Robot Test Engineer at Physical Intelligence | San Francisco

Role OverviewAs a Robot Test Engineer, you play a pivotal role in ensuring the integration and performance of our expanding robotic fleet. You will engage with robotic systems at various development stages, from initial prototypes to fully operational units. Your responsibilities will include designing test systems and documentation, executing tests, and collaborating with hardware and software engineering teams to troubleshoot and resolve any testing issues that may arise.Key Responsibilities- Test Process Development: Create and document effective testing processes for robotic systems.- Test Setup Development: Construct and maintain test systems for robots and seek opportunities for test automation.- Test Execution: Conduct functional, environmental, and reliability tests on robotic systems and components, gathering, analyzing, and reporting data for broad communication.- Test Failure Investigation: Analyze test failures to identify root causes and collaborate with engineers to implement corrective actions.- Cross Functional Collaboration: Work closely with both hardware and software teams to ensure alignment on testing processes and resolve any issues encountered during testing.

Join Our Innovative Team as a Robotics Software Engineer!Location: San Francisco, CA (full-time, in-person)Company OverviewAt Cosmic Robotics, we aim to revolutionize the construction of essential infrastructure on Earth while developing advanced technologies to facilitate humanity's expansion beyond our planet. Our flagship project, Cosmic-1, is designed to install solar panels at a speed 10 times faster than current methods, propelling us toward a sustainable energy future and laying the foundation for autonomous construction in the years to come.Your RoleAs a Robotics Software Engineer, you will be instrumental in coding, testing, and deploying software for our robots engaged in live field projects. You will be a pivotal member of our team, influencing the future of autonomous construction.Why Join Us?Tackle significant challenges that will shape the future of energy and infrastructure.Collaborate with an elite team hailing from renowned organizations like NASA, SpaceX, Google, and Built Robotics.Experience rapid personal and professional growth within a fast-expanding company.Key ResponsibilitiesDesign, develop, and implement software for robotic manipulation, navigation, and path planning systems.Contribute across the entire software stack, from low-level motor control and sensor integration to high-level application logic.Ensure the safety and reliability of mission-critical systems through comprehensive testing and adherence to best engineering practices.Collaborate with hardware teams to initiate new systems and resolve technical issues.Travel to customer sites for on-site testing and deployment of robotic solutions.Maintain high code quality through reviews, automated testing, and thorough documentation.QualificationsA minimum of 2 years of professional engineering experience.Proficiency in C++, Python, and Linux development.Solid foundation in algorithms, software architecture, planning, and execution.Strong communication and project management abilities.

Become a Key Player in Revolutionizing Construction AutonomyAt Bedrock Robotics, we are pioneering the transition of artificial intelligence from research labs to real-world applications. Our team, composed of experienced professionals who have contributed to the successes of Waymo, Segment, and Uber Freight, is dedicated to deploying cutting-edge autonomous systems in heavy construction machinery across the nation. Our efforts are accelerating billion-dollar infrastructure projects while enhancing job site safety. With $350 million in funding, we are rapidly addressing the increasing demand for housing, data centers, and manufacturing facilities amid the construction industry's labor shortages.In this role, you will bridge the gap between theory and practice, collaborating with seasoned construction experts and top-tier engineers to tackle complex physical challenges that simulations cannot resolve. If you are eager to leverage advanced technology to solve real-world issues as part of a dynamic team, we invite you to explore this opportunity with us.We are on the lookout for a highly skilled Software Engineer to enhance our onboard testing capabilities. You will be responsible for developing comprehensive safety-critical test cases for our machines. Your work will involve close collaboration with our Robotics Platform and Cloud Infrastructure teams to design and implement validation frameworks that operate on actual machinery, in Hardware-in-the-Loop (HIL) settings, and through cloud-based end-to-end simulation. Your expertise will be crucial in integrating systems engineering, simulation, and onboard infrastructure to rigorously test the robot across hardware-software interfaces.The ideal candidate will demonstrate proficiency in creating reusable automation scripts, developing fault injection capabilities, building interfaces with cloud infrastructure, and collaborating with systems engineers to establish a robust testing framework for onboard AI. Your contributions will directly enhance system reliability and safety by identifying edge cases early, ensuring compliance with stringent safety standards.This position is perfect for software engineers who possess a systemic mindset, are aware of the implications of real-world deployments, and prefer developing intelligent solutions rather than merely executing scripts. Strong candidates will be hands-on engineers who are passionate about reliability and have a background in robotics. Some travel to our remote and Bay Area testing sites will be expected to observe and evaluate your tests in action.Join Bedrock Robotics in our mission to infuse autonomy into the construction industry! We are a dedicated group of professionals from the autonomous vehicle sector, committed to making a significant impact.

