Careers | Path Robotics

You will develop and deploy machine learning algorithms for robotic welding perception, including point cloud registration, seam detection, and joint geometry estimation. You'll work on real-world embodied intelligence systems, combining computer vision, deep learning, and Python to close the skilled labor gap.

As a Senior Software Engineer on the perception team, you will architect and implement high-performance software for intelligent robotic platforms, combining real-time robotics, perception, and machine learning. You'll take technical ownership of critical components and help shape the future of our robotics stack.

You will design welding fixtures, tooling, and robotic cell layouts for automated robotic welding systems, create detailed mechanical drawings and BOMs in SolidWorks, perform FEA, integrate pneumatic and electrical subsystems, and build/validate prototypes in our manufacturing facility. You'll also support installations, resolve mechanical issues, and collaborate with manufacturing and supply chain to reduce costs and improve designs.

You will own product positioning and messaging for Path Robotics' AI-driven robotic systems, developing core narratives, driving go-to-market strategy, creating content, and building sales enablement materials. You'll work cross-functionally with product, engineering, sales, and leadership to ensure the go-to-market reflects what the company builds and who it's for.

This is a general interest posting for Path Robotics. If you don't see a specific role that fits, submit your resume and contact information so the talent team can reach out when a match is found.

You'll develop autonomous robotic welding systems by running experiments, generating custom motion plans and weld parameters, and collaborating with robotics engineers. Your work will directly advance AI-driven manufacturing solutions.

As a Deployment Engineer at Path Robotics, you will integrate robots, sensors, and software into autonomous welding systems, bridging engineering and operations. You'll configure and calibrate cell components, identify and fix software issues, and document processes to ensure seamless deployment at both manufacturing facilities and customer sites.

You will develop full-stack software for sensing and robotic systems, including hardware abstraction layers (HALs), device drivers, and ROS-based components. You'll work closely with hardware teams to integrate sensors, actuators, and robotic platforms, optimizing software for embedded compute like NVIDIA Jetson.

You will lead build deployment of Path product assemblies, including mechanical and electrical systems, light fabrication, and general facility tasks. You'll collaborate with hardware engineers on process improvement and design feedback, working hands-on to create the future of manufacturing.

You will architect Path Robotics' end-to-end data platform, building scalable pipelines for ingestion, transformation, and orchestration that fuel machine learning and robotics teams. Collaborate with ML and software engineers to deliver clean, reliable data infrastructure supporting production AI systems and real-world deployment.

As a Senior Machine Learning Engineer, you'll lead the development of a neural welding simulator to enable large-scale RL training for robotic systems. You'll work on multimodal world models, integrate them with RL pipelines, and drive sim-to-real transfer, blending research with production.

You will create technically accurate content for manufacturing audiences, including white papers, case studies, ROI tools, and demo scripts. You'll collaborate with engineering, sales, and customer success teams to ensure all marketing materials speak the language of the shop floor, translating AI and robotics capabilities into credible messaging.

You will build and maintain the infrastructure for AI/ML workflows, bridging research and production. You'll develop pipelines, tooling, and deployment systems to support robot learning and model deployment.

You will architect and build production-grade Python systems and internal tooling that enable ML, CV, and robotics researchers to rapidly experiment and deploy solutions. You'll collaborate with research and data platform teams, leading engineering best practices and CI/CD workflows while acting as a technical lead and mentor.

You will own the operational execution of Path's trade show and event program, planning and delivering high-quality regional and vertical trade shows as the company scales. This role is highly detail-oriented and execution-focused, managing day-to-day logistics and coordination to enable marketing leadership to focus on strategy.

You will develop and deploy behavioral cloning, reinforcement learning, and diffusion models for complex robotic tasks, leveraging multi-modal data and building vision-language-action models. Collaborate with cross-functional teams to integrate learning-based methods into industrial robotic cells, advancing field-ready AI systems.

As a Field Service Technician at Path Robotics, you will operate, maintain, and troubleshoot advanced robotic welding systems and automation equipment. You'll integrate cutting-edge technology into manufacturing environments, perform preventive maintenance, and collaborate with engineering to resolve issues. This role requires extensive travel to customer sites.

You will interact with and operate a state-of-the-art multi-robotic welding system, performing tasks such as loading materials, monitoring assemblies, performing maintenance and troubleshooting, and integrating autonomous welding cells into customer operations. Your work directly supports the deployment of AI-driven manufacturing solutions.

You will operate, maintain, and troubleshoot advanced robotic welding systems and automation equipment at customer sites. You'll integrate cutting-edge technology into diverse manufacturing environments, working with engineering and customers to optimize performance.

You will design, build, and refine the electrical foundation behind our automation platform, owning critical systems from concept through deployment to ensure performance, safety, and scalability across robotic welding cells and automated equipment.

You'll own zero-to-one product development for **robotics and AI systems**, driving greenfield products from concept to market launch. You'll translate complex technical capabilities into **customer-ready, revenue-generating solutions** while bringing structure and clarity to ambiguous problem spaces.

