Firmware Engineer
Job Description
Born from a founder's relentless pursuit to understand performance at a deeper, measurable level, Rapsodo has evolved into a global sports technology company headquartered in Singapore, with teams across the USA, Turkey, Japan, and Malaysia.
We build tightly integrated systems across hardware, computer vision, physics-based modelling, and cloud software to capture and quantify motion that was previously impossible to measure outside the lab. Our products operate in real-world conditions where accuracy, latency, and reliability matter — powering athletes, coaches, and teams worldwide with data they can trust.
At Rapsodo, engineers own problems end-to-end. From edge devices to intelligent software pipelines, we design, build, and scale production systems that bring pro-grade performance analytics onto fields, courts, and training environments everywhere. The work is hands-on, multidisciplinary, and grounded in real physical outcomes — turning complex motion into precise, actionable insight at global scale.
About The Role
As a Firmware Engineer, you will work closely with our software and hardware engineers to work on product evolution as well as support existing products. This role requires a highly versatile skill set and you will have opportunities to contribute in all relevant domains. Your responsibilities will include development and enhancing of new and existing products.
Requirements
We build tightly integrated systems across hardware, computer vision, physics-based modelling, and cloud software to capture and quantify motion that was previously impossible to measure outside the lab. Our products operate in real-world conditions where accuracy, latency, and reliability matter — powering athletes, coaches, and teams worldwide with data they can trust.
At Rapsodo, engineers own problems end-to-end. From edge devices to intelligent software pipelines, we design, build, and scale production systems that bring pro-grade performance analytics onto fields, courts, and training environments everywhere. The work is hands-on, multidisciplinary, and grounded in real physical outcomes — turning complex motion into precise, actionable insight at global scale.
About The Role
As a Firmware Engineer, you will work closely with our software and hardware engineers to work on product evolution as well as support existing products. This role requires a highly versatile skill set and you will have opportunities to contribute in all relevant domains. Your responsibilities will include development and enhancing of new and existing products.
Requirements
- Bachelor's Degree in Computer Science or MSc/MEng or related field preferred
- Minimum 5 years of relevant working experience
- Experience in developing and optimizing time critical code in C/C++
- Experience with embedded system architecture, complemented by robust integration skills
- Hands on experience in board bringup and developing peripheral drivers, for example: I2C, SPI, GPIOs, camera sensors, Timers and etc. on ARM Cortex A based Microprocessors
- Ability to communicate technical information clearly and succinctly to both technical and non-technical teams
- Well-verse in the following Rockchip platforms: RK3576, RV1126
- Experience in image/video processing pipeline and architecture
- Solid understanding in Linux kernel system, able to perform system level performance tuning for low latency and high deterministic.
- Familiar with U-boot and RTOS
- Experience in bringing up new SoC
More Info
Key Skills
About Company
Skills:
Rtos, C, Embedded System Architecture, Linux Kernel System, Board Bringup, U-boot
Skills:
Rtos, C, Usb, Gdb, Uart, Spi, Can, Gpio, Git, Jtag, Ethernet, I2c, Python, Firmware debugging, Oscilloscopes, Logic analyzers, ARM-based microcontrollers
Skills:
ethernet ip , Rtos, C, Linux, VxWorks, Zephyr, Rt, Plc, embOS, OPC UA
Skills:
Rtos, C, Board bringup, Embedded system architecture, Linux kernel system, U-boot, ARM Cortex A based Microprocessors
Skills:
C, C++, Firmware Development, CoDeSys environment, Hardware and Firmware Integration, Prototype and Design Validation Techniques