Department: Supplier Engineering and Technology (SET) within the Global Supply Chain Operations group.. Focus: Working with suppliers in the vacuum technology space. Scope: This role spans New Product Introduction (NPI) and sustaining engineering, giving visibility across multiple product groups and suppliers. Unique Opportunity: Exposure to a wide range of technologies, supplier relationships, and cross-functional collaboration.Role & responsibilities AS a Supplier QA Engineer, your responsibility is to ensure supplier manufacturing processes and products meet company's quality and reliability standards. This includes: Designing, implementing, and maintaining quality assurance programs. Conducting on-site supplier audits and troubleshooting quality & production issues. Partnering with suppliers to analyze production data, identify trends, and drive improvements. Supporting development of new vacuum system components such as advanced valves, heaters, actuators, bellows, sensors, and pumps. Key ResponsibilitiesSolve technical and quality problems in semiconductor equipment manufacturing. Be accountable for supplier engineering tasks and serve as the primary point of contact for assigned suppliers. Travel to supplier sites for audits, investigations, and process improvements. Lead problem-solving analysis (Root Cause & Corrective Action, RCCA). Collaborate with cross-functional teams (Product Group, Field Service, Accounts, Quality, and Customers). Ensure suppliers follow engineering design standards, documentation, and change processes Mandatory Skills (Must-Have)Analytical & Experimental Skills Strong problem-solving capabilities (8D process, 5-Why, FMEA, Weibull analysis). Supplier & Quality Management Experience handling critical quality escalations and process audits. Manufacturing Process Expertise Knowledge of Design for Manufacturability (DFM), Design for Assembly (DFA), and failure analysis (FA). Thermal & Flow Modeling Ability to understand and analyze supplier-provided simulations. Communication & Stakeholder Management Strong skills in technical documentation, presentations, and supplier negotiations. Desirable Skills (Good to Have)Prior experience in vacuum system design. Exposure to quality & reliability systems (semiconductor, automotive, aerospace). Project Management & Leadership experience. Knowledge of Six Sigma (DMAIC), SPC tools (Minitab, JMP). Education & Experience RequirementsBachelors Degree with 12+ years of experience. Master’s Degree with 8+ years of experience. PhD with 5+ years of experience. Fields: Mechanical, Aerospace, Automotive, Metallurgical, Production, Systems Engineering

Key Responsibilities:Drive Product Strategy: Develop and execute plans for product improvements and new features. Work towards both short-term goals and long-term product roadmaps. Cross-functional Collaboration: Coordinate with hardware engineering, marketing, tech development, software, supply chain, manufacturing, etc. Work with senior management to influence key decisions. Market & Technology Insights: Analyze market trends and competitor actions. Use insights to refine product strategy and set priorities. Lifecycle Management: Oversee all phases of a products lifecyclefrom design and development to launch and maintenance. Leadership and Process Improvement: Lead by example, drive accountability, and improve internal processes. Promote innovation and cost efficiency. Experience:10+ years with a bachelors degree, OR 8+ years with a masters, OR 5+ years with a PhD, OR Equivalent experience. Required Skills:Familiarity with semiconductor equipment and possibly direct experience at customer fabs (fabrication plants). Deep expertise in your field and broad understanding of related disciplines. Strong collaboration and communication skills. Ability to present complex ideas clearly and convincingly. Problem-solving skills to handle complex, high-impact issues. Experience leading complex, high-risk projects. Preferred Skills:Understanding of product management best practices and integration with other functions. Knowledge of market competition and differentiating factors. Broad business process knowledge and awareness of regulatory/compliance issues.

Role & responsibilities Develop and maintain control system software used in machines that manufacture semiconductor wafers. Own entire software modules from start to finish that interact with various hardware parts (like motors, sensors, valves, etc.). Lead and mentor junior engineers while managing multiple software projects at the same time. Collaborate globally with teams from other countries join in design discussions, provide feedback, and work together to solve problems. Handle critical issues that arise in the field particularly those reported by customers or internal teams. Collect requirements and design software that controls machines in the wafer fabrication process. Work on bug fixing and maintenance, especially for already installed machines. Troubleshoot hardware/software communication issues like why a sensor isnt responding or a motor isn't activating as expected. Work with different communication protocols such as: Serial (RS232/RS485), MODBUS, EtherCAT (used in industrial automation). Participate in technical design reviews and guide junior team members in implementing software. Multitask and manage several development activities in parallel. Experience converting hardware specs and schematics into software that controls devices. Hands-on with object-oriented programming Good understanding of communication protocols like MODBUS or EtherCAT used between software and hardware. Strong OOP (Object-Oriented Programming) knowledge. Strong debugging, problem-solving and troubleshooting skills. Worked in different development models like Agile, Waterfall, Kanban. Must be able to communicate clearly and present technical topics effectively. Nice-to-Have Skills (Desirable):Embedded systems experience (low-level code that talks directly to hardware). Programming in C/C++ or Python. Hands-on with EtherCAT device communication. Used version control (like Git) and bug-tracking tools (like Jira). Experience with Real-Time Operating Systems (RTOS). Background in semiconductor manufacturing equipment. Understanding of distributed systems (systems where multiple software components talk over a network). Knowledge of ControlWORKS: This is likely an equipment control framework used in the semiconductor industry, possibly proprietary to Lam or similar companies. It helps standardize how machine modules interact, control flows, and device handling is done. Think of it like a software library or platform that helps build reliable and modular equipment control software.