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Path Robotics

Autonomous robotic welding systems provider

Engineering Manager - Mechanical Design

Engineering LeadershipUpdated on Nov 12
Full-timeColumbus, OH, USANo salary listedIn-person

About the Job

Requirements

  • A degree in Mechanical Engineering, Mechatronics, Robotics, or a related field, or equivalent practical experience.
  • At least 7 years of experience in mechanical engineering, robotics, automation, or industrial hardware development.
  • At least 2 years of experience leading or managing engineering teams.
  • Strong technical background in mechanical design, electromechanical systems, and robotic hardware development.
  • Experience designing end-of-arm tooling, grippers, fixtures, or sensor-integrated robotic systems.
  • Understanding of sensor integration, calibration, mechanical tolerances, and hardware reliability.
  • Experience developing mechanical and electrical interfaces for complex robotic systems.
  • Proficiency in SolidWorks or equivalent computer-aided design software and product data management-based design workflows.
  • Demonstrated success bringing complex hardware products from concept through production and deployment.
  • Strong technical judgment, project management skills, and ability to balance competing engineering priorities.
  • Ability to comply with U.S. export control regulations, which may include meeting the definition of a U.S. Person where required.
  • Adherence to company and federal data protection and confidentiality standards; employment may be contingent upon a background check consistent with applicable requirements.

Responsibilities

  • Lead, mentor, and develop a team of mechanical engineers, providing technical guidance, performance feedback, and career development.
  • Own engineering priorities, resource planning, and execution of mechanical hardware development initiatives.
  • Oversee the design and development of sensing end-of-arm tooling, robotic components, fixtures, and electromechanical systems.
  • Drive integration of cameras, 3D sensors, force/torque sensors, tactile sensors, and other sensing technologies into robotic hardware.
  • Define mechanical and physical interfaces between robots, tools, sensors, fixtures, and workpieces.
  • Lead technical design reviews and establish standards for reliability, manufacturability, serviceability, and system performance.
  • Partner with machine learning, Robotics, Software, and Electrical Engineering teams to translate product and model training requirements into hardware solutions.
  • Support design of tasks, fixtures, and environments used to collect robotic manipulation training data.
  • Oversee the full hardware development lifecycle, including requirements, prototyping, testing, validation, production release, and deployment.
  • Work with vendors, suppliers, and internal manufacturing teams to accelerate hardware development.
  • Drive root-cause analysis, continuous improvement, and resolution of technical challenges identified during testing and field deployment.
  • Support hiring, team development, and the establishment of scalable engineering processes as the company grows.
  • Comply with applicable federal regulations, including FAR and DFARS where applicable, for work performed under U.S. Government contracts.
  • Handle Controlled Unclassified Information where applicable and follow relevant data protection and confidentiality standards.

Desired Qualifications

  • Experience with robotic manipulation, industrial automation, or advanced manufacturing.
  • Familiarity with imitation learning, demonstration-based learning, or robotic data collection systems.
  • Experience integrating force/torque, tactile, vision, or 3D sensing technologies.
  • Knowledge of design for manufacturing and assembly, geometric dimensioning and tolerancing, and mechanical reliability testing.
  • Experience scaling hardware products in a high-growth robotics or technology environment.

About the Company

Path Robotics

Autonomous robotic welding systems provider

Path Robotics builds autonomous robotic welding systems for manufacturers. Its welding cells run on Obsidian, a physical AI model for welding trained inside the Weld World Model, a neural network simulator created from tens of millions of welded inches of fleet weld data. Cameras and lasers around the torch scan each part, identify seams, plan weld paths, and adapt in real time to part variation and imperfect fits, with no programming required by the user. The product line includes the AW-3 cell for large parts, the AF-1 cell that autonomously picks, fits up and welds small parts, and Rove, a mobile welding robot. Customers are fabricators and manufacturers with high-mix production, with focus on defense and shipbuilding, utility and energy infrastructure, and data center structures. Path offers its cells as robots-as-a-service with no upfront capex, a recurring fee, and 24/7 remote mission control support.

Company size
201-500
Company stage
Series E
Total funding
$589.7M
Headquarters
Columbus, OH
Founded
2014

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