The R&D Engineer Scientist at Swift Solar will develop and optimize thin film materials and processes for perovskite tandem solar cells, focusing on improving efficiency, stability, and scalability for high-volume manufacturing, while collaborating across teams to advance innovative solar energy technologies.
Key Responsibilities
Develop and optimize processes, materials, and metrology techniques for thin film layers in solar cells
Identify shortcomings in existing device stacks and develop strategies to improve performance and stability
Perform experiments to develop scalable deposition methods and characterize materials properties
Maintain and operate critical deposition and characterization equipment, ensuring reproducibility
Develop unit process specifications for materials and processes suitable for high-volume manufacturing
Collaborate with suppliers to source, qualify, and design new materials for enhanced performance
Translate research findings into scalable manufacturing processes for gigawatt-level production
Requirements
Have a Ph.D. in chemistry, materials research, physics or related fields, or a Masters degree plus at least two years of directly relevant R D experience
Have 2 years of experience in thin-film deposition and characterization, including techniques such as XRD, XRF, PL, JV, and advanced methods
Be comfortable with ambiguity and excited to independently drive open-ended R D projects that might go beyond immediate area of expertise
Be proactive, hard-working, and motivated to make an impact on climate change
Have expert knowledge of metal halide perovskite materials and their characterization
Benefits & Perks
Salary range of $110,000 to $160,000 per year
100% coverage of monthly premiums for HMO and PPO group healthcare plans
75% coverage of dental and vision insurance premiums
401(k) matching
Clean commuter benefits
Meaningful equity in the company
Opportunities for professional growth through conferences and online courses
Ready to Apply?
Join Swift Solar and make an impact in renewable energy