Hardware Systems Architect – High-Speed I/O
NVIDIA
Staff Electrical Design Engineer
ALSO.
full-time
Posted on:
Origin: • 🇺🇸 United States • California
Visit company websiteSalary
💰 $220,000 - $255,000 per year
Job Level
Lead
About the role
- Join a cross functional team with the mission of developing a new light electric vehicle product line.
- Be the technically responsible individual for developing the electrical hardware, define hardware and software enabled customer experience features and requirements.
- Methodically work on transferring product level requirements to subsystem requirements, system block diagrams, and software functions.
- Circuit modeling and simulation, worst case circuit analysis.
- Electrical design including component selection, schematic capture, layout, work closely with PCBA fab houses and contract manufacturers on bringing the hardware to mass production.
- Develop test and validation plans ensuring the hardware meets safety, reliability, and performance requirements.
- Collaborate with controls and software peers to define and maintain high level software functional descriptions and state diagrams.
- Work cross functionally with systems engineering, mechanical engineering, software, and controls teams.
Requirements
- 6+ year track record of electrical engineering accomplishments, curiosity, continual learning and “systems level” thinking.
- Excellent collaboration, communication and influencing skills.
- Experience working in small to medium size organizations that provide exposure to a broad set of challenges across both EE hardware and software domains.
- Extensive knowledge of HW/FW features in electrical systems.
- Proven track record of delivering high-quality, high performance EE HW (in low or high voltage systems to mass production).
- Broad knowledge of common analog and digital circuits, MCU’s, sensors, signal conditioning, control theory, and embedded software.
- Experience with common embedded systems protocols and their HW implementation (e.g. SPI, CAN, I2C, SENT).
- Hands-on experience using lab equipment and being comfortable working with Li-Ion batteries.
- Basic experience of design for reliability principles and corresponding reliability testing.
- Knowledge of EMI, EMC, electrical safety and regulatory requirements for products in this class.
- Accomplishments in taking new products through mass production launches.
- Formal Electrical Engineering education, B.S. minimum, higher education preferred.
