苹果Additive Manufacturing Subject Matter Expert
任职要求
Minimum Qualifications
• 2+ years of experience in metal additive manufacturing related technical roles
• Communicates technical information clearly and persuasively in both written and verbal English forms
• BS or equivalent experience or higher in mechanical, manufacturing, material science, industrial engineering, or related fields
Preferred Qualifications
• First-hand experience in laser powder bed fusion process development, including use of material characterization tools to aid in process DOE.
• Knowledge of secondary operations including powder handing and recycling, automation, heat treatment and stress relief processes.
• Applies a hands-on approach to engineering and problem-solving.
• Demonstrates commitment and tenacity; a self-starter who learns quickly and adapts to find new solutions in the face of adversity.
• Employs project management tools to effectively plan and track work to completion; diligent and reliable in completing tasks independently.
• Experience on the shop floor, in a hobby or professional context.
• Experience working with highly cosmetic parts or products is preferred.
• Ability to travel 25%+, to China, Vietnam, Germany, India, and USA.工作职责
As an MDE, you'll lead the creation, evaluation, and implementation of end-to-end manufacturing solutions for key design features on Apple’s products. You will ensure our manufacturing solutions meet our product quality, cost, yield, capacity, schedule, and environmental goals. - Evaluate product and design goals to understand the dimensional, cosmetic, and functional priorities for the product - Collaborate with Global Supply Managers and Apple’s suppliers to align on a manufacturing development strategy with clear goals, expectations, and schedules - Identify and validate suitable fabrication equipment and processes to meet all Apple design and operational requirements - Develop and document processes including all parameters, consumables and secondary operation requirements to meet defined specifications - Conduct process optimization DOE’s, using data and hands-on approaches together to find solutions to sophisticated challenges - Communicate ongoing process development status to functional teams and lead discussions to align design requirements with manufacturing capability - Provide leadership at global manufacturing sites during development and production ramp, traveling internationally, identifying root causes of open issues and driving corrective actions to timely resolution IN THIS ROLE YOU’LL: - Collaborate with internal partners and equipment suppliers to develop and refine metal additive manufacturing processes and equipment - Optimize additive manufacturing processes for Apple cosmetic, dimensional quality, reliability, and throughput requirements. Develop methods to model and characterize key performance indicators in additive manufacturing. - Support Product Design in development of metal alloys for additive manufacturing applying knowledge of 3D printing systems and powdered metallurgy - Provide expert level support to project teams utilizing metal additive manufacturing to bring designs from concept to mass production - Develop best in class qualification plans and procedures to qualify additive manufacturing equipment and materials applying DQ/IQ/OQ/PQ We will ensure that individuals with disabilities are provided reasonable accommodation to participate in the job application or interview process, to perform essential job functions, and to receive other benefits and privileges of employment. Please contact us to request accommodation. Apple is an equal opportunity employer that is committed to inclusion and diversity. We take affirmative action to ensure equal opportunity for all applicants without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, Veteran status, or other legally protected characteristics. Apple is committed to working with and providing reasonable accommodation to applicants with physical and mental disabilities. Apple is a drug-free workplace.
Apply your Mechanical Engineering experience and work multi-functionally with Product Design Engineering and Industrial Design to assess product features for manufacturability, and recommend capable production processes and equipment. With multiple material machining experience, have expertise in CNC process development, assess CNC machining process flow, review CNC fixture design DFM and drive improvement, apply proper datum to minimize tolerance stack-up, scope machining program to improve process capability and optimize c/t, develop advanced cutters with proper coating for some special use such like high shinny surface, fine texture surface, minimize burrs by cutter improvement. Lead the machine calibration criteria setup and implementation, figure out how to recover the machine accuracy by maintenance and or retrofit, down-select machine base on machine capability and process requirement, work with vendor to develop brand-new equipment from RFQ to machine validation, finally qualify machine and implementation to fulfill process requirement. Working with suppliers to define and refine mechanical tool and fixtures, which can secure the dimension and cosmetic requirement, establish process capability and readiness. Lead the c/t reduction in the NPI stage to hit the MP target. Review/define vendor’s in process control spec base on downstream process and 2D drawing requirement, define part tolerance and specifications by demonstrating process capability to Product Designers and Industrial Designers. Identify, research, develop, and qualify premier equipment manufacturers and suppliers to develop sophisticated equipment for special process use and fulfill supply chain requirement. Provide leadership at manufacturing sites during development and product production ramp. Coordination of activities and direction through clear communication between Asia and US-based teams, and vendors is a necessity. Work closely with Manufacture Design Engineers in the development of above said processes. Work with Global Supply Managers to assess facility, floor layout, provide engineering support to secure deliver material to downstream CM vendor on time and on cost. Work with Manufacture Quality Engineers to drive yield improvement through SPC, Pareto data review to take activities accordingly.
