Job SummaryThe Manufacturing Engineering Analyst is responsible for developing the manufacturing concept for new projects. This involves providing technical leadership to the development team and ensuring process definition, documentation, and timely delivery of prototypes.Main ResponsibilitiesDefine the manufacturing concept for new projects, covering all development phases from quotation to serial production start.Provide technical leadership to the development team during project implementation.Analyze and confirm product feasibility.Industrialize the product according to schedule, cost, and quality targets.Process Planning and DesignDevelop and configure the manufacturing process and production layout, obtaining approval from relevant departments.Create and maintain M-BOMs, BOPs (Bill of Process), and process routings.Maintain the project schedule for Manufacturing Engineering tasks, including management of Capex and Tooling timelines and budgets.Prepare production tests (IPT, MPT, EMPT) according to the project timeline.Conduct risk and opportunity analysis with the program team.Ensure and monitor the fabrication and on-time delivery of prototypes or samples for internal and external customers.Implement Lessons Learned from the prototype phase into serial production.Create and maintain the Process FMEA based on the Product FMEA.Review and release product drawings within the Simultaneous Engineering team.Quality, Documentation, and HSEEnsure preparation of technical documentation related to production equipment (e.g., Specification Books) and provide it to internal and external interfaces.Participate in the Engineering Change team, managing and implementing actions related to the assigned project.Review customer requirements (RFQ/SOR) as part of the Core Team for areas under own responsibility.Supplier and Procurement ManagementApprove and release equipment in collaboration with the development team.Plan launch costs and align them with Project Management.Plan and ensure budget compliance for production equipment (machines and tooling).RequirementsBachelor's degree in Mechanical Engineering, Welding, Materials Engineering, or related fields.