Leads architecture, implementation, integration, and operationalisation of high-performance real-time and faster-than-real-time simulation systems for uncrewed aircraft autonomy. Requires senior software engineering and systems integration experience, C++, Python, containerisation, Linux, and technical team leadership.

Design, implement, simulate, and integrate autonomous behaviors for uncrewed aircraft using C++, robotics, perception, sensor fusion, and planning. The role requires substantial professional experience and a relevant tertiary qualification, with opportunities to lead and mentor junior engineers.

Designs and validates automotive electrical systems through wire harness development, HiL bench integration, firmware bringup, and automated testing. Requires a 2026 engineering or computer science graduate with hands-on lab experience and familiarity with embedded programming and vehicle communication protocols.

Leads development and deployment of autonomy, robotics, and embedded software for safety-critical pilot assistance systems. The role requires 5+ years of production robotic or embedded software experience, strong C++ or Python skills, and hands-on hardware and edge-compute integration.

Develop and deploy autonomy, robotics, and embedded software for safety-critical pilot assistance systems. The role requires at least two years of relevant experience, production C++ or Python, and familiarity with real-time, sensor, and edge-compute systems.

Design and implement real-time control infrastructure for intelligent, reliable robots, spanning actuators, hardware interfaces, state estimation, and whole-robot behavior. The role requires strong robotics and control fundamentals, hands-on hardware experience, and production-quality C++ or Rust development.

Senior autonomy engineer designing, testing, and integrating autonomous capabilities for uncrewed aircraft. The role requires strong modern C++ experience, substantial robotics or aerospace systems experience, and leadership of junior engineers.

Leads the architecture and delivery of high-performance, distributed simulation systems for uncrewed aircraft mission autonomy. The role requires extensive software and systems integration experience, modern C++, Python, containerisation, Linux, and technical leadership.

Hands-on autonomy engineer designing, developing, simulating, and integrating autonomous capabilities for uncrewed aircraft. Requires strong modern C++, substantial robotics or aerospace systems experience, and a tertiary qualification in a relevant technical field.

Staff Autonomy Engineer designing, integrating, and validating autonomous behaviors for uncrewed aircraft. The role requires strong modern C++ experience, professional robotics or aerospace systems experience, and expertise in areas such as perception, sensor fusion, planning, or controls.

Leads software development for semiconductor manufacturing, test, and calibration equipment, including firmware, production tooling, and test-station applications. Requires 5+ years of physical-product manufacturing or test software experience, strong C and Python skills, and electronics and instrumentation knowledge.

Own end-to-end software integration for semiconductor manufacturing equipment, spanning firmware, control software, electronics, actuators, testing, and production handoff. Requires 3+ years developing software for physical systems, proficiency in C, Rust, and Python, and strong hardware debugging skills.

Leads firmware engineers and owns the architecture and implementation of real-time control software for semiconductor deposition and etch equipment. Requires 7+ years of shipped microcontroller firmware experience, leadership experience, and strong embedded controls and electronics expertise.

Develops operating-system platforms, drivers, and infrastructure for autonomous-vehicle devices and hardware-accelerated workloads. Requires 8+ years delivering production systems, strong Linux internals and C/C++ experience, and familiarity with embedded Linux or robotics is advantageous.

Develops operating-system platforms, device drivers, and infrastructure for autonomous-vehicle robotics systems. The role requires 4+ years of production software experience, strong Linux internals expertise, and proficiency in C/C++ plus scripting languages.

Researches and expands vehicle telematics coverage by analyzing automotive network traffic, OEM documentation, and field logs. The role requires hands-on vehicle interfacing, reverse engineering, programming, physical debugging tools, and automotive communication standards expertise.

Designs and integrates C++ autonomy software with UAV hardware, autopilots, sensors, and communication systems, supporting SIL/HIL validation and live flight testing. Requires 3+ years of robotics integration experience, U.S. citizenship, and security-clearance eligibility.

