Application Engineer
Pubblicato il 17-10-2026 - Dürr Group in Torino
Durr Systems Italy S.p.A., a proud member of the multinational Dürr Group, is a global leader in providing cutting-edge automotive assembly systems. We deliver highly innovative products and services that cover every critical stage of vehicle production. At Dürr Group, we foster a culture of continuous innovation, collaboration, and sustainability. Our employees are empowered to grow professionally and contribute to advanced automotive manufacturing solutions worldwide.
Location: Beinasco, Turin, Italy
Employment type: Full-time with permanent contract
Gross Annual Salary (RAL) : from EUR 48.000 to EUR 60.000
Function: Application Engineering
Your Tasks
As Application Engineer Conveyor & Marriage Solutions, you will develop technically sound, competitive and executable automation solutions for automotive final assembly projects. Your main focus will be automated guided vehicles, complex conveyors and automated decking systems. You will work closely with the whole Sales team, Product Management, Engineering, Purchasing, Project Management and our international Dürr entities.
Your key responsibilities will include:
Analyze customer requests, technical specifications, layouts and production requirements.
Develop complete technical concepts for AGV, AMR, marriage, decking, conveyor and material-handling applications.
Define system architecture, operating principles, equipment selection, interfaces and technical boundaries.
Prepare preliminary layouts, process descriptions, cycle-time concepts and technical solution documentation.
Translate customer requirements into clear scopes of supply, technical assumptions, exclusions and clarification lists.
Prepare and coordinate technical proposal packages from initial concept through final quotation.
Support the preparation and review of calculations, technical risks and opportunities.
Challenge proposed solutions regarding functionality, standardization, cost, delivery time, maintainability and project risk.
Identify deviation