Machine Learning and Data Science Engineer

Pioneering the Future of Robotics At Path Robotics, we are at the forefront of embodied intelligence development. Our cutting-edge AI systems empower robots to learn, adapt, and operate effectively in real-world settings, addressing the skilled labor shortage while revolutionizing various industries. We transcend conventional methodologies by merging perception, reasoning, and control, delivering AI solutions that are risk-aware, dependable, and perpetually evolving through hands-on experience. We tackle significant challenges daily, supported by a team of intelligent, humble, and motivated individuals who collaborate to transform the impossible into reality. We are on the lookout for a talented and enthusiastic Machine Learning Engineer with a strong foundation in modern robotics and manipulation. This individual will be a vital member of our Robot Learning team, focused on creating agentic AI systems tailored for industrial applications. The ideal candidate will possess substantial experience in robotics, particularly in developing and implementing advanced manipulation techniques, motion control systems, and planning algorithms for autonomous robots. This position requires close collaboration with cross-functional teams to devise, test, and deploy innovative solutions that enhance the efficacy and capabilities of our robotic systems.

Path Robotics is looking for a Machine Learning Engineer with a focus on robot learning and loco-manipulation. This position is based in Columbus, Ohio. Role overview This role centers on advancing the field of robotics by developing new algorithms that improve how robots move and interact with their surroundings. The work targets loco-manipulation, aiming to help robots perform complex tasks in changing environments. What you will do Work on projects designed to expand the capabilities of robotic systems. Collaborate with a team of robotics and machine learning experts. Develop and refine algorithms that enable robots to adapt and perform effectively in dynamic settings. Team and environment Join a group dedicated to pushing robotics technology forward. The team values innovation and practical results in real-world scenarios.

Path Robotics is looking for a Senior Machine Learning Engineer (Tech Lead) focused on Robot Learning and Loco-Manipulation. This position can be based in Columbus, Ohio or performed remotely. Role overview This role centers on leading projects that apply advanced machine learning to robotic manipulation tasks. The work involves designing and guiding the development of systems that help robots learn and adapt as they perform complex actions. What you will do Lead technical efforts in robot learning and loco-manipulation Develop and refine machine learning approaches for real-time robotic adaptation Drive projects that improve how robots handle manipulation challenges Key focus areas Machine learning for robotics Real-time adaptation in robotic systems Innovative solutions for manipulation tasks

Shape the Future with Path RoboticsAt Path Robotics, we are pioneering the realm of embodied intelligence. Our cutting-edge AI systems empower robots to learn, adapt, and execute tasks in real-world environments, thereby addressing the skilled labor shortage and revolutionizing various industries. We transcend conventional methodologies by merging perception, reasoning, and control, resulting in AI that is aware of risks, dependable, and consistently enhances its performance through practical application.Every day, we tackle significant challenges, and our team—comprising intelligent, humble, and motivated individuals—collaborates to turn the seemingly impossible into reality.In the manufacturing sector, exceptional performance, reliability, and adaptability are paramount. Processes such as welding entail rapid, intricate, and poorly understood physics that traditional simulators often fail to accurately replicate, particularly when faced with the complexities of real-world conditions.Our aim is to develop intelligent robotic systems that learn directly from data through the integration of neural world models and reinforcement learning. We strive to empower robots to learn, predict, and plan within intricate manufacturing settings by either replacing or enhancing classical physics simulators with fast, high-fidelity learned alternatives.We are on the lookout for a Senior Machine Learning Engineer to spearhead the creation of a neural welding simulator—an advanced world model that effectively captures the visual and physical dynamics of welding processes, enabling extensive reinforcement learning training. This pivotal position resides at the crossroads of generative modeling, robotics, and applied physics. It is inherently research-focused while still being rooted in practical production realities.This opportunity can be based at our Columbus, Ohio headquarters or be remote.

Join CapTech as a Lead Machine Learning and Data Science Engineer, where you will play a pivotal role in crafting and executing data-driven solutions for our diverse clientele. Your primary focus will be on designing and deploying scalable machine learning systems in enterprise settings. At CapTech, we foster a collaborative environment, providing ample opportunities to learn from and share insights with fellow analysts, architects, and our valued clients.Key Responsibilities:Collaborate with clients, data scientists, engineers, and multidisciplinary teams to develop comprehensive end-to-end machine learning solutions that address business challenges.Offer technical leadership and facilitate collaboration within and across teams to ensure alignment of technical solutions with client needs.Translate client requirements into data-driven processes, models, and analytical metrics.Analyze and process large datasets from various enterprise-level data platforms (e.g., AWS, Azure, GCP).Design, develop, and implement advanced analytical solutions utilizing client data, such as recommender systems, natural language processing, and risk assessment models.Optimize and scale machine learning systems to meet client specifications.Enhance CapTech’s Machine Learning and Data Science practices through client presentations, proposal writing, participation in business development events, and mentoring junior data scientists and engineers.