About UsAt Physical Intelligence, we are at the forefront of integrating general-purpose AI into the physical realm. Our talented team comprises engineers, scientists, roboticists, and innovators dedicated to creating foundational models and advanced learning algorithms to enhance the robots of today and shape the physically-actuated devices of tomorrow.Your RoleAs a Controls Engineer, you will be pivotal in designing and implementing the algorithms that ensure our robots operate smoothly, predictably, and safely in diverse and uncertain environments.The Controls TeamOur Controls Team is responsible for developing and fine-tuning essential feedback and model-based algorithms, real-time processing loops, simulations, and actuator/sensor subsystems that contribute to the stability and reliability of our robots. Collaborating closely with research, hardware, and operations teams, you will troubleshoot complex system behaviors and ensure that our learning-based systems function under rigorous real-time constraints in unpredictable settings.Key ResponsibilitiesDesign and Implement Control Algorithms: Develop PID, LQR, MPC, inverse dynamics, and feedforward controllers.Model Development and Validation: Create and refine physical and inverse dynamics models for simulations and control design.Real-Time Loop Development: Write and optimize runtime control loops, including neural network-driven control.Robotic Integration: Integrate and tune robotic arms, mobile bases, teleoperation systems, and full-body platforms.Debugging System Behaviors: Diagnose and address hardware, software, and runtime issues using first-principles reasoning.Sensor/Actuator Subsystem Development: Collaborate with embedded systems, drivers, and communication protocols (CAN, SPI, I2C, Ethernet).Cross-Functional Collaboration: Partner with researchers, platform engineers, and operators to ensure consistent and reliable real-world performance.Support Research and Development: Prototype configurations, gather structured datasets, and work closely with researchers to iterate on solutions.

Join our dynamic team as an Operations Lead at Physical Intelligence, where you will play a pivotal role in shaping the quality function that underpins our advanced robotics datasets. As a key contributor, you will design and implement end-to-end operational processes, establish success metrics, and create feedback mechanisms that enhance data accuracy and reliability. You will lead a talented team of operators, collaborating closely with research and data collection teams to ensure the delivery of high-quality, vetted data at scale.

About UsAt Foundry Robotics, we are pioneering an AI-native robotics manufacturing enterprise dedicated to enhancing assembly and production capabilities for top-tier robotics firms and critical national-security hardware. Our vision is to create robots that construct robots, effectively transforming the landscape of manufacturing.We are on a mission to revolutionize the American manufacturing sector by prioritizing AI-driven solutions and assembly-focused strategies as a dual-use contract manufacturer. Our goal is to equip manufacturers with intelligent, efficient, and adaptable robotic systems that redefine productivity and quality. As a key member of our engineering team, your contributions will significantly influence our products, workplace culture, and overall success. Please note that this position requires 100% in-person work at our Mission District office in San Francisco.The RoleWe are seeking a Manufacturing Process Engineer who excels at transforming innovative ideas into practical production realities. You will be comfortable designing systems from the ground up and validating them directly on the factory floor. Your primary responsibilities will include defining the architecture of our robotic systems from initial concept through to full-scale production, developing assembly strategies, designing tooling, and creating workflows where they do not currently exist. You will establish production capabilities from scratch, making critical decisions concerning sequencing, fixturing, automation integration, and quality control. Your focus will be on driving rapid build-test-learn cycles to implement robust and scalable processes.Key ResponsibilitiesDesign and develop production processes from the ground up for autonomous robotic assembly systems, establishing how AI-driven hardware is manufactured at scale.Optimize assembly lines with a focus on throughput, yield, and scalability as production transitions from initial stages to high-volume outputs.Create and maintain process documentation, work instructions, SOPs, and control plans to enable repeatable and scalable manufacturing.Develop tooling and fixtures aimed at reducing variation, minimizing operator error, and supporting efficient assembly processes.Engage hands-on on the shop floor to validate processes, pinpoint bottlenecks, and iterate quickly alongside the team.Foster relationships with external vendors and contract manufacturers, providing valuable process insights and feedback during development.Collaborate across disciplines with mechanical, electrical, and robotics teams to ensure processes are designed with the entire system in mind.

