WHO ARE WE?

We’re building artificial intelligence capable of complex driving using end-to-end deep learning; one which can scale across diverse urban environments. Wayve is building a full driving software system which is data-driven at every layer, learning to drive. Our unique end-to-end machine learning approach learns to drive in complex, never-seen-before urban environments. We learn to drive with computer vision by both observing human driving, and by using reinforcement learning.

This is one of the world’s hardest and most impactful problems to solve. Which is why we are building a diverse, world class team of people. We are motivated to turn up, not for a job, but for an opportunity to work with clever people on difficult problems which leave a positive impact on the world we live in. 

What we’re looking for

We are looking for hands-on candidates who have experience taking complex electronics from concept through to production. In this role, you will work within a multi-disciplinary engineering team to design high-speed digital, low-noise analog, mixed signal and RF circuits in accordance with industry standards, best practices, and requirements.

How you’ll make an impact

Scaling our autonomy capability requires multidisciplinary engineers with the skills to fuse existing technologies while having the initiative to pioneer the next generation of autonomy products. As our Electrical Engineering Lead, you will play a pivotal role in delivering a hardware platform suitable for our ongoing R&D activities and expanding autonomy product portfolio.

What you’ll take care of

  • Lead electronic circuit board design (including part selection, circuit design and simulation, schematic capture, and PCB layout)
  • Bring up prototype boards, debug and resolve hardware issues and perform circuit validation and verification
  • Cross-functional collaboration with software, mechanical, and integration engineering teams
  • Collaboration with contract manufacturers for prototyping activities and high-volume production
  • Characterise circuit performance under extreme operating conditions 
  • Develop device drivers, investigate circuit failures with embedded C, C++ and Python

About you & what you bring 

  • BS or MS in electrical engineering, computer engineering, physics or equivalent with focus on electronics and computer systems
  • 5+ years of professional work experience
  • Strong electrical engineering, analogue, digital, and power electronics fundamentals
  • Experience in board and system-level testing and characterization
  • Proven track record of delivering electronic circuit designs in both R&D and series production environments
  • Proficient user of schematic design and PCB layout tools

Highly desirable 

  • Familiarity with common industry technologies and protocols including PCIe, Ethernet, GMSL, CoaXPress, USB, I2C, UART, SPI, CAN, LIN.
  • Scripting/software experience (e.g., Python, C++) and familiarity with Linux.
  • FPGA and VHDL/Verilog design experience
  • Experience of working on safety critical systems with fail safe and redundant features; avionics, military, rail or automotive.

 What we offer

  • Competitive compensation with salary and equity
  • A unique position to shape the future of autonomous vehicles

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