Manufacturing Engineer 3 at Lam Research

Bengaluru, karnataka, India -

Full Time

Start Date

Immediate

Expiry Date

23 Feb, 26

Salary

0.0

Posted On

25 Nov, 25

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Manufacturing Engineering, Cost Modeling, Metal Machining, Design for Manufacturability, Problem Solving, Supplier Management, Project Management, Value Analysis, Value Engineering, Advanced Materials, Metrology, CAD Applications, Cost Reduction, Heat Treatment, Surface Treatment, Additive Manufacturing

Industry

Semiconductor Manufacturing

Description

As a key member of Cost Performance Engineering group, you will be responsible for developing accurate and consistent should-cost models for metal machining commodity. These cost models will be used to identify cost improvement opportunities, determine product feasibility, and potential cost avoidance. You will partner with Engineering, Product Management, sourcing (Materials Program Management / MPM for new product and existing products, Supplier Business Management / SBM, Supplier Engineering and Technology / SET). The objective is to enable cost leadership and sustained competitive advantage, maximizing the value of Lam's new products, starting with the commodities of metal machined parts components. Position will focus on realizing results through the following: Executes should costing for large and complex metal machined components, and assemblies used in wafer fabrication equipment Acts as an enabler to drive down Cost of components/assemblies by influencing Design on Manufacturability, Costs and Technical Cost validations. Serve as a technical process expert for complex problems across engineering, manufacturing, sourcing, product management, and suppliers to solve business critical issues. Develop and execute plans to qualified suppliers to meet new product introduction, supplier transition in a timely and cost-effective manner. Participate in design reviews and provide suggestions for value addition and engage in various activities with cross functional teams utilizing material cost/design knowledge to drive cost/quality improvement. Plan and execute vendor visits in conjunction with our SBM, MPM & SET groups to conduct research for development/validation of cost models. Evaluate new product needs and assist in developing advanced roadmaps including technology solutions, investment, and overall technology strategy. Deliver the results for Cost avoidance and Cost reduction projects Bachelor's in production / manufacturing / mechanical engineering with 5 to 8 years of experience in relevant industry. Ability to perform should costing for metal machined or sheet metal components and assemblies based on manufacturing methods, cycle time, materials, labor, overhead, and other costs. In-depth shop floor knowledge of metal machining manufacturing process and alternate manufacturing methods for high-end precision manufacturing of large, high-complex metal machined components. Hands-on experience in other manufacturing methods like casting, forging, extrusion, machining, EDM, bonding and joining, advanced materials and coatings, additive manufacturing. Proficient in pre and post treatment / secondary operation (Heat treatment, Surface treatment/Coating etc.) Thorough knowledge of materials such as aluminum alloys, steel grades, nickel and proficient in dealing with Limit, Fit and Tolerances, GD&T, Metrology. Demonstrated Problem Solving skill. Knowledge of Semiconductor / Wafer fabrication equipment industry Exposure to Costing techniques & Software, and exposure to CAD applications NX, Creo Exposure to supplier management and negotiation Knowledge in Project Management tools (MS Project), exposure to Value Analysis / Value Engineering (VAVE) concepts and Cost Reduction idea

Responsibilities

Develop accurate should-cost models for metal machining commodities to identify cost improvement opportunities and determine product feasibility. Collaborate with cross-functional teams to drive down costs and solve complex engineering and manufacturing problems.