Sr. Staff System Architect – Energy Generation, Storage & Conversion

We are seeking an experienced and visionary System Architect to define and drive end-to-end architectures for energy generation, storage, and power conversion systems. 

You will be responsible for designing scalable, efficient, and reliable energy system solutions — from grid interface and renewable energy sources (solar, wind) to battery energy storage systems (BESS), power conversion units, and local distribution architectures. 

This role bridges energy market requirements with semiconductor and power electronic capabilities to deliver next-generation energy infrastructure solutions supporting the transition to a sustainable energy ecosystem. 

Key Responsibilities 

System Architecture Design 

• Define complete energy system architectures, including: 

• Grid connection and protection schemes (MV/LV) 

• AC/DC and DC/DC power conversion topologies (PFC, LLC, PSFB, bidirectional converters) 

• Battery energy storage systems (BESS) including battery management systems (BMS) 

• Microgrid control, islanding, and black start capabilities 

• Design distributed energy systems integrating solar PV, wind turbines, fuel cells, and other renewable sources. 

• Ensure grid code compliance, safety, and reliability for energy generation and storage systems. 

Power Conversion & Distribution 

• Architect bidirectional energy flows for charging/discharging storage systems and integrating them into local grids. 

• Optimize system-level efficiency, power density, thermal performance, and lifetime reliability. 

• Support development of solid-state transformer-based systems for high-efficiency energy transfer. 

Strategic & Cross-functional 

• Provide system requirement documents (SRDs), reference designs, and evaluation platforms for energy applications. 

• Collaborate with utility operators, renewable developers, and storage OEMs to co-develop innovative power systems. 

• Track emerging standards, grid codes, and sustainability regulations across key markets. 

• Guide internal product teams, power IC designers, controls engineers, and thermal/mechanical experts to build fully integrated solutions. 

• Contribute to technical roadmaps and strategic positioning in energy generation and storage markets. 

• Engage with universities, startups, and consortia on next-generation power and energy technologies. 

Success Metrics & KPIs 

• Reference Architectures Delivered – # of energy system designs released per year. 

• Design-In Wins Influenced – # and projected revenue of customer projects enabled by proposed architectures. 

• System Efficiency & Density – % improvement in energy conversion efficiency and W/L over previous generation. 

• Grid Compliance Success – % of systems passing regulatory and certification requirements first-time. 

• Time-to-PoC – Avg time from concept to validated PoC (< 6 months). 

• Energy System Reliability – MTBF improvements in field-deployed systems. 

• Customer Feedback – Satisfaction rating from energy and storage system customers. 

• Internal Enablement – # of engineers trained on new energy architectures and training satisfaction score.

Function: Engineering
Experience Level: Mid-Senior Level