Yondu

| We’re looking for an intern to work hands-on with our robots. We deploy these robots autonomously in warehouses so there is a lot on the stack of things to get them working flawless. If you’re interested in autonomous navigation, motion planning, or control systems, please feel free to apply. What you’ll do: Contribute directly to our production codebase in C++ and Python. Contribute fresh ideas and implementations. Tackle projects that will directly help our team implement a new or improved feature Build and test software for real robots! Qualifications/Requirements Currently pursuing a degree or recent grad in Computer Science, Robotics, Electrical Engineering, or a related field. Strong grasp of C++ and Python. Linux experience, comfortable working in a command-line environment (you know your way around Ubuntu). You have an interest in how software interacts with physical hardware (sensors, motors, or embedded boards like Raspberry Pi/Jetson). Experience with Git contributions and Git best practices in a team environment Nice To Haves Experience with ROS2 Experience using Docker Past projects in computer vision, autonomous navigation, motion planning, or other robotics-related domains What makes you an ideal fit Contribute ideas and work with autonomy when on projects Tenacity and desire to tackle problems others may see as ‘too difficult’ Creative problem solving Passion for engineering

| We’re looking for an intern to work hands-on with our robots. We deploy these robots autonomously in warehouses so there is a lot on the stack of things to get them working flawless. If you’re interested in autonomous navigation, motion planning, or control systems, please feel free to apply. What you’ll do: Contribute directly to our production codebase in C++ and Python. Contribute fresh ideas and implementations. Tackle projects that will directly help our team implement a new or improved feature Build and test software for real robots! Qualifications/Requirements Currently pursuing a degree or recent grad in Computer Science, Robotics, Electrical Engineering, or a related field. Strong grasp of C++ and Python. Linux experience, comfortable working in a command-line environment (you know your way around Ubuntu). You have an interest in how software interacts with physical hardware (sensors, motors, or embedded boards like Raspberry Pi/Jetson). Experience with Git contributions and Git best practices in a team environment Nice To Haves Experience with ROS2 Experience using Docker Past projects in computer vision, autonomous navigation, motion planning, or other robotics-related domains What makes you an ideal fit Contribute ideas and work with autonomy when on projects Tenacity and desire to tackle problems others may see as ‘too difficult’ Creative problem solving Passion for engineering

| We’re looking for an experienced roboticist to work with our team in maintaining, improving, and battle-readying our our end-to-end robotic workforce solution. You’ll possibly work or lead various different projects such as robot and teleoperation design, control systems, or fleet control and navigation optimization. Qualifications/Requirements 5+ years software engineering experience, including 3+ in robotics, aerospace, or other physical domains. Proven experience leading software teams and delivering production systems for real hardware. Strong C++ and Python skills Familiarity with Docker deployment Experience with real-time or near-real-time control systems and hardware-software integration. Strong understanding of modern software practices including: Git, code review, automated testing, CI/CD pipelines (GitHub Actions, GitLab CI, Jenkins, etc.) Experience managing sensor data pipelines (stereo/RGB cameras, Lidar, IMUs, force/torque). Experience with ROS/ROS 2 Linux Nice To Haves Proficiency in profiling and optimizing C++/Python code for systems with limited compute and memory resources. Experience with simulation environments (Gazebo, Isaac Sim, etc.). Experience building low-latency networking and communication systems for teleoperation. Background in computer vision, perception, ML-based detection/pose estimation, or SLAM. Experience in startup or fast-paced R&D environments, including hiring and mentoring teams. Things that make you an ideal fit: You are excited to remain hands-on in the code while unblocking your team and facilitating technical decisions rather than dictating them.

| For Quarter 1 of 2026. Note: We are looking for local candidates in the Los Angeles and Orange County areas that can start immediately What You’ll Do Design and integrate electrical and mechanical systems. Work with cutting edge humanoid robots in real deployments. Rapidly prototype, and iterate based on changing demands. Collaborate with software and simulation teams to meet their needs. What We’re Looking For Experience with electromechanical systems or robotics. Excellent mechanical intuition, you understand how things move, fail, and improve. Experience with hand tools and disassembly, assembly, and documentation of systems. Skills in CAD and embedded systems. Strong hands-on engineering and troubleshooting ability. A portfolio and/or an independent project or 2 would be ideal to display real skills and end to end management of a project. Experience with CAD software specifically Fusion360, KiCAD, and the .urdf format. Experience with typical humanoid systems (BLDC actuators, CANbus, lithium based batteries). Why This Role Direct impact on company results. Getting experience with cutting edge systems. Learn a variety of prototyping methods and end to end project ownership.

