Magna Engineered Glass: Senior Tooling Engineer

Job Responsibilities

• Maintain and apply corporate tooling standards for injection molded encapsulation tools.
• Identify, evaluate, and maintain qualified tooling suppliers with demonstrated capability in encapsulated glass molding, including vertical presses, robot assisted glass loading, and automated demold.
• Develop and validate new tooling processes including: Encapsulation overmold of automotive glass, Dynamic pressure pad systems, Magnetized bezel or stiffener insert molding, Soft seal tooling and integrated glass fixturing systems.
• Lead mold design reviews; verify parting lines, gating, runner systems (hot & cold), steel selection, shrink rates, cooling strategy, and texturing requirements.
• Ensure tool designs incorporate requirements for glass edge protection, dimensional stability, adhesion performance, and sealing surfaces.
• Maintain complete data retention: 2D/3D tool designs, CMM reports, process sheets, hot runner data, and material/manifold documentation.
• Evaluate new product quotes for feasibility of glass encapsulation molding, including: Glass edge tolerances and flatness, Cross section design for seals, beads, and retention features, Adhesion and overmold bonding requirements, Gate location impact on flow induced stresses in glass and polymer.
• Collaborate with Designers, Program Managers, Tooling Suppliers, and Project Engineers to ensure product design supports robust encapsulation manufacturability.
• Participate in product design reviews to confirm draft, shut offs, retention geometry, gaging datums, and warp/shrink predictions meet customer specifications.
• Prepare, manage, and approve tooling quotes for encapsulation tools within the corporate system.
• Track tool builds through timing plans, supplier visits, milestone reviews, and PPAP readiness.
• Lead sampling and launch of new tools including: Glass loading validation, Overmold sealing performance, Adhesion / peel testing, Tool debug for short shots, flash, sinks, voids, and stress marks, Validate tooling and equipment through CMM layout, glass fixture verification, and encapsulation profile conformance, Define and release spare parts, preventive maintenance plans, and critical spare steel, Support packaging, racking, and gage design reviews.
• Direct Mold Flow and CAE studies specific to encapsulated glass including: Flow front around glass substrate, Knit line and adhesion risk areas, Cooling of non uniform wall sections, Polymer stress transfer into glass edges.
• Support supplier tool builds, including on-site assessments of mold design, machining quality, tryout equipment, and process capability.
• Support component and system testing including: Glass adhesion pull tests, Weathering & UV durability, Thermal cycling and expansion mismatch evaluation, Troubleshoot issues for existing programs (e.g., de lamination, glass cracking, warp, dimension failures).
• Document all technical decisions, tool modifications, sampling results, and validation activities.
• Prepare cost reports, variance analyses, and support budgeting and forecast activities.
• Process & Continuous Improvement including: Maintain expertise in emerging encapsulation tool technologies, Develop and update work instructions, quality procedures, and tooling standards related to encapsulated glass molding, Train Tool Room personnel on encapsulation tool maintenance, repair methods, PM frequency, and safe handling of glass molds, Support implementation of new materials including TPE, low gloss PVC, PC/ABS, and future encapsulation compounds.
• Compliance & Safety including: Adhere to all Magna Engineered Glass’ safety policies and environmental regulations, Follow ISO/IATF 16949 and ISO 14001 requirements, Participate in required safety and environmental training, Perform additional duties as assigned to support departmental and organizational goals.

Requirements

• Bachelor’s degree in Engineering or related technical field highly preferred, experience in lieu of may be considered.
• 8+ years of experience in tooling, plastics, or program engineering within a manufacturing environment, with deep expertise in injection molding of encapsulated automotive glass.
• Advanced knowledge of injection mold design, polymer behavior, and manufacturing processes, including mold flow/CAE interpretation.
• Expert understanding of glass handling and fixturing, polymer-to-glass adhesion mechanisms, overmold material selection, and mold design strategies for encapsulated windows.
• Proven experience leading complex, multi-tool programs, including supplier management and budget responsibility.
• Strong ability to interpret and apply engineering drawings, CAD models, and tooling layouts.
• Demonstrated capability to develop, present, and support advanced tooling concepts, continuous improvement initiatives, and long-term manufacturing strategies.
• Strong communication, documentation, and organizational skills, with the ability to work effectively both independently and in cross-functional teams.
• Knowledge of safety standards and protocols in manufacturing environments.
• English proficiency required, with strong verbal and written communication skills. Bilingual (Spanish) preferred.