The OpportunityJoin Foundry Robotics, an innovative leader reshaping the landscape of manufacturing through cutting-edge robotics technology. We are dedicated to revolutionizing assembly and production processes for top-tier robotics enterprises and critical national security hardware. In essence, we are architecting robots that manufacture other robots.We are seeking a passionate Mechatronics Engineer who excels at the convergence of mechanical design, electronic systems, and control engineering. In this role, you will transform complex robotic hardware into reality through seamless integration and hands-on execution. Your responsibilities will span the entire lifecycle, from conceptual prototypes to production-ready assemblies. Collaborating closely with diverse teams, you will integrate sensors, actuators, and control systems into high-performance hardware while developing and fine-tuning closed-loop behaviors in real-time with operational machines. As part of a dynamic and agile team, your designs will swiftly transition from the drawing board to the manufacturing floor, where you will validate, troubleshoot, and enhance them.About Foundry RoboticsAt Foundry Robotics, we are redefining the future of manufacturing through advanced robotics solutions. Our mission is to revitalize the American manufacturing sector as an AI-driven, assembly-centric, dual-use contract manufacturer. We are committed to equipping manufacturers with intelligent, efficient, and versatile robotic systems that significantly enhance productivity and quality. As a pivotal member of our engineering team, your contributions will shape our products, culture, and overall success. This position is 100% on-site at our Mission District office in San Francisco.Key ResponsibilitiesDesign and develop mechanical and electromechanical systems utilizing CAD, ranging from rapid prototypes to production-intent assemblies.Collaborate effectively on the integration of sensors, actuators, and control systems within mechanical assemblies, guiding them from concept through to validation.Create and execute closed-loop control architectures for electromechanical systems, working alongside software and robotics team members.Configure and integrate motor controllers, including servo and stepper drives, encoder/resolver interfacing, and closed-loop motion tuning.Engage in hands-on work with hardware, building, assembling, testing, and iterating through prototyping and initial production phases.Support fabrication efforts across various technologies, including machining, sheet metal, welding, 3D printing, fixtures, and tooling.Collaborate with external vendors and contract manufacturers to meet development and production requirements.Make informed trade-offs between performance, cost, and manufacturability to drive successful project outcomes.

Senior Mechanical EngineerLocation: San Francisco, CA (full time, in-person)Company OverviewAt Cosmic Robotics, we are driven by our mission to revolutionize the construction of essential infrastructure on Earth while innovating technologies to facilitate humanity's expansion beyond our planet. Our flagship project, Cosmic-1, dramatically accelerates the installation of solar panels, achieving speeds 10 times faster than current methods. This initiative is pivotal in our pursuit of a sustainable energy future and sets the stage for autonomous construction advancements.The RoleAs a Senior Mechanical Engineer, you will take ownership of a vital subsystem within the Cosmic-1 platform, guiding its development from initial concept through to deployment. You will be a key contributor in shaping the future of autonomous construction.This role offers a unique chance to:Tackle challenging and impactful problems that will influence the future of infrastructure and energy.Collaborate with a distinguished team comprising experts from NASA, SpaceX, Google, Built Robotics, and more.Experience rapid personal and professional growth within a fast-evolving organization.ResponsibilitiesLead the design and development of hardware components and systems, including primary and secondary structures, mechanisms, and enclosures.Oversee the complete product lifecycle from requirements gathering, through trade studies, to detailed design, structural analysis, manufacturing, integration, testing, and customer delivery.Collaborate with cross-disciplinary teams including manufacturing, electrical, software, and product engineers to create innovative solutions for complex problems.Engage with suppliers and vendors to devise inventive solutions within tight deadlines.Establish project milestones, plan development roadmaps, and achieve ambitious delivery timelines.Recruit, mentor, and cultivate a high-caliber engineering organization.QualificationsMinimum of 3 years of professional engineering experience.Strong foundational knowledge of statics, dynamics, heat transfer, materials science, and corrosion.Proficiency in mechanical design using CAD software such as SolidWorks, NX, PTC Creo, etc.

