Jobs at Amperesand

Supports modeling, analysis, simulation, control strategy development, laboratory testing, debugging, and validation of AC-DC and DC-DC power converters. The intern analyzes stability and transient response, collects experimental data, documents results, and collaborates with hardware, firmware, and systems engineers while following high-voltage laboratory safety practices.

Supports the modeling, analysis, simulation, control development, laboratory testing, debugging, and validation of AC-DC and DC-DC power converters. The intern evaluates stability, transient response, operating limits, and experimental results while collaborating with hardware, firmware, and systems engineers. The role involves hands-on work with high-voltage and high-power systems under supervision and requires on-site attendance five days per week.

Designs and implements digital control algorithms for advanced AC-DC and DC-DC power converters used in solid-state transformers. Responsibilities include modeling, stability analysis, loop compensation, embedded real-time implementation, laboratory debugging, hardware bring-up, validation, fault handling, and cross-functional collaboration with hardware, firmware, and systems teams.

General Interest applicants may be considered for future opportunities across engineering, product development, program management, operations, supply chain, business operations, finance, and people functions. Amperesand seeks initiative, adaptability, clear communication, cross-functional collaboration, attention to detail, problem-solving ability, ownership, and enthusiasm for its mission and power infrastructure technology.

Manage and develop a globally distributed team of Supplier Industrialization Engineers, overseeing strategies and processes for supplier onboarding, development, and quality across manufacturing systems.