You'll support **autonomous welding cells** for a cutting-edge robotics company, operating and troubleshooting systems on an overnight shift. You'll coordinate with engineering to resolve issues and ensure efficient customer operations.

You'll coordinate **welding Design of Experiments** between Engineering and the Data Farm, ensuring **high experiment throughput** and schedule adherence. You'll manage DOEs across 8 welding cells and serve as the operational lead for **model training engagements** with customers.

You'll operate and maintain **multi-robotic welding systems** at customer sites, troubleshooting automation equipment and integrating **cutting-edge technology** into manufacturing environments. Your work will directly impact the future of embodied intelligence.

You'll lead the **development and implementation** of advanced perception algorithms for **robotic welding systems**, integrating data from diverse vision sensors. Your work will directly enable field-ready AI that adapts, learns, and performs in real-world industrial environments. You'll bridge **research and production** to deliver high-impact innovations.

You'll design and implement RL algorithms for **robotic control** in dynamic environments. Working with cross-functional teams, you'll **deploy AI solutions** on physical robots. This role offers the chance to work on **embodied intelligence** transforming manufacturing.

You'll architect **production-grade Python systems** for ML, CV, and robotics research teams. Your core impact is **building developer-friendly tools** and APIs that accelerate experimentation and deployment. This role stands out for its **direct collaboration with research and data platform teams** to solve hard robotics problems.

You'll design mechanical systems for autonomous welding robots on the sensing and mobile welding platform team. You'll own designs from concept through fabrication and field validation. This hands-on role emphasizes rapid iteration and real-world manufacturing.

You'll support **autonomous welding cells** for a cutting-edge robotics company. You'll interface with customers, troubleshoot issues, and perform preventative maintenance. This weekend shift role offers hands-on work with advanced manufacturing technology.

You'll support customers operating state-of-the-art autonomous welding cells, ensuring efficient equipment performance. You'll coordinate with engineering to troubleshoot issues and perform preventative maintenance. This role offers hands-on work with advanced robotics in a collaborative manufacturing environment.

You'll design and develop PCBs for **embedded control**, **power management**, **motor drive**, and **sensor interfacing** in robotic systems. You'll own designs end to end, from schematic capture through layout, bring-up, and integration into a working system.

You'll build cutting-edge hardware devices and calibrate robotic systems for a **manufacturing automation company**. Your work will directly impact **process improvement and design feedback** alongside deployment engineers. You'll be part of a team tackling **a trillion-dollar opportunity** to support skilled labor shortages.

You'll operate, maintain, and troubleshoot advanced robotic welding systems for a pioneering AI-driven robotics company. You'll integrate autonomous welding cells into customer manufacturing processes, ensuring precision and reliability. This role offers the chance to work with cutting-edge embodied intelligence technology in a fast-paced environment.

You'll lead **full-cycle recruiting** for technical and non-technical roles at an **AI robotics startup**. You'll partner with hiring managers to shape hiring strategies and build talent pipelines in competitive markets. This role offers **daily free lunch** and flexible PTO.

You'll architect and build **hybrid physics-ML systems** for loco-manipulation on legged robots. Your work will **enable sub-millimeter precision** in heavy manufacturing, directly closing the skilled labor gap. This is a rare opportunity to design the technical foundation of a new team from scratch.

You'll operate and maintain **advanced robotic welding systems** for a company that builds **AI-driven embodied intelligence**. You'll travel extensively to customer sites, integrating autonomous cells into manufacturing environments and troubleshooting automation equipment.

You'll own the geometric truth of every robotic welding cell, setting up FARO laser trackers and running calibration data. Your work ensures the welder knows its position within fractions of a millimeter, enabling **precision automation** for **industrial robotics**.

You'll join a new Robot Learning team as a founding member to build the team's robot-learning stack from the ground up for whole-body loco-manipulation in heavy manufacturing. You'll design training infrastructure, data pipelines, simulation environments, model architectures, and deployment workflows. This role offers the chance to shape a research stack combining visual reasoning, learned action policies, and RL fine-tuning from real customer data.

You'll own **onboarding** and **HR operations** for a high-impact People Team at Path Robotics, a robotics AI company. You'll ensure **compliance with wage and hour laws** and the ADA accommodations process. This is a hands-on role in a growing, funded startup.

You'll lead a field technician team, splitting time between hands-on technical work and coaching. You'll set technical standards, own the health of customer cells, and drive continuous improvement of **multi-robotic welding systems** for **industrial automation** clients.

You'll be an architect and caretaker of our Perception codebase, building **robust production services** for ML models that control our fleet of welding robots. You'll enable research teams to turn ideas into production-grade solutions by creating a **scalable and developer-friendly foundation**.

You'll build and lead the enterprise GRC program for a **robotics AI startup**. Your impact includes managing risk assessments, certifications, and compliance audits to **transform the company into a regulatory compliant entity**. This role offers the chance to **scale GRC from early stages** to support business growth.