About Matter IntelligenceMatter Intelligence is pioneering the future of vision AI by integrating a groundbreaking sensor capable of perceiving molecular chemistry, temperature, and 3D shapes with a Large World Model—our sophisticated intelligence engine tailored for the physical realm. This innovative system transcends mere visual perception; it comprehensively understands everything from a single pixel. We term this as Superintelligent Vision.Our distinguished team has contributed technologies to Mars missions for NASA/JPL, co-established and led infrastructure initiatives for OpenAI, developed advanced sensors for U.S. Defense, and created fundamental algorithms for spectral and 3D imaging. Together, we are committed to establishing the next frontier for vision and intelligence in the physical world.About the RoleAt Matter, we are developing technology that sits at the intersection of hardware, AI, and Earth observation. This position is uniquely positioned between Engineering and Operations.As the inaugural hire in this role, you will collaborate closely with various teams across Matter, including sensor engineers, ML researchers, satellite systems designers, sales, and leadership. Your primary responsibility will be to understand their workflows, pinpoint opportunities where intelligent agents can condense hours of work into mere seconds, and design these solutions. One week you might be crafting a multi-agent workflow for automating competitive intelligence tracking, and the next, you could be developing an internal tool that provides the hardware team with instant access to five different documentation systems. You will take ownership of challenges from discovery through deployment and continuous iteration.This position is not suited for individuals who prefer to follow a ticket queue. It is tailored for a developer with robust computer science fundamentals who can work autonomously, build trust within a demanding organization, and deliver production-grade agents that are essential to our operations.Key ResponsibilitiesAgent Development & EngineeringDesign, develop, test, and maintain production-quality AI agents and tools utilizing contemporary frameworks and APIs.Architect robust, secure, observable, and maintainable agentic systems.Create AI-native user experience patterns that facilitate seamless adoption: including human-in-the-loop checkpoints, auditability, graceful failure/rollback, and feedback mechanisms.Choose and integrate suitable tools, memory systems, and retrieval strategies tailored to each agent's specific use case.Produce clean, well-documented, version-controlled code, setting the standard for quality.Product Discovery & RequirementsEngage with stakeholders to gather requirements and translate them into effective AI solutions.

Join Our Team as a Senior Electrical EngineerLocation: San Francisco, CA (Full-time, In-Person)About UsAt Cosmic Robotics, we are on a mission to transform the construction of essential infrastructure on Earth while innovating technologies that empower humanity to expand beyond our planet. Our flagship initiative, Cosmic-1, revolutionizes the installation of solar panels, achieving speeds that are ten times faster than conventional methods. This groundbreaking work is essential for our transition to a sustainable energy future and sets the stage for the next generation of autonomous construction.Your RoleAs a Senior Electrical Engineer, you will take ownership of a pivotal subsystem within Cosmic-1, guiding its development from initial concept through to successful deployment. You will play a crucial role in defining the future of autonomous construction.Why Join Us?Tackle challenging, impactful problems that shape the future of infrastructure and energy.Collaborate with an elite team comprised of experts from NASA, SpaceX, Google, Built Robotics, and more.Experience rapid growth, continuous learning, and leadership opportunities in a fast-evolving company.Key ResponsibilitiesLead the design and development of hardware components and systems, including high voltage and low voltage systems, embedded systems, PCB assemblies, and harnesses.Oversee the entire product lifecycle, from requirements gathering and trade studies to design, manufacturing, integration, testing, and delivery.Collaborate with cross-functional teams including manufacturing, mechanical, software, and product engineers to devise innovative solutions to complex problems.Engage with vendors and suppliers to explore creative solutions that meet tight deadlines.Establish project milestones, develop roadmaps, and ensure timely delivery.Recruit, mentor, and cultivate a top-tier engineering team.QualificationsMinimum of 3 years of professional engineering experience.Strong foundational understanding of analog and digital circuit design, as well as circuit analysis and simulation.Proficient in electrical design using industry-standard software.

Join our dynamic team at Physical Intelligence as a Shift Lead, where you will play a crucial role in managing daily operations at our San Francisco facility. Your primary responsibility will be to oversee real-time execution on the production floor, ensuring that personnel, processes, and equipment are synchronized to achieve daily production targets. You will effectively coordinate staffing and prioritize tasks, maintaining a seamless operational flow while fostering clear communication with both operators and cross-functional teams to ensure optimal performance.This position requires availability from 3 PM to midnight.

