Divergent Automation Engineer supporting daily operations of robotic work centers and programming robots for production parts and projects. Responsible for simulation studies, process improvements, and maintaining automation documentation.
Responsibilities
As an Automation Engineer on the Advance Manufacturing team, you will be at the forefront of implementing advanced automation and robotics systems in our production environment. You will support the day-to-day operations; help refine processes and enable scalability. This role is hands-on, fast-paced, and essential to delivering high-precision, high-reliability hardware across automotive, aerospace, and defense programs.
Create Simulation Studies in Process Simulate on Teamcenter (Tecnomatix)
Help create and maintain customer product manufacturing data for automated work centers.
Help maintain kinematic libraries of hardware systems in robotic simulations
Generate optimal assembly sequences and validate feasibility
Perform reach & access studies and validate assembly sequence logic and interference-free robot motions.
Program robots and automated systems to perform specific tasks and functions
Troubleshoot and resolve any issues with existing automation systems to ensure smooth operation.
Help create and maintain documentation for all automation and robotics systems, including specifications, manuals, and training materials.
Train and mentor other team members on the operation and maintenance of automation and robotics systems
Continuously monitor and analyze data from automation systems to identify areas for improvement and recommend solutions.
Provide insight, data, & learnings to our development team to help inform our next generation robotic platforms.
Qualification
Ability to lift up to 50lbsAbility to climb up and down ladders3+ years of Robotics Simulation workWork EnvironmentWorking near moving mechanical parts
Required
Ability to lawfully access information and technology that is subject to US export controls
Mechanical Engineering degree (or equivalent discipline) or 6+ years’ experience in aerospace and/or automotive manufacturing.
1+ years performing Robotic Simulation studies for industrial robotic systems or 2+ years of hands-on programming of industrial six axis robots: Kuka, ABB, FANUC, Yaskawa.
Proficiency In CAD (preferable NX) and Simulation Tools.
Ability to lift up to 50lbs.
Ability to climb up and down ladders.
Capable of working autonomously within the focused area.
Prior work experience in Engineering & Metrology Principles and Theory.
Strong communication and collaboration skills, able to work effectively with other technicians, engineers, and project teams.
Must Be Able to Identify and Resolve Issues Quickly and Efficiently, Using Data-Driven Approaches and Critical Thinking Skills.
Preferred
3+ years of Robotics Simulation work
Experience with generating and optimizing collision-free robotic motion paths and processes
Experience with analysis and optimization of robotic system layouts and processes
Experience with manufacturing automation in automotive or aerospace environments
Applications experience with robotic material handling, assembly, vision systems, adhesive systems, material removal, welding, or fastening
Work Environment
Working near moving mechanical parts
This is a hands-on position that will require standing for long durations of your day and working directly with hardware on the floor.
