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The Apple Manufacturing Design Engineer (MDE) is accountable for owning the development and implementation of innovative manufacturing processes across Apple’s worldwide supply base. In this highly collaborative role, you will work closely with Apple Industrial Design, Product Design, and Manufacturing Design partners and our worldwide suppliers. This role is empowered to bring creativity to Apple’s manufacturing approach, enabling us to deliver our best work to as many customers as possible\\n\\nYou will collaborate closely with cross-functional stakeholders in Quality Engineering, Global Supply Management, Product Design, and Industrial Design in order to ensure our manufacturing solutions meet our product quality, cost, yield, capacity, schedule, and environmental goals. \\n
Evaluate product and industrial design goals to understand the dimensional, cosmetic, and functional priorities for the product \\n\\nCollaborate with Global Supply Managers and Apple’s manufacturing suppliers to align on a manufacturing development strategy with clear goals, deliverables, and schedule \\n\\nIdentify and validate suitable assembly equipment and processes to meet all Apple design and operational requirements \\n\\nDevelop and document processes, including all parameters, consumables, and secondary operation requirements to meet defined specifications \\n\\nConduct process optimization DOEs, using data-driven and hands-on approaches together to find solutions to complex challenges \\n\\nCommunicate ongoing process development status to cross-functional teams and lead discussions to align design requirements with manufacturing capability \\n\\nTravel within India to support manufacturing partner sites and collaborate with in-region team members \\n\\nFamiliarity with a phase gate product development approach \\n\\nYou may be asked to lead development in one or more of the following areas: \\n\\nAssembly - Develop all assembly processes. Includes incorporating welding, gluing/adhesives, and mechanical fit based processes. Own qualification of equipment at suppliers, including detailed documentation of process parameters. Own yield improvement actions and process change decisions based on statistical process control (SPC) data analysis. Identify automation opportunities and support automation projects based on automation line efficiency metrics. \\n\\nDevelop fully automated SPM or integrated assembly automation in line with multiple manufacturing processes (gluing, laser welding, mechanical fastening, riveting, film lamination, spray coating, auto-wiping) \\n\\nExtensive knowledge in design of automation/equipment including mechanical/electrical component selection, mechanical/structural design of machine, electrical diagram and routing, layout and part flow design, fixture design, robot arm integration, CCD programming, Industrial PC (IPC) integration, PLC programming, running automation simulations, understanding of industrial safety standards for equipment \\n\\nDrive entire development cycle of equipment including: RFQ, ROI calculation, prototype machine design, DOE, production machine BOM finalization, DFMEA/PFMEA, FAT/SAT, safety evaluations, installation/operational/production qualification, maintenance, documentation and implementation, CT/OEE optimization, flexible/modular design for high YoY re-use\\n
5+ years of experience in high-volume mechanical product development, manufacturing engineering, tooling engineering, high-precision fabrication, or similar roles\\nBachelors or higher in mechanical, manufacturing, industrial engineering, or related fields\\nHands-on experience in the following expertise: Machine building, robotics, laser etching, laser welding, adhesive dispensing, film lamination, vision systems and IPC integration\\nUnderstanding core principles of fixture and automation design, including the use of design software and FEA for stress/structural analysis\\nUnderstanding core principles of Geometric Dimensioning and Tolerancing, Tolerance stack-up analysis\\nUnderstanding core principles of Data Analysis and Design of Experiments\\nExperience developing process DFMs, and driving corrective actions and failure analysis efforts.\\nWillingness and ability to travel domestically up to 75%
Hands-on approach to engineering and problem-solving\\nA quick learner who approaches problems flexibly and proactively identifies solutions in the face of challenges\\nStrong ability to influence using clear and concise communication skills to make data-driven manufacturing decisions\\nApplies innovative approach to problem-solving by demonstrating past experiences\\nA passion for manufacturing and engineering excellence\\nUnwillingness to compromise on quality and customer satisfaction\\nExperience working with OEMs and Contract Manufacturers in the Consumer Electronics Industry is a plus
