Overview
As part of our global development team, you will drive the development of the next generation of E-Bike embedded hardware/software systems. Building on SRAM’s electronics innovation in cycling over more than 15 years, you will take e-bike systems from concept and prototyping through to mass production. This role will allow a passionate engineer to have meaningful impact on SRAM’s new product development through creative design, cross-functional collaboration, hands-on bench experimentation & validation, and challenging problem solving.
Responsibilities
1. Architect, build, and release hardware schematics and PCB layout.
2. Validate hardware designs on the bench using Oscilloscopes, Logic Analyzers, Current Meters. Perform basic rework of SMD components and PCBAs to create working prototypes and rapidly experiment.
3. Work alongside test engineers to develop design verification and production test systems.
4. Understand and work to elaborate key requirements (environmental, performance, safety, regulatory, EMC).
5. Optimize hardware design based on simulation and test results. Provide supporting design documentation, including design specifications, design options, tradeoffs and choice rationale, experimental results, and tuning procedures
6. Modify and improve firmware from our actual codebase.
7. Push the digital signal analysis to the next level.
8. Write firmware for a Real-Time Operating System.
9. Contribute to the creation, use and adherence to evolving standards for the design rigor and verification.
10. Ensure a constant collaboration between stakeholders to facilitate integration of features and services.
11. Responsible for the estimation and tracking of progress for tasks through all stages of working packages to meet desired performance, cost, and time-to-market.
Qualifications
12. Minimum B.Sc. degree in Electrical Engineering or similar.
13. 5+ years professional embedded HW and FW development (component selection, schematic design, layout and the correspond ending FW releases) for serial production.
14. Very good C-Programming skills.
15. Experience in Real-Time Operation Systems.
16. Excerpience in Wireless designs, like Bluetooth.
17. Experience with i²C, SPI, UART design and debugging of hardware and firmware.
18. Excellent verbal and written English communication skills as well as strong interpersonal and team skills required.
19. Maker Mindset. Demonstrated curiosity, willingness to experiment in areas new to you, and humility in learning new things. We’d love to hear about your projects!