At Veo, we're pushing the envelope on the design of safety-rated sensors for use with industrial robotic systems. We are looking for an innovative and self-driven Principal Electrical Engineer specializing in FPGA design related to sensor data processing and sensor calibration to help create and refine our novel safety-critical 3D time-of-flight sensing system. In close collaboration with the rest of our hardware team, you'll develop state-of-the art FPGA depth image processing and python-based calibration routines with a rigorous approach to noise analysis and reliability.

You will:

Design, set up, and run experiments to quantify 3D sensor performance and drive hardware design
Architect and implement algorithms for high reliability sensing
Design and implement real time FPGA based logic
Design and maintain verification environments
Run and analyze full chip level tests

You are:

An electrical engineer with 7+ years of professional experience with ASIC / FPGA design
Experienced in all aspects of logic design - architecture, design, simulation, P&R, timing closure
Methodical in your approach to experimentation and analysis
Highly collaborative, and excited to work with a multidisciplinary team
A first-principles thinker who loves to tackle challenging technical problems

Bonus points:

Experience with 3D sensors, computer vision, machine vision, or industrial automation
Experience in regulated environments such as medical devices/ISO 13485 or functional safety/IEC 61508/ISO 13849, DO-178C/DO-254 or IEC 26262
Experience with Quartus tools for FPGA development
Experience with Questa verification tools