Designs and documents complex multilayer PCBs for high-power energy and mobility products. Responsibilities include creating component libraries and CIS database entries, PCB layout and routing, signal and power integrity optimization, EMI/EMC compliance, IPC-qualified design, release documentation, manufacturing support, configuration control, BOM management, and collaboration with electrical, mechanical, sourcing, NPD, and EMS teams.
About the Team
You’ll work with our Product & Engineering team—a passionate group driven to solve complex problems and build products that have never been built before.
Our Flexible Energy Stack brings together the E-Pack (battery pack) and E-Pump (charging station), working seamlessly to enable 15-minute rapid charging and redefine the future of energy and mobility.
Our Philosophy: Break. Believe. Build.
Break stuff. Break assumptions. Break the thumb rule.
Believe in the team. Believe in the process. Believe through failures.
Build fast. Build passionately. Build to simplify.
Key Responsibilities
- Build and maintain component libraries — footprints and schematic symbols — with CIS database management for new and existing parts
- Design and document complex printed circuit boards conforming to IPC and industry standards from schematics, parts lists, and functional requirements supplied by the electrical and mechanical design team.
- Generate all documentation required for release and production of PCB designs and provide subsequent Manufacturing support..
- Establish PCB design standards, procedures, and guidelines, and assist with file maintenance and configuration control.
- Review layouts against fabrication and assembly constraints, and resolve design-related engineering queries with EMS partners.
- Managing bills of materials and component engineering inputs for ordering.
Ideal candidate
- OrCAD/Allegro: Full working knowledge and hands-on experience designing PCBs end-to-end on these tools.
- eCAD library design: Building component libraries — footprints, symbols — with CIS database management
- PCB layout & routing: Multilayer PCBs for high-power applications (>10A) and mid-frequency, impedance-matched communication protocols (up to 2 Mbps — CAN, SPI, I2C, UART)
- Signal integrity & power integrity: Solid understanding of SI/PI principles and how they impact layout, stack-up, and routing decisions.
- EMI/EMC design: Experience designing for electromagnetic interference and compatibility.
- IPC standards: Design experience delivering IPC-qualified PCBs
- Communication & Cross-Functional Collaboration: Strong communication skills are essential to manage dependencies with the Sourcing and New Product Development (NPD) teams.
- Working experience: 3 yrs to 5 yrs in the relevant domain
- Btech/Mtech/ Diploma in Electrical/Electronics Engineering
Good to Have
- Understanding of the PCB assembly process at EMS (Electronics Manufacturing Services) partners.
- Curious about applying AI-assisted tools to PCB routing and design automation.
What Matters
- Quality of work
- Approach to problem-solving
- Dissatisfaction with mediocre work
- Resilient attitude to bounce back after failure
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