadmap from ingot growth to production.
Define wafer specs for SHJ compatibility (resistivity, lifetime, thickness).
Design SHJ cell architectures for space: radiation tolerance, TVAC, UV, high power.
Develop fab metrology strategy with inline/offline tools for real-time control.
Lead reliability: HALST, damp heat, TVAC, radiation; 25+ year lifetime.
Build physics models (PC1D/Quokka/Sentaurus) for loss analysis and DoE.

🎯 Requirements

Bachelor’s degree in an engineering discipline.
5+ years in chemical engineering design, analysis, or system implementation.
Master’s degree or Ph.D. in chemistry, chemical engineering, materials science, or STEM (preferred).
Strong vacuum/plasma/sputtering knowledge and thin-film characterization (XRD/SEM/Hall).
7+ years in solar cell physics, device modeling, or PV process integration.
PV metrology tools, reliability testing, and data analysis (Python, R, SQL).

Apply on employer's website

This employer gathers applications via their own applicant tracking system.

You will be redirected to an external application form.

Share job

Meet JobCopilot: Your Personal AI Job Hunter

Automatically Apply to Engineering Jobs. Just set your preferences and Job Copilot will do the rest — finding, filtering, and applying while you focus on what matters.

Activate JobCopilot