The Apple Manufacturing Design Engineer (MDE) is accountable for owning the development and implementation of innovative manufacturing processes across Apple’s worldwide supply base. In this highly collaborative role, you will work closely with Apple Industrial Design, Product Design, and Manufacturing Design partners and our worldwide suppliers. This role is empowered to bring creativity to Apple’s manufacturing approach, enabling us to deliver our best work to as many customers as possible\\n\\nYou will collaborate closely with cross-functional stakeholders in Quality Engineering, Global Supply Management, Product Design, and Industrial Design in order to ensure our manufacturing solutions meet our product quality, cost, yield, capacity, schedule, and environmental goals. \\n
Evaluate product and industrial design goals to understand the dimensional, cosmetic, and functional priorities for the product \\n\\nCollaborate with Global Supply Managers and Apple’s manufacturing suppliers to align on a manufacturing development strategy with clear goals, deliverables, and schedule \\n\\nIdentify and validate suitable assembly equipment and processes to meet all Apple design and operational requirements \\n\\nDevelop and document processes, including all parameters, consumables, and secondary operation requirements to meet defined specifications \\n\\nConduct process optimization DOEs, using data-driven and hands-on approaches together to find solutions to complex challenges \\n\\nCommunicate ongoing process development status to cross-functional teams and lead discussions to align design requirements with manufacturing capability \\n\\nTravel within India to support manufacturing partner sites and collaborate with in-region team members \\n\\nFamiliarity with a phase gate product development approach \\n\\nYou may be asked to lead development in one or more of the following areas: \\n\\nAssembly - Develop all assembly processes. Includes incorporating welding, gluing/adhesives, and mechanical fit based processes. Own qualification of equipment at suppliers, including detailed documentation of process parameters. Own yield improvement actions and process change decisions based on statistical process control (SPC) data analysis. Identify automation opportunities and support automation projects based on automation line efficiency metrics. \\n\\nDevelop fully automated SPM or integrated assembly automation in line with multiple manufacturing processes (gluing, laser welding, mechanical fastening, riveting, film lamination, spray coating, auto-wiping) \\n\\nExtensive knowledge in design of automation/equipment including mechanical/electrical component selection, mechanical/structural design of machine, electrical diagram and routing, layout and part flow design, fixture design, robot arm integration, CCD programming, Industrial PC (IPC) integration, PLC programming, running automation simulations, understanding of industrial safety standards for equipment \\n\\nDrive entire development cycle of equipment including: RFQ, ROI calculation, prototype machine design, DOE, production machine BOM finalization, DFMEA/PFMEA, FAT/SAT, safety evaluations, installation/operational/production qualification, maintenance, documentation and implementation, CT/OEE optimization, flexible/modular design for high YoY re-use\\n
5+ years of experience in high-volume mechanical product development, manufacturing engineering, tooling engineering, high-precision fabrication, or similar roles\\nBachelors or higher in mechanical, manufacturing, industrial engineering, or related fields\\nHands-on experience in the following expertise: Machine building, robotics, laser etching, laser welding, adhesive dispensing, film lamination, vision systems and IPC integration\\nUnderstanding core principles of fixture and automation design, including the use of design software and FEA for stress/structural analysis\\nUnderstanding core principles of Geometric Dimensioning and Tolerancing, Tolerance stack-up analysis\\nUnderstanding core principles of Data Analysis and Design of Experiments\\nExperience developing process DFMs, and driving corrective actions and failure analysis efforts.\\nWillingness and ability to travel domestically up to 75%
Hands-on approach to engineering and problem-solving\\nA quick learner who approaches problems flexibly and proactively identifies solutions in the face of challenges\\nStrong ability to influence using clear and concise communication skills to make data-driven manufacturing decisions\\nApplies innovative approach to problem-solving by demonstrating past experiences\\nA passion for manufacturing and engineering excellence\\nUnwillingness to compromise on quality and customer satisfaction\\nExperience working with OEMs and Contract Manufacturers in the Consumer Electronics Industry is a plus