Jobs at Applied Materials

Design, develop, test, and debug complex software for semiconductor equipment. Create documentation and test procedures, define specifications and test plans, troubleshoot and implement bug fixes, and liaise with internal and external customers for requirements and scheduling.

Lead and deliver complex logistics and manufacturing technology programs: engage stakeholders, define requirements, oversee solution design, integration, testing, vendor management, budgets, schedules, and risk. Drive cross-functional execution for RFID/IoT, AGV/AMR/ASRS, MHE integrations and Industry 4.0 initiatives across global teams.

The role involves coordinating customer requirements, managing the order fulfillment process, communicating order status, and supporting manufacturing projects. No supervisory duties are required, but informal guidance is provided to new team members.

The Manager IV, Customer Engineer oversees financial, manpower, and operational requirements, ensure customer satisfaction, and manages staff training and development while maintaining service quality.

Perform failure analysis and root-cause investigations; design and scale metrology workflows; set up a smart metrology lab with automation and data connectivity; build scripts and dashboards; enable data-driven decisions and pilot AI/ML use cases.

Owns assigned customer accounts, identifies customer needs, develops and implements complex sales strategies, presents product roadmaps, prepares pricing quotes and negotiates orders, coordinates demos, follows up on accounts receivable, maintains account documentation, and leads projects with cross-functional stakeholders.

As a Customer Engineer, you install, maintain, and upgrade equipment, troubleshoot issues using analytics, and ensure customer satisfaction with service operations.

Support project and program objectives, ensuring compliance with requirements, documentation, and timely completion of tasks. Engage in data collection and study of new technologies.

Develop and maintain fabrication methods, operating sequences, and test procedures for parts and assemblies. Coordinate product releases, estimate and reduce manufacturing costs using DFx and lean principles, set time standards, recommend tooling, perform Process FMEA, identify root causes and corrective actions, and support continuous improvement.

Lead technical programs from planning through deployment, managing schedules, budgets, resources, and cross-functional teams. Provide technical leadership, coordinate with customers and vendors, identify and resolve program risks, and ensure on-time, within-budget delivery of complex equipment projects.

Lead and develop a team of Process Support Engineers to support semiconductor technology adoption, equipment qualification, troubleshooting, and customer engagement. Oversee resource planning, stakeholder management, cross-functional collaboration, escalation resolution, and continuous improvement to ensure operational quality and customer satisfaction.

Provide expert-level product support for semiconductor mainframes and robot subsystems: troubleshoot escalations, develop service procedures/BKMs/ISBs, train field and customer engineers, support installations/startups, collaborate with design engineering, and ensure spare parts readiness to improve tool performance and stability.

Design and build the foundational data layer, pipelines, and integrations for a manufacturing data platform. Develop backend services, APIs, and user-facing applications; implement data quality, monitoring, resilience, and audit capabilities; produce documentation, runbooks, and QA for production readiness; collaborate with operations and stakeholders to iterate on UI/UX and business logic.

The Manufacturing Cybersecurity Engineer ensures cybersecurity standards in manufacturing locations, managing risks, conducting assessments, and implementing security measures and protocols.

The Mechanical Engineer will design, troubleshoot, and implement mechanical systems, oversee manufacturing, and coordinate project specifications, ensuring compliance and resolving technical issues.

The role involves integrating robots and IoT technologies in warehouse operations, focusing on RFID and automation solutions, while managing real-time tracking and issue resolution.

Manage transitions for new product introductions, ensuring compliance with engineering specifications and manufacturing readiness while coordinating cross-functional teams.

Manage production and inventory planning using MRP and SAP to ensure materials availability. Analyze shortages, reconcile supply/demand, handle ECO/ECRs, support floor audits, drive cycle counts, and forecast spare parts. Use data analysis, Python/SQL, and Tableau to convert data into actionable plans and support engineering projects.

Design and develop complex software for semiconductor equipment components; produce documentation and test procedures; troubleshoot and implement bug fixes; define software specifications and test plans; and communicate with internal and external customers for requirements, scheduling, and troubleshooting.

Responsible for developing and maintaining manufacturing methods, coordinating product improvements, estimating costs, and driving operational excellence through process evaluation and continuous improvement.