Bachelor's degree in Automation Engineering, Electrical Engineering, Mechatronics, or related field.
Experience with virtual commissioning and simulation platforms (e.g., Process Simulate, DELMIA).
Knowledge of automotive manufacturing processes and digital engineering methods.
Experience improving engineering workflows and toolchains for model-based development.
Existing network in automotive, supplier, logistics, or mechanical-engineering manufacturing in the US.
Strong expertise in CAD design, PLC programming, robot programming, or electrical design.
Several years of experience in virtual commissioning or industrial simulation.
Responsibilities
Design and develop virtual commissioning models for automated production equipment.
Create digital models for the virtual validation of manufacturing systems and controls logic.
Collaborate with various engineering teams to ensure model accuracy and workflow efficiency.
Support validation activities using digital models to identify issues early.
Develop engineering utilities and automation workflows to enhance efficiency.
Track tasks and communicate findings and recommendations to stakeholders.
Deliver model-creation and digital-services engagements for fe.screen-sim customers.
Benefits
Opportunity to become the resident fe.screen-sim expert in the organization.
Involvement in customer support and training initiatives.
Access to technical workshops and sales-training programs.
Collaboration with cross-functional engineering teams to enhance skills.
Potential for career advancement within a dynamic industry.
Full Job Description
DESCRIPTION
Core engineering
Design and develop virtual commissioning and simulation models for automated production equipment and manufacturingprocesses in automotive and general-industry environments.
Create digital models independently to support the virtual validation of manufacturing systems, controls logic, and processbehavior.
Collaborate closely with mechanical, electrical, controls, and software engineering teams to ensure the virtual modelaccurately reflects the physical system and supports an efficient engineering workflow.
Support validation and testing activities using digital models to identify issues early and improve commissioning readiness.
Develop engineering utilities, automation workflows, and model-generation tools to improve efficiency and standardization.
Track assigned tasks, document findings, and communicate results and recommendations to project stakeholders on aregular basis.
Partnership delivery
Deliver model-creation and digital-services engagements for fe.screen-sim customers - a primary value stream of the USpartnership.
Help stand up and run first-level customer support and training - the capability that anchors the long-term support modelwith F.EE.
Become the resident fe.screen-sim expert: integration, configuration, troubleshooting, and best practices.
Customer-facing
Deliver technical workshops and demos. F.EE leads the provide technical workshop and dedicated sales-training program;you absorb that capability over time.
Support the technical sales cycle as the credible engineering voice: solution scoping, ROI framing for virtual commissioning,and answering the hard technical questions.
Contribute to building the US pipeline of net-new accounts across automotive and suppliers, logistics, automation, and mechanical engineering.
REQUIREMENTS
Bachelor's degree in Automation Engineering, Electrical Engineering, Mechatronics, or a related field.
Experience with virtual commissioning and simulation platforms used in industrial automation (e.g., Process Simulate / PlantSimulation, DELMIA, Visual Components, Emulate3D, ISG-virtuos, or comparable).
Knowledge of automotive manufacturing processes, production equipment, and digital engineering methods.
Experience improving engineering workflows, automation libraries, or toolchains for model-based development.
Existing network in US automotive, supplier, logistics, automation, or mechanical-engineering manufacturing.
Prior customer-facing, pre-sales, or training experience a plus.
Strong expertise in at least one of the following: CAD design,PLC programming, robot programming, or electrical design.
Several years of relevant experience in virtual commissioning,digital twin development, or industrial simulation.
Hands-on experience with machine or plant software and commissioning activities (preferred).
Programming experience in higher-level languages (e.g., C#) is a plus.
