Teams at SPAN

Own the design and implementation of real-time power control algorithms and functional safety architecture for safety-critical embedded systems. Develop firmware on microcontrollers in RTOS environments, including load shedding, relay sequencing, fault response, diagnostics, and safety mechanisms. Lead hazard analysis, FTA, SW-FMEA, certification documentation, fault injection, and hardware-in-the-loop testing for UL certifications. Influence engineering standards, collaborate cross-functionally, drive features through implementation and certification, and mentor engineers.

Develop and execute hardware validation, reliability, compliance, and stress-test programs for electrical products. Build automated Python and Linux-based test setups, perform hands-on lab testing and debugging, analyze results statistically, support regulatory testing, and lead root-cause investigations. Collaborate with electrical, mechanical, systems, and design teams to translate requirements into test specifications and improve product reliability.

Develop and verify functional-safety firmware for SPAN’s grid-connected smart panels. Responsibilities include safety architecture and TrustZone partitioning, certified RTOS and toolchain migration, MCU diagnostics, watchdogs, safe CAN communication, fault-state handling, unit and HITL testing, fault injection, static analysis, FMEA, requirements traceability, and certification documentation. The role may be performed at junior, senior, or staff level, with senior roles owning the safety case and certification strategy.