This role involves leading the implementation of Design for Robotics & Automation principles to support R&D teams and manufacturing sites
Job Summary
This role involves leading the implementation of Design for Robotics & Automation principles to support R&D teams and manufacturing sites.
The engineer will conduct feasibility studies and provide design adaptation proposals to maximize automation potential in high-variant, low-volume environments.
Candidates are expected to integrate DfRA assessments into the New Product Introduction process and explore AI techniques for robotic path planning and quality inspection.
Matching Summary
This role involves leading the implementation of Design for Robotics & Automation principles to support R&D teams and manufacturing sites.
Skills & Requirements
Must-have
Design for Robotics & Automation DfRA expertise
Collaborative robots cobots experience
CAD tools Creo proficiency
Robotic simulation software skills
High variant low quantity production knowledge
Nice-to-have
AI machine learning for robotic programming
Coaching and mentoring technical teams
Cross-functional collaboration skills
Power transmission domain knowledge
Adaptive process control experience
Key Requirements
Bachelor's or Master's degree in Engineering
2-5+ years of progressive robotics/automation experience
Proven track record in DfRA methodology implementation