About Watney RoboticsWatney Robotics is at the forefront of developing autonomous robots designed to enhance critical infrastructure. Recently securing $21 million in seed funding from notable investors including Conviction, Abstract, and A*, we are collaborating with the world's largest hyperscalers to expedite data center expansion and maintenance.Join us as we transition from prototype to production fleets, offering you a unique opportunity for significant ownership and visibility within a groundbreaking robotics company. Play an integral part in shipping real systems, shaping our rollout strategies, and making a lasting impact in this defining category.The RoleAs a core member of our Engineering team, you will be responsible for architecting and developing systems for our rapidly growing fleet of production robots. We prioritize pragmatism and high agency, encouraging swift execution and innovation, making this an ideal opportunity to elevate your engineering career.This position requires onsite presence at our headquarters in San Francisco, where you will work closely with our founding team.What You’ll DoDesign, build, and maintain highly available and robust distributed systems.Implement, test, and debug code across the entire software stack.Collaborate with Machine Learning Engineers to create fast online reinforcement learning systems at scale.What You'll BringA minimum of 4 years of software development experience.A strong technical foundation with expertise in architecting large-scale distributed systems.Hands-on experience in building and optimizing across the software stack.Proficiency in programming languages such as Golang, Java, Scala, or Python; Rust is a significant advantage!A proactive approach, strong problem-solving abilities, and analytical skills.Excellent communication and collaboration skills to work effectively with ML Engineers.CompensationThe salary for this position ranges from $150,000 to $200,000 annually. We offer a competitive compensation package, which includes equity and comprehensive benefits.At Watney Robotics, we are dedicated to fostering a diverse and inclusive team. We welcome individuals from all backgrounds and identities and base our hiring decisions on skills, experience, and potential. If you are enthusiastic about robotics but do not meet every requirement, we encourage you to apply!

Join the forefront of technology as we revolutionize the construction industry with advanced autonomy.Be a Part of Innovation at Bedrock RoboticsAt Bedrock Robotics, we are transforming artificial intelligence from theoretical concepts into practical applications that enhance the world’s infrastructure. Our team comprises seasoned professionals who have been pivotal in launching industry leaders like Waymo, scaling Segment to a $3.2 billion acquisition, and driving Uber Freight to $5 billion in revenue. We are currently implementing autonomous systems in heavy construction machinery nationwide, expediting the timelines of multi-billion dollar infrastructure developments while significantly enhancing job site safety.With a robust funding of $350 million, we are rapidly addressing the escalating demand for housing, data centers, and manufacturing facilities, all while tackling the construction sector's increasing labor shortages. This is where innovative algorithms meet the realities of heavy machinery.If you are passionate about leveraging cutting-edge technology to tackle real-world challenges and wish to collaborate with a talented team of industry experts, we invite you to apply.Role: Machine Learning Engineer: EvaluationBedrock Robotics is on a mission to integrate autonomy into construction processes! We are seeking a driven engineer with substantial experience in evaluating complex machine learning systems in real-world scenarios. Your objective will be to convert the intricate dynamics of the built environment into actionable, AI-driven evaluations that enhance the adoption of our Bedrock Operators.The ideal candidate will have a proven track record in developing evaluation systems and executing statistical analyses to assess performance variations across system iterations. Your experience in iterating on complex machine learning systems in production environments will be crucial, as you navigate the intricacies involved.Your Responsibilities:Design and Maintain Evaluation Systems:Develop and maintain pipelines for performance measurement—encompassing both open-loop and closed-loop simulations, hardware-in-the-loop systems, and field data from Bedrock Operator-equipped machinery. Collaborate with other teams to glean insights earlier in the development cycle through optimized workflows.Develop Metrics:Align product objectives with system behaviors by translating real-world specifications into measurable indicators derived from logged data. Enable data-driven decision-making for everything from parameter adjustments to strategic program planning.