Join Path RoboticsAt Path Robotics, we are transforming the landscape of autonomous welding. Our innovative AI-driven robotic welding systems leverage advanced sensing and computer vision technologies to adapt in real time — eliminating the need for fixtures, programming, and operational limits. Join us in shaping the future of manufacturing as we seek passionate engineers eager to dive into hands-on work.Your RoleWe are in search of a Software Engineer to develop and sustain the infrastructure that underpins our AI and machine learning workflows. This position acts as a vital link between our AI research team and production — crafting the tools, pipelines, and deployment systems necessary to transition models from experimental stages to the factory floor. Ideal candidates are system thinkers fluent in ML, capable of understanding researchers' needs and constructing reliable software solutions around them.Your ResponsibilitiesDesign and maintain the software infrastructure that supports robotic learning, encompassing model training, experiment tracking, version control, and deployment.Create pipelines and tools for the collection, processing, and curation of extensive robotic sensor and telemetry data.Facilitate the deployment of AI models onto robotic systems, including simulation, hardware integration, runtime monitoring, and feedback loops derived from field data.Develop internal tools that expedite AI engineering workflows related to dataset exploration, testing, evaluation, and productionization.Collaborate closely with AI researchers and robotics engineers to translate model requirements into robust, scalable software systems.Your Profile3–6 years of experience in software engineering, with strong exposure to ML infrastructure, MLOps, or AI systems.Proficient in writing production-level software in Python, with additional familiarity in C++, ROS, or robotics software stacks preferred.Experience with PyTorch and a solid grasp of the software systems necessary for AI model development.Comfortable working with data pipelines, simulation environments, containerized workflows, and GPU computing within Linux environments.Enthusiastic about collaborating across AI and robotics domains.

About the Role Path Robotics is hiring a Mechanical Engineer focused on Sensing and Mobile Welding Robotics in Columbus, Ohio. This position centers on designing, developing, and implementing advanced robotic systems for welding applications. What You Will Do Design and develop mechanical components for robotic welding systems Work on integrating sensing technologies into mobile robotic platforms Collaborate with engineers and technical staff to solve manufacturing challenges Support efforts to improve productivity and efficiency in automated welding processes Team and Impact Work alongside a group of engineers and innovators dedicated to building solutions for modern manufacturing. The team values practical problem-solving and a hands-on approach to robotics in real-world settings.

About Path RoboticsPath Robotics is pioneering advancements in autonomous welding technology. Our AI-driven robotic welding systems leverage sophisticated sensing and computer vision to adapt in real time—eliminating the need for fixtures, programming, and limitations. We're crafting the future of manufacturing and are on the hunt for engineers eager to dive into this innovative field.The RoleWe are seeking a Software Engineer with a solid foundation in systems-level programming and experience in developing software that communicates directly with hardware. You will engage with our sensing stack, robotic platform, and computational infrastructure—writing the essential code that enables our robots to perceive, navigate, and make decisions. This position is ideal for individuals who are comfortable working closely with hardware, writing Hardware Abstraction Layers (HALs), integrating sensors and actuators, and optimizing performance on embedded computing platforms.What You’ll DoCreate comprehensive software solutions for sensing and robotic systems, including HALs for cameras, laser sensors, and communication interfaces.Enhance the software architecture integrating robotic arms, welding systems, and peripheral hardware into a cohesive control stack.Design and implement reliable device drivers, HALs, and ROS-based components for robotic applications in production.Develop and fine-tune software for embedded platforms like NVIDIA Jetson, focusing on real-time and GPU-accelerated tasks.Collaborate with hardware, firmware, and systems teams to deploy devices, troubleshoot stack-wide issues, support operations, and enhance performance in the field.Who You Are3–6 years of software engineering experience in robotics, automation, embedded systems, or a related discipline.Proficient in C++ within production environments, with practical knowledge of Python for tooling, scripting, and testing.Hands-on familiarity with ROS or ROS2 in operational settings.Experience in developing HALs, device drivers, or low-level software for sensors, actuators, and hardware peripherals.Comfortable working with embedded Linux, cross-compilation, and collaborating with hardware and firmware engineers to debug integrated systems.

