Jobs at Applied Materials

Manage production and inventory planning through SAP/MRP: maintain order release schedules, reconcile supply and demand, handle ECO/ECR disposition, audit WIP, analyze shop-floor performance, drive root-cause corrective actions, and train planning personnel to ensure material availability and manufacturing efficiency.

Plan and control production and inventory via MRP and SAP. Manage production order releases, perform shortage and variance analysis, reconcile supply and demand, handle ECO/ECR disposition, support floor audits and WIP resolution. Drive inventory control, process control (root cause/cycle counts), and lead data analysis/forecasting projects using Tableau, Python, and SQL to convert data into actionable plans.

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, develop, and debug complex software for semiconductor equipment; define specifications and test plans; lead projects; interact with customers for requirements and troubleshooting.

Manage software engineering projects and teams end-to-end: define objectives, plan resources, ensure on-time delivery within specifications and costs, enforce documentation/compliance (ISO, IP, safety), drive R&D and process improvements, mentor staff, and resolve complex technical and operational problems.

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.

As a Manufacturing Engineer, you will develop and maintain fabrication methods, coordinate product improvements, and drive operational excellence using lean principles and engineering techniques.

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

As a Manufacturing Engineer, you will develop and maintain fabrication processes, coordinate product improvements, estimate costs, and participate in continuous improvement efforts.

Responsible for developing methods and processes in manufacturing. Collaborates with engineering functions on product improvements, evaluates test data, and implements continuous improvements in operations.

As a Field Service Engineer at Applied Materials, you'll install, maintain, and upgrade equipment, provide troubleshooting, and communicate with customers while training junior engineers.

As a Manufacturing Engineer, you will develop methods and processes for the fabrication of parts, improve product quality, and enhance operational excellence through continuous improvement and automation.

As a Data Scientist, you'll analyze structured and unstructured data, apply statistical methods, develop algorithms, and communicate insights to influence business strategies.

The Process Support Engineer will support semiconductor manufacturing from concept to qualification, troubleshooting complex issues and conducting experiments, while collaborating with customers and R&D teams.

Provide first-line software support for Applied Materials equipment: troubleshoot application/system issues, handle software ticketing, create and verify installation/upgrade instructions, participate in testing and documentation, deliver customer training, and provide scheduled off-hours phone/pager coverage.

Develop and apply quality standards and tests for semiconductor/display manufacturing. Prepare inspection/test procedures, analyze operational and reliability data, lead audits, determine disposition of non-compliant products, and review/release qualification packs. Read and interpret technical drawings and specifications and recommend corrective actions to resolve product, process, or procedural deficiencies.

Develop and apply quality standards, tests, and inspection procedures. Analyze operational and reliability data, recommend corrective actions, participate in audits, evaluate methods and dispositions, and read/interpret technical drawings and specifications to support qualification and product release.

Develop and maintain product quality and reliability standards, design and execute inspection and test methods, create test plans and perform failure analysis, gather and evaluate test/operational data, document results, perform FMECA and CRAMS, and coordinate PQP and supplier testing.

As a Process Support Engineer, you'll provide customer support, troubleshoot complex issues, and analyze data related to semiconductor manufacturing processes.

The Process Support Engineer guides products through their lifecycle, provides customer support, analyzes data, and resolves engineering issues in semiconductor manufacturing.