Software Integration Engineer (Self-Driving)

• The Autonomy Integration team bridges Applied Intuition’s autonomy software with real vehicles, owning compute, networking, sensors, actuation, embedded execution, and platform automation across passenger and industrial vehicles
• The team works across 0-to-1 bring-up and 1-to-many scalable deployment, with hands-on vehicle and test-track work and ~10% travel
• Platform integration, end to end - Lead the integration of autonomy software onto new vehicle platforms, from system architecture and interface definition through first engaged drive and handoff
• System architecture - Design the on-vehicle compute topology, network segmentation, power and data paths, and the interfaces between autonomy compute, safety controllers, and vehicle ECUs
• Actuation and sensing - Build and validate the drive-by-wire interface, whether from an OEM network specification or by integrating a third-party system, and bring up the sensor suite (lidar, radar, camera) including drivers, time sync, and calibration
• Compute and real-time execution - Own the Linux software baseline and configuration management that make a vehicle reproducible, and port control software to real-time embedded targets where the platform requires it
• Validation and scale - Build bench setups, on-vehicle test procedures, and automation that catch regressions early and let the team grow the fleet without growing the headcount to match
• Technical leadership - Debug across the full software-to-actuator boundary, set direction on which interfaces and tools become standard, mentor engineers, and own the documentation and specs that other teams integrate against

Benefits

• Health Insurance: Applied covers 100% of the cost and offers medical, dental, vision, and life insurance
• Fitness Stipend: Our wellness program supports your health and fitness goals. We pay for your trainers, gym memberships, massages, and more!
• 401(k) Match: 50% employer matching to help you save money for retirement
• Learning Stipend: We invest in your learning and growth by reimbursing you for educational and training expenses
• Parental leave: 12-week, fully paid parental leave to bond with a newborn child or new adopted or foster child
• Catered lunch, expensed dinner, on-site meals and snacks- Track record of driving integration problems to closure across team boundaries
• Working knowledge of Linux systems and networking: building or maintaining machine images, configuring network interfaces, and automating setup with configuration management tools
• A willingness to participate in on-vehicle and test-track testing
• BS or MS in Computer Science, Computer Engineering, Electrical Engineering, Robotics, Mechatronics, or a related field
• Comfort working on vehicles and test benches
• 5+ years of experience integrating software and hardware onto vehicles, robots, or other physical systems with real actuators and sensors
• Hands-on experience with automotive networks (CAN, CAN-FD, automotive Ethernet) and the tooling around them
• Strong C or C++, plus working Python, with experience writing and debugging code that runs on Linux and talks to hardware
• Demonstrated ownership of at least one full platform integration from architecture and interface definition through on-vehicle validation and handoff
• Don’t meet every single requirement? If you’re excited about this role but your past experience doesn’t align perfectly with every qualification in the job description, we encourage you to apply anyway. You may be just the right candidate for this or other roles
• Drive-by-wire and control: building DBW interfaces from OEM network specs, integrating third-party DBW systems, motion control, vehicle dynamics
• System architecture and networking: compute and network topology design for vehicles, VLAN and switch configuration, PTP/gPTP and time-sync debugging, DDS or similar middleware
• Sensors: lidar, radar, and camera bring-up, SerDes camera pipelines, calibration, GNSS/INS and IMU integration
• Embedded and real-time: RTOS on automotive-grade MCUs, timing analysis, safety-oriented embedded C or C++
• Platform and automation: Yocto, Ubuntu image customization, Ansible or equivalent at fleet scale, CI for on-vehicle software
• Domain: functional safety practice (ISO 26262 or similar) or working within a safety case; heavy or off-highway vehicles