Apply your Mechanical Engineering experience and work multi-functionally with Product Design Engineering and Industrial Design to assess product features for manufacturability, and recommend capable production processes and equipment. With multiple material machining experience, have expertise in CNC process development, assess CNC machining process flow, review CNC fixture design DFM and drive improvement, utilize proper datum to minimize tolerance stack-up, scope machining program to improve process capability and optimize c/t, develop advanced cutters with proper coating for some special use such like high shinny surface, fine texture surface, minimize burrs by cutter improvement. Lead the machine calibration criteria setup and implementation, figure out how to recover the machine accuracy by maintenance and or retrofit, down-select machine base on machine capability and process requirement, work with vendor to develop brand-new equipment from RFQ to machine validation, finally qualify machine and implementation to fulfill process requirement. Working with suppliers to define and refine mechanical tool and fixtures, which can secure the dimension and cosmetic requirement, establish process capability and readiness. Lead the c/t reduction in the NPI stage to hit the MP target. Review/define vendor’s in process control spec base on downstream process and 2D drawing requirement, define part tolerance and specifications by demonstrating process capability to Product Designers and Industrial Designers. Identify, research, develop, and qualify premier equipment manufacturers and suppliers to develop sophisticated equipment for special process use and fulfill supply chain requirement. Provide leadership at manufacturing sites during development and product production ramp. Coordination of activities and direction through clear communication between Asia and US-based teams, and vendors is a necessity. Work closely with Manufacture Design Engineers in the development of above said processes. Work with Global Supply Managers to assess facility, floor layout, provide engineering support to secure deliver material to downstream CM vendor on time and on cost. Work with Manufacture Quality Engineers to drive yield improvement through SPC, Pareto data review to take activities accordingly.
Siemens Smart Infrastructure is looking for a Cost and Value Engineering (CVE) Project Leader for complex and sophisticated cost optimization projects. We as in the Smart Infrastructure division we develop networks that supply our cities with light and heat intelligently and we know our way around automation and digitalization in the process and manufacturing industries. For these and many other future projects, we need smart thinkers who bring skills, creativity, and dedication to the table. As CVE Engineer & project manager you work in a global team and are responsible for the cost and value evaluation of purchased or manufactured parts / components. You know and apply related manufacturing technologies / process through application of all CVE levers and methodologies to develop target costs and value drivers. In this position you work in a local and a global team. You will align and conduct projects with customers from different locations in China and in our global CVE team. Our teamwork applies the philosophy: “global for local and local for global”. So, what are you waiting for? Take your next career step with us! You'll make an impact by Product life cycles in a highly competitive and cost-driven environment become more complex. You take the challenge to increase our product´s value while simultaneously decreasing costs. You identify room for improvement, lead process optimization activities, calculate best cost and value positions and ensure transparency. You employ Bottom-up approaches of Cost Value Engineering indicating cost optimization targets for products and systems based on cost models per function and aggregated costs per component, cost split from system to component level and feasibility of material cost targets. You evaluate the cost impact of alternative technical options concerning the most cost-effective solution. This is teamwork and may apply support from several CVE engineers or cross functions of our customers. We give you free space to be creative. As part of your job, you set up a holistic and innovative CVE organizational structure and add value to keep it competitive in close collaboration within cross-functional teams. You always make a strong effort to ensure the adherence of all Siemens engineering policies and procedures.
Siemens Smart Infrastructure is looking for a Cost and Value Engineering (CVE) Technology Expert covering technology & methodology for specific technology like stamping part, sheet metal parts, aluminum casting, material application, electromechanical products, manufacturing process or comparable as well as assembly. As CVE Engineer you work in a global team and are responsible for the cost and value evaluation of purchased parts / components and related manufacturing technology / process through application of all CVE levers to develop quantitative target costs and value drivers, while adhering to quality and supply chain requirements. Our team works applies the philosophy: “global for local and local for global”. So, what are you waiting for? Take your next career step with us! You'll make an impact by • Evaluate and determine the best cost and value position for purchased parts / components in assigned technology field through application of Cost and Value Engineering levers and methods. • Ensure transparency in production processes, related costs and improvement potential through application of appropriate tools and methodologies for: • Cost Analysis and Optimization (CAO), • Supply Chain Productivity Improvement (SPI), • Design to Value (DtV) • Target Costing and Target Pricing (TCP). • Benchmarking (BM) • Compile feasible costs per part / component or solution as basis for bottom-up target indication and cost split as part of system target costing process. • Propose improvement measures and quantification of cost potential to functions like Procurement, R&D, Product managers or Product cost persons responsible. • Calculate cost targets for components acc. to maturity of design. Evaluate cost impact of alternative technical options (materials, manufacture methods) during the product development process. Advise engineering concerning the most cost-effective solution based on standardized design processes and production methods. • Propose technology-based and lean optimization measures in the supply chain. • Support procurement in negotiation with suppliers. • Determine material field strategy of together with Commodity Management. • Lead projects for cost transparency and optimization • Follow up on implementation of measures