Mechanical Engineering Manager

As the Mechanical Engineering Manager, you will provide functional leadership for Enercon’s Mechanical Engineering team within our Design Engineering organization. You will be responsible for building and sustaining a high-performing team, establishing consistent mechanical engineering practices, and ensuring the organization has the technical capability, tools, and processes needed to execute electronics-based product development efficiently and predictably. This role requires strong hands‑on technical depth to guide technical decisions, review work product, coach engineers, and serve as an escalation point for complex mechanical challenges.

• You will lead and manage the Mechanical Engineering function, including team structure, staffing plans, onboarding, performance management, and professional development.
• You will establish clear expectations and consistent engineering standards for mechanical design quality, documentation, and release practices across projects.
• You will provide technical oversight across projects by reviewing requirements, architectures, designs, analyses, drawings, and verification plans—ensuring work meets Enercon standards and project needs.
• You will serve as a technical escalation point for complex design and manufacturability challenges, guiding engineers to practical, high-quality solutions.
• You will partner with project management team and other engineering managers on resource planning, prioritization, and trade‑offs across a multi‑project environment.
• You will ensure mechanical engineering deliverables align with project scope, quality, schedule, risk, and cost objectives through effective functional coordination and accountability.
• You will drive continuous improvement of mechanical engineering processes, templates, design review practices, and documentation controls.
• You will maintain and evolve the tools and systems used by the Mechanical Engineering group (e.g., CAD standards, libraries, PLM/PDM interfaces, analysis workflows).
• You will promote design‑for‑manufacture best practices and strong supplier/manufacturing collaboration across common fabrication methods (injection molding, sheet metal, castings, machining, etc.).
• You will support supplier engagement as needed by defining requirements for component specifications, manufacturing processes, and inspection criteria, and ensuring the team executes effectively with vendors.
• You will ensure appropriate risk management and design control rigor is applied on projects, including participation in design reviews, verification strategy, and transfer‑to‑manufacturing readiness.
• You will coach and mentor engineers to strengthen technical rigor, communication, ownership, and cross‑functional execution.
• You will contribute to department‑level leadership priorities, including hiring strategy, capability development, and overall project execution performance.

• You must have demonstrated success leading a mechanical engineering team in a product development environment, with strong people leadership and functional management capability.
• You must have deep practical knowledge of mechanical product development—enough hands‑on expertise to evaluate designs, challenge assumptions, and provide actionable technical guidance.
• You must have strong ability to diagnose complex technical problems and drive resolution through structured engineering thinking and effective team direction.
• You must have extensive experience designing custom plastic components and assemblies (especially injection molding), including DFM, tolerancing, tooling considerations, and material selection.
• You must have extensive experience with metal part/assembly design and fabrication (sheet metal, castings, extrusions, machined parts), including cost and manufacturability trade‑offs.
• You must have strong proficiency with 3D CAD and drawing practices (Solid Works or equivalent), including the ability to review and enforce modeling/drawing standards.
• You must have familiarity with analysis methods such as FEA and thermal simulation, with the ability to evaluate results and ensure appropriate…