About Watney RoboticsWatney Robotics is at the forefront of developing autonomous robots, aimed at enhancing critical infrastructure. Following our recent successful seed funding round of $21 million, led by Conviction, Abstract, and A*, we are collaborating with major hyperscalers to expedite datacenter construction and maintenance.This is a unique opportunity to join us at a pivotal stage of our growth, where your contributions will have significant ownership and visibility as we transition from prototypes to production fleets. You will be instrumental in shipping tangible systems, crafting our rollout strategies, and influencing the future of a pioneering robotics company.The RoleAs a key member of our Engineering team, you will be responsible for designing components and assemblies for our rapidly expanding fleet of production robots. We prioritize speed and innovation; right from Day 1, you will be a vital contributor to the realization of our products, overseeing essential aspects of hardware design from initial concept to full production.This position is based onsite at our headquarters in San Francisco, giving you the chance to work closely with the founding team.What You’ll DoDesign and develop custom mechanical components for our cutting-edge robotics and teleoperation systems, including end-effectors, grippers, manipulators, mounts, and more.Create and implement rapid prototyping solutions for new hardware designs, focused on performance, reliability, and manufacturability.Integrate mechanical components into larger hardware systems, ensuring alignment with performance objectives and project timelines.Provide technical leadership and guidance to the leadership team on technology strategy and decision-making.Work collaboratively with Hardware Engineers and the Operations team to support the overall product development of our autonomous robotics solutions.What You'll BringA minimum of 4 years of mechanical design experience.Extensive hands-on experience with end-to-end mechanical design of components and assemblies for robotics systems, medical devices, rockets, drones, automotive systems, or similar fields.Expertise in using 3D modeling software such as Creo, Solidworks, or NX; familiarity with Onshape is a plus.Knowledge of Geometric Dimensioning and Tolerancing (GD&T).A proactive attitude with a strong sense of ownership and problem-solving skills.Excellent communication and collaboration skills to work effectively with Hardware Engineers and cross-functional teams.

About Physical Intelligence Physical Intelligence is building general-purpose AI for the physical world. The team brings together engineers, scientists, roboticists, and entrepreneurs focused on foundational models and learning algorithms for robots and interactive devices. Role Overview The Robotics Research Engineer works at the intersection of hardware, software, and large-scale model training. The goal: develop efficient autonomous robot policies that move the field forward. What You Will Do Design robotic systems and data collection pipelines to generate high-quality training data Develop learning algorithms that turn collected data into reliable, effective robot policies Contribute to vision-language-action models, from concept through implementation Help shape datasets, research infrastructure, and the direction of robotics research at Physical Intelligence Location San Francisco

Join the Watney Robotics TeamAt Watney Robotics, we are revolutionizing the future with our autonomous robots designed to enhance critical infrastructure. Recently, we secured $21 million in seed funding from Conviction, Abstract, and A*, allowing us to collaborate with some of the largest hyperscalers to expedite data center expansion and maintenance.This is your chance to join a dynamic team with significant ownership and visibility as we transition from prototypes to full-scale production fleets. Be a part of our journey to deliver real systems, develop our rollout strategies, and make a lasting impact in the robotics industry.Your RoleAs a Robotics Technician, you will engage directly with state-of-the-art autonomous systems throughout their lifecycle—from prototype development to production deployment. Your responsibilities will go beyond traditional maintenance; you will be a key technical contributor who will:Design, test, and refine robots for continuous operationDiagnose and resolve intricate mechanical, electrical, and software challenges within autonomous systemsEstablish diagnostic protocols and predictive maintenance strategiesAdjust and calibrate sensors, actuators, and control systemsAssist in field deployments and remote troubleshooting of systems globallyDocument assembly and maintenance procedures as we growCollaborate on hardware design iterations informed by real-world performance feedbackWork in tandem with software and hardware teams to enhance robot functionality and reliability

Join Our Mission to Transform the Construction Industry with Advanced AutonomyAt Bedrock Robotics, we are pioneering the integration of artificial intelligence into real-world applications. Our team consists of seasoned professionals who have contributed to major advancements in companies like Waymo, Uber Freight, and Segment. We are committed to deploying autonomous systems on heavy construction machinery nationwide, enhancing the efficiency of billion-dollar infrastructure projects while ensuring safety on job sites. With a robust funding of $350 million, we aim to bridge the gap between the increasing demands for housing, data centers, and manufacturing facilities, all while addressing the industry's labor shortage.This is where cutting-edge algorithms intersect with the physical world. You will work alongside construction experts and top-tier engineers to tackle challenges that simulations alone cannot solve. If you are eager to leverage innovative technology to address significant issues, we invite you to become part of our dynamic team.About the Role:As a Sensors Test and Verification Engineer at Bedrock Robotics, you will be instrumental in validating the performance, reliability, and safety of the sensing systems that drive our autonomous platforms. You will operate in laboratory settings, structured environments, and real-world construction sites. Your responsibilities will include designing and executing tests that reveal real-world failure modes, facilitating system enhancements, and ensuring the secure deployment of autonomous solutions in complex construction environments. Your contributions will be vital in enhancing the robustness and operational readiness of Bedrock's autonomy stack.Key Responsibilities:Develop and implement comprehensive sensor testing strategies across various environments including labs and live field tests.Evaluate and confirm the performance of sensing technologies such as lidar, cameras, radar, and ancillary sensor cleaning systems.Establish and refine testing methodologies, including the selection and enhancement of testing equipment and lab infrastructure.Create reusable software tools for sensor data analysis, test automation, and performance assessment.Design and execute scenarios to challenge system performance and uncover potential failure modes.Analyze test results, monitor key performance indicators (KPIs), and document findings in relation to system specifications.Collaborate with cross-functional teams including systems, software, and hardware engineering.