Automation software engineering intern developing real-time Linux and Rust applications and robotic control algorithms for semiconductor fabrication equipment. Requires active pursuit of a bachelor's degree or higher, programming proficiency, robotics software experience, and a project portfolio.

Embedded software interns develop real-time Linux applications, Rust firmware, and backend systems for semiconductor fabrication equipment. The role requires embedded systems and microcontroller programming experience, proficiency in Python/C/C++, and pursuit of a relevant bachelor's degree or higher.

Develop embedded firmware and software architectures for UAV avionics, integrating RTOS platforms, sensors, autonomy systems, and hardware-in-the-loop testing. The role requires staff-level embedded development expertise in C/C++, bare-metal systems, Linux or RTOS bring-up, and a STEM degree.

Build and debug software infrastructure for bringing up, validating, and qualifying distributed AI hardware systems. The role requires strong Python or C++ skills, Linux and operating systems knowledge, and the ability to diagnose complex hardware-software integration issues.

Leads the technical direction, integration, validation, and fielding of autonomy software across multiple unmanned-platform programs. The role requires 10+ years of related experience, strong C++ and Linux embedded-systems expertise, field-test experience, and the ability to lead cross-program initiatives.

Integrates autonomy and robotic software with UAV hardware, sensors, autopilots, and communication systems across SIL, HIL, and live flight-test environments. Requires a relevant bachelor’s or master’s degree, 3+ years of robotics integration experience, C++, Linux, and U.S. citizenship with clearance eligibility.

Leads systems engineering for autonomous battery-electric rail vehicles, defining architectures and requirements while driving integration, verification, and validation across hardware, firmware, and command-and-control software. Requires a relevant engineering or computer science degree and at least five years working with complex hardware systems.

Develop safety-critical embedded software that translates autonomous trajectories into vehicle actuator commands and integrates drive-control subsystems. The role requires 1–3 years of real-time embedded experience, strong C/C++ and Python skills, and familiarity with automotive protocols and embedded operating systems.

Leads hardware, embedded software, networking, and flight-test integration for autonomous aerial systems. Requires 5+ years in robotics, embedded systems, flight testing, or autonomous vehicles, with strong Linux, networking, scripting, electronics, and troubleshooting skills.

Develops, deploys, and maintains software for autonomous vehicles, integrating sensors, autopilots, and perception modules with hands-on field testing. Requires 5+ years experience or MS/PhD, C++/Python/Linux proficiency, and robotics knowledge.

Leads requirements, architecture, integration, performance characterization, and validation for autonomous-vehicle platform systems. Requires systems engineering experience, expertise in robotics and HIL or on-road testing, plus C++, Python, and MATLAB proficiency.

Develop and test embedded Linux software, hardware interfaces, and system integrations for next-generation ground stations. The internship requires pursuing a technical degree and programming experience in languages such as C, C++, Rust, or Python.

Build real-time Linux and Rust applications and robotic control algorithms for semiconductor fabrication equipment. The internship requires a relevant bachelor’s degree in progress, Python/C/C++ proficiency, robotics software experience, and a hands-on project portfolio.

Design and develop reliable sensor and compute platform software for autonomous vehicles, spanning device drivers through application-level systems. The role requires 6+ years of experience, strong C++ and concurrency expertise, and deep Linux real-time systems knowledge.

Develop reliable, high-performance sensor and compute software for autonomous vehicles, including embedded systems, device drivers, testing, and debugging. Requires robotics or autonomous-driving experience, strong C++ and concurrency skills, and at least two years of industry experience.

Staff-level engineer developing, integrating, and field-testing autonomy software across unmanned aircraft and related systems. Requires strong C++ and Python experience, robotics or aerospace systems integration, hardware troubleshooting, and flight-test support.

Develop and own low-level firmware, board bring-up, boot flows, and system enablement for microcontroller and infotainment SoC platforms. The role requires strong embedded C/C++ expertise, RTOS and platform experience, and hands-on hardware debugging.

