Work at RB Labs

Lead the development of cutting-edge AI systems for robotics applications. Work on state-of-the-art deep learning models, robotics systems, and large-scale compute infrastructure.

Build decentralized applications for industrial IoT and robotics on Ethereum and Internet Computer Protocol. Design and implement smart contracts for next-generation automation solutions.

Design and implement bipedal locomotion systems for our humanoid robots. Develop stable walking gaits, balance controllers, and dynamic motion planning for real-world deployment.

Build the perceptual intelligence of our humanoid robots. Develop real-time computer vision, sensor fusion, and spatial awareness systems enabling robots to safely navigate and interact in human environments.

Develop the dexterous arms and hands of our humanoid robots. Work on kinematics, grasp planning, and task execution systems enabling robots to perform skilled physical interactions in enterprise environments.

Develop and optimize deep learning models for production environments. Focus on computer vision and robotics applications in industrial automation.

Transform complex datasets into actionable insights. Drive data-driven decision making across the organization with advanced analytics and visualization.

Shape our company culture and build world-class teams. Lead recruiting, employee development, and organizational initiatives in a fast-growing AI startup.

Create compelling video content showcasing our AI and robotics innovations. Produce everything from product demos to social media content and documentary-style pieces.

Drive brand awareness and lead generation for our AI and robotics products. Develop and execute marketing campaigns across digital and traditional channels.

Design and implement reinforcement learning algorithms for robotic control and autonomous decision-making systems. Push the boundaries of what's possible in robot learning.

Pioneer tactile sensing technologies for humanoid robot hands and skin. Develop novel sensor arrays, data acquisition pipelines, and neural processing architectures that give our robots a sense of touch.

Design and validate hardware systems for next-generation humanoid robots. Own the integration of mechanical, electrical, and embedded computing subsystems into a cohesive, production-ready platform.

Study human movement and physiology to inspire breakthroughs in humanoid robot design and control. Translate biomechanical insights into more natural, efficient, and robust robot motion.

Advance robot learning by developing algorithms that enable humanoid robots to acquire new skills from demonstrations, interaction, and self-supervised experience at scale.

Build predictive world models that enable our humanoid robots to reason about their environment, plan ahead, and act with greater autonomy. Push the frontier of model-based AI for physical systems.

Develop low-level firmware for the actuators, sensors, and embedded compute modules that power our humanoid robots. Ensure real-time performance, reliability, and safety across all hardware subsystems.

Scale AI training infrastructure and model capabilities to unlock the next generation of humanoid robot intelligence. Work at the intersection of large-scale distributed training and embodied AI.

Build the data backbone that fuels robot AI training. Design and maintain high-throughput pipelines for collecting, storing, labeling, and serving large-scale robot interaction data.

Build and maintain high-fidelity simulation environments that serve as the primary training ground for our humanoid robot AI. Accelerate robot learning by making simulation faster, more realistic, and more scalable.

Design and build teleoperation systems that allow human operators to control and demonstrate tasks on our humanoid robots. Your work directly generates the training data that teaches robots new skills.

Design and develop high-performance actuator systems for the joints and limbs of our humanoid robots. Create the mechanical muscle that drives natural, powerful, and efficient robot movement.

Design safe, lightweight, and high-energy-density power systems for our humanoid robots. Own battery architecture, power distribution, thermal management, and energy optimization from cell to system level.

Ensure our humanoid robots operate safely alongside humans in real-world environments. Define safety requirements, lead risk assessments, and drive certification processes for hardware and software systems.

Develop the embedded software stack bridging firmware and high-level robot intelligence. Build reliable, real-time middleware and device drivers that connect sensors, actuators, and compute modules.

A one-year research residency for exceptional engineers and scientists ready to transition into AI research for robotics. Work alongside our full-time researchers on cutting-edge robot learning projects.

Develop mobile and web applications for our AI products. Work with cutting-edge technologies and contribute to real production systems.

Design and optimize web interfaces while implementing SEO strategies. Create compelling user experiences for our AI platforms.

Support business analysis and forecasting for AI-driven robotics products. Work with complex datasets and operational models.

Create engaging video content for our AI products and marketing campaigns. Edit both short-form and long-form content for various platforms.

Support HR and administrative functions in a fast-paced startup environment. Assist with recruitment, onboarding, and daily operations.

Design visual assets for our AI products and marketing materials. Work closely with senior designers to create compelling brand experiences.