Shape the Future with Path Robotics At Path Robotics, we are pioneering the next generation of embodied intelligence. Our AI-powered systems empower robots to learn, adapt, and operate effectively in the real world, addressing the skilled labor shortage and revolutionizing various industries. We leverage advanced methodologies that integrate perception, reasoning, and control, creating field-ready AI that is risk-aware, dependable, and continually evolving through real-world applications. We tackle significant, complex challenges daily, and our team—comprising intelligent, humble, and driven individuals—collaborates to achieve what once seemed impossible. We are seeking an innovative Electrical Engineer to design, construct, and enhance the electrical framework that supports our automation platform. In this role, you will take ownership of critical electrical systems from initial concept to full deployment, ensuring performance, safety, reliability, and scalability across sophisticated automated equipment and robotic welding cells. This position provides hands-on responsibilities, deep technical engagement, and the chance to significantly influence the design, construction, and deployment of cutting-edge automation products.

Join Us in Shaping the FutureAt Path Robotics, we are pioneering the next generation of embodied intelligence. Our advanced AI systems empower robots to learn, adapt, and operate effectively in real-world environments, addressing the skilled labor shortage and revolutionizing various industries. We employ innovative techniques that merge perception, reasoning, and control, providing AI solutions that are risk-aware, dependable, and continuously evolving based on real-world applications.Our team consists of intelligent, humble, and driven individuals who tackle significant challenges daily, making the impossible achievable together.As a Mechanical Engineer, you will play a crucial role in transforming the future of manufacturing by developing electromechanical components and automation systems that ensure safe part handling and high-quality welding. Our adaptable backend system seamlessly integrates robots, sensors, and existing manufacturing systems with our state-of-the-art algorithms. You will report to our Hardware Engineering Manager and collaborate with a passionate and supportive team committed to redefining the manufacturing landscape.

Role Overview Diligent Robotics is hiring a Lead Clinical Robot Associate in Columbus, Ohio. This role focuses on deploying and operating robotic systems in healthcare settings. The Lead Clinical Robot Associate guides the introduction of robotic technology into clinical workflows, making sure both staff and patients benefit from these solutions.

Role overview Path Robotics is hiring a Senior Data Engineer in Columbus, Ohio. This role focuses on building and refining the data architecture that supports the company’s robotic solutions. The Senior Data Engineer will work closely with teams from different disciplines to design reliable data pipelines and maintain data accuracy throughout various platforms.

Join Us in Shaping the FutureAt Path Robotics, we are pioneering the next generation of embodied intelligence. Our AI-enhanced robotic systems are designed to learn, adapt, and excel in real-world applications, bridging the skills gap within industries and revolutionizing manufacturing processes. We transcend conventional approaches by integrating perception, reasoning, and control to produce AI that is aware of risks, dependable, and consistently evolving through practical application.We tackle significant challenges daily, supported by our team of intelligent, humble, and driven professionals who collaborate to achieve the extraordinary.We are seeking a Technical Marketing Engineer who possesses hands-on manufacturing experience and can translate that expertise into trusted content for technical audiences.This role is distinct from traditional marketing positions. While you will be part of the marketing team, your focus will be on collaborating with engineering, applications, sales, and customer success teams. Your primary objective is to ensure that our communication resonates with shop floor professionals rather than being laden with Silicon Valley jargon.When a welding engineer reads our white paper, we want them to feel, 'These experts really understand our industry.' That's the standard we aim for.

Join our innovative team as a Clinical Robot Associate, working part-time (3 shifts of 8 hours each week) in Columbus, OH (on-site).At Diligent Robotics, we are at the forefront of revolutionizing healthcare with robots that seamlessly integrate into human teams. Our mission is to develop artificial intelligence that empowers service robots to collaborate effectively with healthcare professionals in dynamic hospital environments. Become part of our visionary and venture-backed team as we expand our customer-facing operations.As a member of Diligent Robotics’ pioneering operations team, you will play a critical role in ensuring the safe and effective use of robots within real-world hospital settings. Your strong communication skills and attention to detail will be essential as you collaborate closely with hospital staff and our engineering team while operating a fleet of state-of-the-art robots. In this founding role, you will contribute to designing and implementing processes that scale with our organization. Clinical Robot Associates are expected to troubleshoot and resolve unexpected challenges during their shifts, working collaboratively to deliver exceptional service to our hospital partners.This position requires on-site presence in Columbus, OH, and offers a competitive pay rate of $20 per hour.No engineering or robotics background is necessary; if you have experience as an outstanding customer service representative assisting busy clients, you may be an ideal candidate for this position.