Research and develop guidance, navigation, and control algorithms for high-performance aircraft, including vehicle dynamics modeling and control-system optimization. The role requires a relevant engineering degree, 7+ years of related experience, production C++, MATLAB, Simulink, and eligibility for a SECRET clearance.

Develop and integrate embedded Linux software for cellular and wireless connectivity in autonomous vehicles, including modem vendor integration, protocol-stack debugging, telemetry, and performance optimization. Requires 10+ years of embedded wireless experience and strong C/C++ and Linux skills.

Build and harden OS foundations for AI consumer devices, spanning kernel, services, security, performance, and application interfaces. Requires strong systems programming in C/C++, kernel experience, and debugging skills.

Develop and support CI/CD pipelines, hardware-in-the-loop systems, and diagnostic tooling for embedded software running on electronic hardware. The role requires strong Python and systems-programming skills, familiarity with reproducible build systems, and deep knowledge of hardware communication protocols.

Owns end-to-end modem algorithm definition, implementation, and validation for a high-performance satellite communications ground-network platform. Requires a bachelor’s degree, 5+ years of relevant experience, strong digital communications expertise, and experience deploying waveform processing into SDR or FPGA systems.

Develops real-time perception, sensor-control, and fusion software for heterogeneous autonomous vehicle platforms, integrating ML algorithms across sensors and embedded systems. Requires advanced engineering education or 5+ years of relevant experience, multi-modal sensing expertise, Linux/Docker proficiency, and U.S. security-clearance eligibility.

Design FPGA-centric medical-device electronics spanning board schematics, Xilinx logic, embedded Linux drivers, and application interfaces. The role requires 4+ years of embedded experience, strong hardware/software integration skills, and familiarity with regulated development processes.

Develop and deploy advanced robotics software for government manufacturing projects, spanning planning, learning, perception, control, R&D prototyping, and production support. Requires a master’s degree in a related field, at least two years of industry experience, and production-level C++ and Python proficiency.

Supports government robotics projects by operating robotics software, running controlled adaptive-sanding trials, troubleshooting robotic cells, and analyzing process data. Requires an engineering or computer science degree, hands-on robotic or mechanical systems experience, and strong experimental and documentation skills.

Build and instrument robotic drywall-finishing test rigs, design controlled experiments, and automate robot trials and data collection with ROS 2 and Python. The role requires broad hands-on robotics experience, embedded and electromechanical integration skills, and strong experimental analysis and documentation abilities.

Leads the technical direction and implementation of safety-critical vehicle controls, from actuator control and trajectory tracking through fleet-scale calibration and deployment. The role also mentors the controls team and requires production software experience, vehicle controls expertise, and strong numerical optimization foundations.

Develop and test real-time embedded software for autonomous battery-electric rail vehicles, integrating sensors, hardware interfaces, and control systems. The early-career role requires systems programming experience, embedded or real-time familiarity, and a bachelor's degree or equivalent practical experience.

Build the low-level runtime for a custom AI accelerator, including kernel scheduling, device memory management, synchronization, and hardware-software interfaces. The role requires strong systems programming experience and expertise in concurrency, memory semantics, simulation, and performance debugging.

Leads systems software bringup and validation for new AI silicon, developing diagnostics, automation, observability, and stress infrastructure from first power-on through integrated model execution. The role requires low-level programming, computer architecture knowledge, hardware-software debugging, and cross-functional technical leadership.

Supports weekend operations for an autonomous delivery robot fleet, including preparation, charging, cleaning, basic repairs, service campaigns, calibration, and field support. The entry-level role requires careful problem-solving, physical lifting ability, teamwork, and interest in robotics or electro-mechanical service.

Develop high-performance whole-body and motion controllers for dexterous manipulators and humanoid robots. The role requires strong robotics fundamentals, hands-on experience with physical robots, and proficiency in C++ or Python and real-time control systems.