Jobs at Inalfa Roof Systems Group B.V.

Supports global advanced manufacturing engineering standards for automotive roof-system production. Responsibilities include supporting end users, coordinating new and migration projects, identifying business gaps, translating improvements into requirements, participating in design, preparing engineering work packages, managing development, and releasing standards. The role collaborates with regional engineering, IT, production sites, and suppliers internationally.

Executes technical feasibility studies, risk analyses, design reviews, calculations, and product development activities for automotive roof systems. Coordinates with CAD engineers and suppliers, supports prototype builds and acquisition quotes, evaluates designs for quality, cost, and manufacturability, manages technical documentation, and implements engineering lessons learned and standards.

Designs, programs, tests, debugs, and launches automated manufacturing equipment, PLCs, robots, HMIs, control systems, and EOL test equipment. Supports electrical schematics, component selection, data collection, database development, machine troubleshooting, continuous improvement, error proofing, and process optimization. Provides technical support and training to maintenance teams while coordinating with internal departments, suppliers, and customers. The role requires expertise in automation, controls, LabVIEW, PLC programming, communication protocols, and automotive manufacturing systems.

Leads the sustaining engineering department for an automotive manufacturing site, overseeing manufacturing, product, and controls engineering. Manages daily activities, technical issue resolution, design improvements, cost reduction, planning, standards compliance, employee development, and cross-functional collaboration. Ensures robust automotive roof system designs and production processes meet customer, quality, safety, environmental, budget, and delivery requirements. The role supervises engineering staff and supports purchasing, supplier quality, operations, and global engineering initiatives.

Develops automotive roof systems by creating CAD models and drawings, managing BOMs and DFMEAs, planning and tracking DV/PV testing, resolving technical issues, supporting design reviews, coordinating engineering changes and suppliers, approving components, and providing production-line and customer technical support.

Manage product engineering for mechanical automotive roof-system projects, supporting new and sustaining programs, resolving plant issues, coaching and directing PE managers, and coordinating global engineering initiatives. Develop long-term team and organizational strategies, standardize engineering procedures and IATF 16949 documentation, and lead process optimization across the PE organization.

Develops automotive sunroof and roof systems for future vehicle models. Responsibilities include creating 3D CAD data and 2D drawings, managing bills of materials, maintaining DFMEAs, creating and tracking validation test plans, resolving testing and production issues, leading design reviews and engineering changes, coordinating suppliers and customers, supporting design-for-assembly and design-for-manufacturing analysis, and providing on-site technical support.

Lead and manage multi-discipline engineering teams to develop and industrialize automotive roof systems. Oversee project delivery, resource planning, budgets, customer relationships, risk mitigation, global standardization, and continuous improvement while collaborating with Program Management, Operations, Quality, and Manufacturing.

The ERP Support Engineer will manage daily operations and support for the ERP system, resolve user incidents, perform monitoring tasks, and assist in change implementations, ensuring quality documentation and communication with third parties.

Open application for opportunities at the Venray location. Offers attractive benefits, teamwork-oriented culture, innovation, and personal/professional development. Full-time role; contact: Beena Nair.

Develop and improve automotive sunroof modules and roof systems. Oversee engineering changes, support design of experiments, DFM/DFA analysis, testing, cost reduction, root-cause investigations, and manufacturing quality issues. Provide technical input on supplier and customer assembly plant issues, update DFMEAs, support continuous improvement and Kaizen activities, and make minor CAD drawing updates while ensuring compliance with automotive quality, environmental, and safety standards.

Act as HR business partner to management and executives, implement global HR processes, identify business HR needs, coach and up-skill managers, ensure cross-functional alignment, and support complex people-related matters including labor law and union interactions.

Manage supplier base for automotive roof systems, negotiate terms, certify and audit suppliers, oversee purchasing for projects, ensure timely delivery and quality, support VAVE cost-saving initiatives, and maintain supplier relationships.

Design, implement and test embedded C software for automotive sunroof systems. Create software architecture and detailed designs, develop anti-pinch algorithms, perform static/dynamic code checks and unit/module tests, manage versioning and releases, follow ASPICE, coordinate integration and testing with hardware/electronics engineers, and audit supplier software deliverables.

Design, develop, and support control systems for automotive roof mechanisms in collaboration with OEM partners. Work on product development for future car models, participate in cross‑functional teams, and contribute to engineering solutions at the Auburn Hills assembly location.

Support budgeting, forecasting, and financial modeling; prepare monthly P&L and KPI reports; analyze costs, profitability, and variances; act as finance business partner to operations; support CapEx evaluation, audits, compliance, and documentation; drive cost optimization and ad-hoc financial analyses.

Lead cross-functional project teams to develop roof systems for automotive customers, ensuring project delivery meets quality, cost, and schedule targets.