Robotic Process Engineer (Automotive)

Location: On-site in Chatsworth, California, United States

Company

hirify.global builds software-defined factories that combine advanced metal forming, robotics, and automated production to manufacture complex metal structures from digital designs.

What you will do

• Generate and modify CAD models for automotive structural frame components and exterior body panels.
• Convert CAD designs into robot tool paths using the internal software stack and RoboCraftsman system.
• Analyze RoboForming data and 3D scan results to evaluate part quality and identify improvements.
• Design and execute structured experiments to optimize forming parameters and tool path strategies.
• Collaborate with product managers, hardware and software engineers, manufacturing engineers, designers, fabricators, and external customers.
• Document processes, results, and analyses while making autonomous decisions and refining strategies based on real-world outcomes.

Requirements

• B.S. in Mechanical, Manufacturing, Industrial, Aerospace Engineering, or a related field.
• 0–2 years of experience in manufacturing, robotics, or prototyping.
• Proficiency with at least one CAD tool, such as SolidWorks, CATIA, NX, Fusion 360, or Rhino.
• Familiarity with CAM, tool path generation, or robot programming, plus strong data analysis skills using MATLAB, Python, advanced Excel, or similar tools.
• Ability to work in open-ended problem spaces, follow standard processes, maintain attention to detail, and prioritize occupational safety.
• Ability to work hands-on in a fast-paced manufacturing environment and communicate effectively with interdisciplinary stakeholders.

Nice to have

• CAD surface modeling expertise.
• Experience with industrial robots such as FANUC, KUKA, or ABB.
• Knowledge of CNC machining, additive manufacturing, or other digital manufacturing processes.
• Exposure to 3D scanning, inspection systems, or metrology tools.
• Experience with Python scripting, software development, software architecture, or computational geometry.

Culture & Benefits

• Hands-on engineering work focused on advanced robotic metal forming for automotive applications.
• Collaboration with engineers, designers, fabricators, software teams, hardware teams, and automotive customers.
• Opportunity to develop new hardware, software, tools, workflows, and manufacturing capabilities.
• Safety and occupational hazard prevention are emphasized in the manufacturing environment.