What You'll Do
Lead the technical evaluation and qualification of thin-film CdTe photovoltaic modules, including performance testing, degradation analysis, and environmental stress validation. Develop and implement accelerated life testing methodologies to predict real-world behavior and inform procurement and design decisions. Manage third-party laboratories and coordinate testing programs, delivering actionable insights to cross-functional teams.
Build and validate high-accuracy energy models using PVsyst, PlantPredict, or equivalent tools, integrating module performance, balance of system components, and MV infrastructure. Support power purchase agreement negotiations with technically rigorous energy estimates, ensuring compliance with off-take requirements and constructability. Conduct performance ratio analysis, long-term degradation modeling, and as-built model maintenance to track plant health over time.
Lead technical assessments of DC collection systems, working closely with OEMs, EPCs, and construction teams to ensure reliability and performance. Diagnose field issues using historian data and apply engineering principles to implement corrective actions. Own system sizing, equipment selection, and electrical modeling efforts, ensuring alignment with project goals and standards.
Drive cross-functional optimization initiatives to reduce levelized cost of energy and storage while maintaining technical integrity. Evaluate tracker systems, wiring strategies, and BOS components based on technical and commercial trade-offs. Support procurement by defining technical specifications, leading vendor diligence, and advising on Tier 1 supplier selection for large-scale transactions.
Manage Independent Engineer engagements throughout project financing, defining scope and validating deliverables. Develop and maintain technical exhibits, performance testing protocols, and EPC contract documentation. Support grid interconnection studies, including grid-forming and grid-following capabilities relevant to major interconnections like ERCOT and CAISO.
Ensure compliance with NEC, IBC, UL, IEC, and other applicable standards across all project phases. Translate complex engineering findings into clear, strategic recommendations for development, operations, and business teams. Support emerging initiatives such as green hydrogen by developing simplified energy models for clean electron applications.
Requirements
- Bachelor’s degree in Engineering required
- Minimum of 6 years of hands-on experience managing PV performance and production estimates across project lifecycle phases
- Proven track record in ASTM E2848 capacity testing and data interpretation
- Deep expertise in thin-film CdTe module technology and material science fundamentals
- Experience managing Independent Engineer deliverables through project financing close
- Direct involvement in procurement of Tier 1 PV modules and trackers for utility-scale projects (100MW+ individual or 200MW+ aggregate)
- Advanced proficiency in PVsyst, PlantPredict, or similar bankability-grade modeling platforms
- Solid understanding of MV systems, inverters, transformers, and battery energy storage technologies
- Familiarity with NEC, IEC, UL, ISO/TSP, and other relevant codes and standards
- Proficiency in scripting or automation (Python, MATLAB, VBA) for engineering analysis
- Strong grasp of photovoltaic system design, optimization levers, cost drivers, and lifecycle trade-offs
- Experience with advanced facility design optimization and performance modeling techniques
- Comprehensive knowledge of utility-scale project development, construction, and operations
Preferred Qualifications
- Master’s degree in Engineering or related field preferred
- PhD in Engineering or Materials Science considered a strong plus
Technical Stack
PVsyst, PlantPredict, Python, MATLAB, VBA
Benefits
- Team Week gatherings held four times annually
- Access to hub locations in SF Bay Area, NYC Metro Area, Denver, Austin, Calgary, and Toronto
- Fully flexible workplace policy—remote, hybrid, or in-office, with requirement to reside within 60 miles of a hub
- Opportunity to build energy infrastructure that powers communities at scale
- Direct influence on technology strategy, cost efficiency, and long-term asset performance
Work Mode
Local-country based role with full flexibility in work location. Candidates must be located within 60 miles of one of the following hubs: SF Bay Area, NYC Metro Area, Denver, CO, Austin, TX, Calgary, AB, or Toronto, ON.
Company Culture
Mission-focused on advancing sustainable energy solutions to protect the planet. The team emphasizes meaningful collaboration, intentional in-person connections, and shared experiences. With rapid growth and a focus on solving major energy challenges, the culture supports innovation through cross-functional teamwork and deep technical engagement.