| For Quarter 1 of 2026. Note: We are looking for local candidates in the Los Angeles and Orange County areas that can start immediately What You’ll Do Design and integrate electrical and mechanical systems. Work with cutting edge humanoid robots in real deployments. Rapidly prototype, and iterate based on changing demands. Collaborate with software and simulation teams to meet their needs. What We’re Looking For Experience with electromechanical systems or robotics. Excellent mechanical intuition, you understand how things move, fail, and improve. Experience with hand tools and disassembly, assembly, and documentation of systems. Skills in CAD and embedded systems. Strong hands-on engineering and troubleshooting ability. A portfolio and/or an independent project or 2 would be ideal to display real skills and end to end management of a project. Experience with CAD software specifically Fusion360, KiCAD, and the .urdf format. Experience with typical humanoid systems (BLDC actuators, CANbus, lithium based batteries). Why This Role Direct impact on company results. Getting experience with cutting edge systems. Learn a variety of prototyping methods and end to end project ownership.

| For summer of 2026. Note: We will provide a housing stipend but not relocation assistance. What You’ll Do Design and integrate electrical and mechanical systems. Work with cutting edge humanoid robots in real deployments. Rapidly prototype, and iterate based on changing demands. Collaborate with software and simulation teams to meet their needs. What We’re Looking For Experience with electromechanical systems or robotics. Excellent mechanical intuition, you understand how things move, fail, and improve. Experience with hand tools and disassembly, assembly, and documentation of systems. Skills in CAD and embedded systems. Strong hands-on engineering and troubleshooting ability. A portfolio and/or an independent project or 2 would be ideal to display real skills and end to end management of a project. Experience with CAD software specifically Fusion360, KiCAD, and the .urdf format. Experience with typical humanoid systems (BLDC actuators, CANbus, lithium based batteries). Why This Role Direct impact on company results. Getting experience with cutting edge systems. Learn a variety of prototyping methods and end to end project ownership.

| For summer of 2026. Note: We will provide a housing stipend but not relocation assistance. What You’ll Do Design and integrate electrical and mechanical systems. Work with cutting edge humanoid robots in real deployments. Rapidly prototype, and iterate based on changing demands. Collaborate with software and simulation teams to meet their needs. What We’re Looking For Experience with electromechanical systems or robotics. Excellent mechanical intuition, you understand how things move, fail, and improve. Experience with hand tools and disassembly, assembly, and documentation of systems. Skills in CAD and embedded systems. Strong hands-on engineering and troubleshooting ability. A portfolio and/or an independent project or 2 would be ideal to display real skills and end to end management of a project. Experience with CAD software specifically Fusion360, KiCAD, and the .urdf format. Experience with typical humanoid systems (BLDC actuators, CANbus, lithium based batteries). Why This Role Direct impact on company results. Getting experience with cutting edge systems. Learn a variety of prototyping methods and end to end project ownership.

| About Us: Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs. We’re creating advanced teleoperation systems to control and monitor robots as well as developing the systems to run them autonomously. This is an invitation to apply for an internship position for Summer 2026. There’s a lot of work that we do across MULTIPLE fields so if any of the following sounds like something you’d like to work on, we’d love for you to apply. Develop low-latency, user friendly teleoperation systems that allow for smooth, functional control. Test robotic applications using ROS on Ubuntu Linux and NVIDIA Jetson platforms Improve existing mechanical systems through thoughtful and ergonomic design with enhanced actuation Work on AI solutions for robot learning problems and autonomous work within warehouse applications. Collaborate with a multidisciplinary team to integrate hardware, software, and control systems Depending on what you work on, the following skills and experiences would be tremendously useful. Proficiency in Python and C++ for robotics or embedded systems development Understanding of electromechanical systems, including motors, motor controllers, and actuators Familiarity with prototyping methods, including 3D printing Experience in behavior cloning and reinforcement learning on robot platforms.