
Unless you want to end scarcity, usher in the greatest golden age humanity has ever seen, and advance the human species, and defeat skynet.
Speed is kindness.
Ownership beats permission.
Output > Optics.
These roles are not for normal people. They require abnormal obsession.
Most engineers build tools for humans. You will build the entity that tells the humans what to do. Automate executive decision-making.
THE CHALLENGE:
Negotiate a factory line in Shenzhen at 3 AM. Secure rare earth magnets when the market is dry. Treat logistics like 4D chess.
THE CHALLENGE:
The laws for the robotic age haven't been written yet. We intend to hold the pen. Navigate the grey areas of airspace and liability.
THE CHALLENGE:
Perfection is the enemy of done. We want the engineer who has a graveyard of failed prototypes because they iterate faster than they think.
THE CHALLENGE:
Usher in the transition to the robotic age. Land contracts bigger than you've ever landed before.
THE CHALLENGE:
Robotics are the new frontier of media. Turn raw metal into cultural moments.
THE CHALLENGE:
Do you think all companies currently suck at running ads? Create mountains of cash. High commissions included.
THE CHALLENGE:
Don't see a description that fits? But you know you are a killer with a unique edge? Tell us how you'll transform the future.
THE CHALLENGE:
Design, develop, and integrate large language models into robotic systems for advanced human-robot interaction via natural language and voice commands.
MISSION REQUIREMENTS:
Develop algorithms for object identification, depth and pose estimation, sensor fusion, and autonomous functionality in robotic systems.
MISSION REQUIREMENTS:
Develop and optimize autonomous navigation software for mobile robots, focusing on perception-driven navigation, path planning, localization, and safe real-time execution.
MISSION REQUIREMENTS:
Develop manipulation algorithms and software pipelines for robotic arms and mobile manipulators, focusing on motion planning, grasping, and real-time control.
MISSION REQUIREMENTS:
Lead development, integration, and deployment of advanced robotic systems, combining perception, manipulation, navigation, controls, and embedded hardware.
MISSION REQUIREMENTS:
Help assemble, clean, and manage high-quality embodied AI data. Collect teleoperated demonstrations, sensor logs, and real-world interaction data.
MISSION REQUIREMENTS:
Bridge data engineering, analysis, and model training. Build pipelines, analyze training runs, develop features, and support AI researchers to improve model quality.
MISSION REQUIREMENTS:
Design, build, and maintain large-scale training systems that power our robot learning stack. Manage high-performance compute clusters and distributed training.
MISSION REQUIREMENTS:
Build backend and frontend systems for our robotics product suite. Create cloud/web interfaces, APIs, real-time dashboards, and tools for robot control and monitoring.
MISSION REQUIREMENTS:
Develop advanced multi-sensor fusion algorithms combining LiDAR, vision, IMU, odometry, and RADAR for robust perception, localization, and autonomy.
MISSION REQUIREMENTS:
Build immersive VR applications for remote robot control. Develop real-time control systems, spatial UIs, and telemetry visualizations.
MISSION REQUIREMENTS:
Design high-fidelity simulation environments that accelerate robot learning. Build realistic physics environments, scale data generation, and close the sim-to-real gap.
MISSION REQUIREMENTS:
Develop reliable, real-time firmware for robotic and embedded systems, focusing on motor control, sensors, communication interfaces, and low-level hardware integration.
MISSION REQUIREMENTS:
Design and develop embedded hardware–software systems for advanced robotic platforms, focusing on sensing, actuation, motor control, and real-time performance.
MISSION REQUIREMENTS:
Lead design, development, and optimization of mechanical systems for advanced robotic platforms, including mobility systems, robotic arms, and end-effectors.
MISSION REQUIREMENTS:
Support design, prototyping, and testing of mechanical components and assemblies for robotic systems, including mobility platforms and arm mechanisms.
MISSION REQUIREMENTS:
Integrate mechanical, electrical, and software systems for advanced robotic platforms, focusing on sensor integration, actuator control, and system-level optimization.
MISSION REQUIREMENTS:
Design and optimize power systems for robotic platforms, including motor drivers, power converters, and high-efficiency power management circuits.
MISSION REQUIREMENTS:
Design and optimize high-reliability PCBs for embedded and robotic systems, ensuring electrical performance, manufacturability, and compliance with standards.
MISSION REQUIREMENTS:
Resumes are optional. Signals are mandatory.