Jobs at Rapsodo Sports (Rapsodo, Inc.)

Conduct multibody dynamics, dynamic balancing, structural and modal FEA, and simulation validation for a high-speed sports robot. Build fixtures, instrumentation, and data acquisition systems; run performance, durability, repeatability, and tolerance tests; analyze sensor data; support test automation and reporting; and collaborate with mechanical, hardware, firmware, and software engineers on design reviews and failure investigations.

Designs production-ready mechanical products for manufacturability, assembly, performance, reliability, and compliance. Translates customer needs into engineering specifications, conducts design studies, validates products through empirical testing and analytical models, manages technical risks, and collaborates with global cross-functional teams throughout the product lifecycle.

Develop and optimize time-critical C/C++ firmware for ARM Cortex-A systems, build peripheral drivers (I2C, SPI, GPIO, ADC, timers), work with U-Boot and RTOS, support product evolution and SoC bring-up, and collaborate with hardware and software teams to ensure low-latency, reliable embedded systems.

Develop and integrate device software across Linux BSP, drivers, middleware, and C++ applications. Debug and optimize multi-threaded, low-latency systems. Work cross-functionally with hardware, firmware, and algorithm teams to deliver reliable, production-ready embedded features with strong focus on accuracy and real-world performance.

Translate product direction into actionable requirements, maintain backlog, and coordinate cross-functional engineering and QA teams for hardware-software products. Anticipate integration dependencies, track progress and risks, define validation criteria, support field testing, and document release readiness to ensure timely, high-quality launches.

Join the hardware/firmware R&D team to prototype, test, and iterate sports products. Tasks include PCB design in Mentor PADS, board-level repair and troubleshooting with multimeter and oscilloscope, evaluating component EOL, soldering, and supporting product development from concept to production.

Lead full hardware development lifecycle from concept to production: schematic capture, PCB layout, component selection, validation, and system-level debugging. Optimize measurement accuracy, signal integrity, and reliability; collaborate with firmware, mechanical, manufacturing, and algorithm teams; ensure regulatory compliance and production readiness.