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Path Robotics

Autonomous robotic welding systems provider

Mechanical Engineer

Design EngineeringConfirmed live in the last 24 hours
Full-timeColumbus, OH, USAIn-person

About the Job

Requirements

  • A bachelor's degree in mechanical or aerospace engineering, or equivalent.
  • Two to six or more years of experience in mechanical design for automation or robotic systems; experience in robotic welding environments is ideal.
  • Experience with fixture design, robotic cell layouts, and production automation hardware.
  • Strong proficiency with SolidWorks, including finite element analysis, and the ability to pragmatically interpret and apply results.
  • Ability to produce manufacturing-ready engineering drawings.
  • Familiarity with pneumatic systems, electrical interfaces, and mechanical integration points.
  • Knowledge of machine safety as it applies to mechanical design, risk reduction, and safe operation and maintenance.
  • Experience working with product data management or product lifecycle management systems and supporting designs through change.
  • Hands-on approach and curiosity about how designs translate to the shop floor.
  • Focus on repeatability, deployment efficiency, and operational scale.
  • Ability to seek feedback from internal and external customers and use it to drive continuous improvement.

Responsibilities

  • Design welding fixtures, tooling, and robotic cell layouts for automated robotic welding systems.
  • Create build-to-print part and assembly drawings, mechanical bills of materials, and layouts in SolidWorks, applying geometric dimensioning and tolerancing as needed.
  • Perform structural validation using SolidWorks Simulation and finite element analysis to support design decisions.
  • Design and integrate pneumatic and low-voltage electrical subsystems within mechanical assemblies.
  • Build and validate designs at the manufacturing facility through hands-on prototyping.
  • Assist in manufacturing through machine shop work and assembly as needed.
  • Support builds, kitting, and installations, resolving mechanical issues as systems are deployed.
  • Implement engineering change requests driven by build and field feedback.
  • Partner with manufacturing and supply chain to reduce bill-of-materials cost, improve availability, and standardize parts.
  • Capture lessons learned and incorporate improvements into standards, libraries, and future designs.

Desired Qualifications

  • Experience in robotic welding environments.

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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