Join Us in Shaping the Future of RoboticsAt Path Robotics, we are pioneering the next generation of embodied intelligence. Our innovative, AI-driven systems empower robots to learn, adapt, and excel in real-world scenarios, addressing the skilled labor shortage while revolutionizing various industries. By integrating perception, reasoning, and control, we provide field-ready AI solutions that are reliable, risk-aware, and constantly evolving through practical application.Our team thrives on tackling challenging problems, comprising intelligent, humble, and driven individuals who collaboratively make the impossible achievable.As a Hardware Technician, you will play a vital role in constructing state-of-the-art hardware. This hands-on position involves working with various tools and hardware assemblies, contributing to the future of manufacturing. You will report directly to the Operations Manager and work closely with hardware engineers on process enhancements and design feedback. Adaptability to dynamic business conditions and support for diverse operational activities will be essential in this role!

Role Overview Path Robotics is hiring a Robotic Operations Support Specialist in Columbus, Ohio. This position supports the day-to-day operation of robotic systems and helps keep automation running smoothly. The role involves hands-on technical support and close collaboration with engineering teams to improve and maintain robotic solutions. What You Will Do Monitor and support the operation of robotic systems Provide technical assistance to address system issues as they arise Work with engineers to identify and implement improvements Contribute to ongoing efforts to increase efficiency and reliability in automation

Are you passionate about making a difference but don't see the exact role that fits your skills? We invite you to Introduce Yourself to our dedicated Talent Acquisition team!By submitting your contact details and resume, you enable us to connect with you when the ideal opportunity arises.Please note: This submission does not constitute a formal application for employment.

Role Overview Path Robotics builds intelligent industrial robots that use artificial intelligence, machine learning, computer vision, and advanced sensors to automate complex manufacturing work. Our robotic welding systems help machines handle tasks with minimal human input. We are hiring a Robotic Operations Support Specialist for our weekend shift in Columbus, Ohio. This role covers Friday through Sunday, 6:00 AM to 6:00 PM. What You Will Do Operate autonomous welding cells and deliver strong customer support during operations. Work directly with customers to ensure equipment runs smoothly and meets performance goals. Partner with engineering teams to troubleshoot and resolve technical issues as they arise. Perform preventative maintenance, troubleshooting, and repairs on automation equipment, either at customer sites or locally. Diagnose and resolve issues related to welding systems, drawing on knowledge of electrical, mechanical, and vision systems. Document data and findings to help engineers address and resolve problems. Monitor cell performance and check part fit-up with attention to detail. Read and interpret engineering drawings, assembly diagrams, and electrical schematics. Maintain and service pneumatic systems, welding equipment, robotics, and electrical automation devices. Integrate advanced autonomous welding cells into customer manufacturing processes. Learn and apply Forge processes and operational commands in depth. Inspect, clean, and replace electrical and mechanical components as needed. Adjust quickly to changing priorities and challenges. Location and Schedule This position is based in Columbus, Ohio, with a weekend shift schedule (Friday-Sunday, 6:00 AM to 6:00 PM).

Join Us in Building the FutureAt Path Robotics, we are pioneering the next generation of embodied intelligence. Our innovative, AI-powered robotic systems are designed to adapt, learn, and excel in real-world environments, effectively bridging the skilled labor gap and reshaping various industries. We strive to surpass conventional methodologies by integrating perception, reasoning, and control to create AI solutions that are risk-aware, dependable, and continually enhanced through practical application.We tackle complex challenges daily, and our team of intelligent, humble, and motivated individuals work collaboratively to turn the impossible into reality.We are on the lookout for a talented and technically adept Field Service Technician to become an integral part of our vibrant team dedicated to transforming manufacturing processes. In this pivotal role, you will operate, maintain, and troubleshoot advanced robotic welding systems and automation equipment. A robust understanding of engineering principles, coupled with hands-on experience in mechanical and electrical systems, is essential for successfully integrating cutting-edge technology into various manufacturing settings.