About The Role

Our software team is growing rapidly and we are looking for talented engineers to join our small, agile, world-class team. In this role you will work within the Perception Sensors team to drive efforts to develop and maintain an efficient and reliable onboard sensors system for our current and next generation robots. The team is responsible for ensuring that sensors “just work” for the rest of the software stack. The team makes sure the robot is designed with the right sensors for the job, that these sensors are properly calibrated, and that the pipeline that streams sensor data into other modules of our onboard system is optimized for performance and usability. As such the team has a diverse set of tasks, from interfacing with hardware design, to sensor selection and validation, to designing and building sensor calibration systems, and software framework and pipeline design for performant operation. You will contribute to one or more of these tasks.

About The Work (you will contribute to one or more of these)

• Drive efforts to develop and maintain an efficient and reliable onboard sensing system for our current and next generation products, going from raw data generated by a variety of sensor modalities to consumable data for perception algorithms.
• Write performant, well-tested, maintainable, and well documented C++ software.
• Implement automated testing to ensure the robustness of both the sensor hardware and software, ensuring that sensors work and handle errors gracefully no matter what environment the robot encounters.
• Write tools to analyze and visualize sensor performance and calibration accuracy and precision.
• Evaluate a variety of cutting-edge sensors to determine the optimal sensing system for our next-generation robots.
• Work with cross-functional teams to communicate perception system requirements, evaluate trade-offs in sensing technologies, and optimize the sensing system architecture to meet those requirements.
• Develop algorithms for onboard sensor fault and anomaly detection.
• Develop accurate, repeatable and production ready sensor calibration systems.
• Test and deploy code on a state-of-the-art humanoid robot.

About You

• Fluent in C++ (c++17 and up preferred). Extensive experience with statically typed languages and memory management also considered.
• Expert in system design, data structures, multi-threading, memory management, data structures, object-oriented programming, and common design patterns.
• Ability to introspect, analyze, and debug large, complicated software systems.
• Strong system design skills and experience for hardware adjacent software.
• Ability to communicate and document designs and projects.
• Work with and mentor junior engineers.
• Worked on real-time projects that process lots of data with low latency.
• Love working on software that interacts with real world devices.

Bonus Points

• Preferably worked at a robotics company, but any hardware company with lots of sensors is good (AR/VR, drones, cars, etc).
• Experience working with a variety of sensors (monocular cameras, stereo cameras, lidar, ect).
• Vision sensor calibration experience.
• Developed on constrained embedded systems.
• Can tinker with low level hardware (microcontrollers, signal generation, etc).
• Have written Linux drivers or at least built Linux OS from scratch.
• Familiar with networking protocols, display drivers, rendering. 
• Experience with high-speed data protocols
• Experience with GPU architectures and CUDA programing.