Join our dynamic team at Physical Intelligence as a Robotics Build Technician. In this hands-on role, you will thrive in a fast-paced hardware environment where your skills will directly contribute to the assembly and maintenance of cutting-edge robotic systems that are essential for our data collection and model training initiatives.Collaborating closely with our Hardware Engineering team, you will play a vital role in transitioning robots from prototype to production, ensuring that quality and reliability are upheld at every stage of the process.Key Responsibilities:Assemble and construct robotic systems based on engineering specifications, incorporating mechanical, electrical, and electromechanical components.Install, calibrate, and configure robots and end-of-arm tooling for diverse applications.Conduct test protocols and quality assurance checks to guarantee optimal robot performance.Maintain meticulous service records and documentation for robotic equipment.Assist in hardware bring-up, including wiring, harnessing, and sensor/actuator integration.Work collaboratively with mechanical, electrical, and software engineers to diagnose manufacturing issues and implement corrective actions.Oversee inventory management of parts, tools, and consumables for the hardware lab.Provide training to team members on assembly techniques and best practices.

Join xdof at a pivotal moment as we lead the charge in the development of general-purpose robotics. With frontier labs racing to create advanced robotic systems, high-quality training data is a critical challenge. Our mission is to build the essential infrastructure that supports foundational models – from data collection systems and operational capabilities to an exabyte-scale data warehouse and innovative software toolchains. This will empower our partners to advance the field of robotics.As a Research Engineer, you will be at the forefront of designing, constructing, and deploying real-world robotic learning systems. Your work will encompass manipulation, locomotion, and control, transitioning robots from raw hardware to fully operational systems.This hands-on position requires you to take ownership of systems from inception to deployment on actual robots. You will play a crucial role in establishing the technical foundations that facilitate large-scale robotic learning.

About Physical IntelligenceAt Physical Intelligence, we are pioneering a future where AI-driven robots become an integral part of our daily lives. Visualize a robot capable of folding your laundry, preparing your meals, and organizing your surroundings. Envision robots in warehouses efficiently managing packages, or manufacturing robots that can seamlessly adapt to new products without requiring reprogramming. We are dedicated to turning this vision into reality by developing general-purpose AI that empowers robots to execute any physical task.Our diverse team of engineers, scientists, and roboticists is creating foundational models—the same innovative technology that powers ChatGPT—but tailored for the physical realm. Just as language models are trained on vast datasets to understand and produce text, our robots learn to engage with the physical world through high-quality demonstration data.The Role: Powering the AI RevolutionAs a Robot Operator, you will play a crucial role in data collection, the essential fuel that drives our mission. Each robot movement and every successful task completion you facilitate contributes to teaching our AI systems how to interact with the physical world. You will not only operate robots but also be instrumental in training the AI that will usher in the next generation of intelligent machines.Engage with advanced robotic systems and generate high-quality training data necessary for our models. Your precise demonstrations will guide our AI in mastering everything from delicate manipulation tasks to intricate multi-step processes. This is your opportunity to directly influence technology that will reshape how robots assist humans in homes, workplaces, and beyond.What You'll DoPrimary ResponsibilitiesTeleoperate robotic arms through various tasks using our user-friendly control systems.Lead robot movements with your actions (the robot mirrors your gestures) or guide robots using specialized controllers.Execute a range of tasks from household chores like folding laundry to complex assembly operations.Ensure high standards for data quality and consistency across all demonstrations.Achieve set metrics for data collection volume and quality during your shifts.Important Note: This is a metrics-driven role where you will be expected to meet specific data collection targets throughout your shift. The work involves repetitive task execution, making the quality of data collection critical for our AI training success.