Product Engineer - Supplier Engineering Technology

The group you’ll be a part of

The Global Operations Group brings information systems, facilities, supply chain, logistics, and high-volume manufacturing together to drive the engine of our global business operations. We help Lam deliver industry-leading solutions with speed and efficiency, while actively supporting the resilient and profitable growth of Lam's business.

At Lam, as a Supplier / Product Engineer, you thrive in a high-stakes, dynamic environment, driving product development at the forefront of the semiconductor equipment industry. Collaborating closely with suppliers and internal teams, you will provide real-time problem-solving to customer challenges and to enhance our products. Your passion for engaging with customers and innovative engineering drives progress in our industry, tackling the once unsolvable.

In this role, you will directly contribute to the successful management of existing power supplies, as well as closely working with our product groups to qualify new ones and be part of the team that will enabling our tools to continue to be the best in the industry. This role will also involve all sorts of innovative analog and digital DC and RF circuitry which are the engine behind our most advanced equipments and have very high impact to the semiconductor field.

Supplier Engineering groups are fairly unique within Lam in that we work across a wide variety of suppliers and interact with all the Business Units within Lam's Product Groups. This is an opportunity to be at the center of the activities and put the successful candidate in a highly visible position making a real difference.

This position as a Supplier Engineer must both have strong technical knowledge and Program Management skills to manage multiple projects effectively within timelines and effectively collaborate with multiple groups.

• Collaboratively work with suppliers and engineering groups on High-voltage Power Supplies and high-power analog power generation (RF and non-RF); this includes managing quality for existing designs (as interface between field teams, engineering teams, and suppliers); also work with Product Groups to design state-of-the-art new ones within our product roadmaps.
• Deep knowledge of PCBA designs and manufacturing.
  • Ability to work with the suppliers to understand how the designs will meet the specs and operate reliably in our environment: that implies ability to work with the design engineers and properly assess FMEA & influence their designs.
• Ability to specify and qualify automated assembly and test equipment, since testing is a key part of having successful products that work 100% of the time.
  • This includes ability to propose and oversee DOEs (Design-of-Experiments) and Gauge Studies, manage transfer standards, calibration practices, design-for-manufacturability, SPC and Cpk/Ppk expertise + data analysis skills.
• General knowledge of Systems Engineering basics.
  • Electro-mechanical assembly and component integration.
  • How to apply
    
    FW/SW/Communications & Controls in complex device operations for fast switching.
• Lead/participate in teams to design and conduct experiments, tests, and prototypes to resolve complex technical problems.
• Present analysis and support technical recommendations clearly and concisely.
• Collaborate with cross-functional and cross-cultural teams to guide the specification and development of new products, with a specific focus on productization in high volume and design-for-manufacturability
• Provide technical support for installation and/or diagnosing, troubleshooting, repairing, and debugging complex product issues.
• Be a leader in problem-solving, defining the problem, identifying objectives, assessing risk, developing approach, analyzing results, and providing recommendations.
• Implement industry standard process control techniques to manage production efficiencies and quality.
• Expertise in Reliability Engineering, design-for-reliability (e.g., Reliability Block Model, Accelerated-Life Testing, Fault Insertion, Weibull analysis).
• Basic Supplier Engineering activities, in order to sustain product lifecycle (change control, obsolescence management,…