Jobs at Applied Materials

Develop a capacity dashboard under guidance to share capacity information, integrate actual build data, and analyze demand and capacity changes.

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

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

As a Fab Production Control Engineer, you'll be responsible for managing customer orders, inventory, coordinating with manufacturing and engineering, and analyzing production data to improve productivity and quality.

Owns the development, validation, deployment, and lifecycle management of system-representative test solutions. Identifies test gaps using field failures, FMEA/FMECA, nonconformances, and test data; translates failure mechanisms into requirements; leads test-system sourcing, implementation, correlation, calibration, and production deployment. Partners with suppliers, factories, design, manufacturing, and quality teams while establishing scalable test standards and improving detection effectiveness.

Manage the full lifecycle of high-value semiconductor equipment orders, including forecasts, quotations, sales orders, documentation, shipment readiness, billing support, revenue recognition, and audit compliance. Coordinate with Sales, Finance, Manufacturing, Logistics, Legal, customers, and global sites to resolve issues, mitigate risks, ensure on-time delivery, and improve processes.

Leads semiconductor process transfer from R&D to pilot and high-volume manufacturing. Reviews and trains teams on existing processes, creates transfer checklists, coordinates R&D, production, operations, integration, and hardware teams, and tracks milestones, deliverables, schedules, and risks. Supports training, tool and process qualification, factory-side execution, troubleshooting, and technology ramp activities across Singapore, Southeast Asia, and the United States.

Designs, modifies, analyzes, tests, and troubleshoots electrical and electronic assemblies, schematics, layouts, and equipment. Develops AC power distribution expertise, creates CAD drawings and product documentation, coordinates component procurement and assembly, resolves technical issues, and supports product specifications and manufacturing improvements.

Designs, troubleshoots, tests, and modifies PECVD chamber hardware and mechanical systems. Provides root-cause analysis, corrective actions, tooling, fixturing, assembly, installation, procurement, qualification, and chamber maintenance support. Conducts experiments, replicates customer issues, supports configuration conversions and safety reviews, and documents engineering evaluations and qualification results while collaborating with global engineering, operations, and facilities teams.

Designs and develops mechanical layouts, tooling, fixtures, specifications, and solutions for semiconductor equipment. Troubleshoots complex mechanical issues, performs engineering analyses and testing, coordinates suppliers and component procurement, and oversees manufacturing and installation. The role also establishes operational standards, reviews engineering documentation, and leads technical projects involving assembly, disassembly, materials, manufacturing methods, and product lifecycle activities.

Supports new product introduction, lab builds, beta testing, field readiness, documentation, quality investigations, training, spare-parts readiness, and design reviews for semiconductor automation equipment. The role works across suppliers, engineering, quality, reliability, field teams, and customers to resolve issues, improve serviceability, and prepare systems for installation and support. It requires experience with vacuum systems, robotics, substrate handling, software and firmware controls, complex electromechanical equipment, and methodologies such as FMECA, failure analysis, CAPA, and 8D.

Plans and coordinates project deliverables from initiation through implementation, tracks schedules and performance, aligns internal resources, monitors costs, supports technical design teams, and investigates obstacles to implement solutions. The role also contributes to process improvements, builds consensus, communicates sensitive information, and may lead small projects with manageable risks and resource requirements.

Coordinate project plans, deliverables, resources, tracking, reporting, and implementation. Monitor project completion, support process improvements, research obstacles, and help resolve issues while contributing to technical team development. The role requires planning and communication skills, ERP and planning software experience, and familiarity with semiconductor manufacturing.

As a Graduate/Manufacturing Engineer, develop and maintain manufacturing methods and processes, apply lean and automation principles, improve production through data analytics and Industry 4.0 initiatives, support testing/qualification, perform root-cause analysis, and collaborate across engineering, quality, manufacturing, supply chain, and service teams.

College intern supporting semiconductor process development for degas, preclean, and PVD chambers used in RLD/Bump applications. Performs process optimization, film-property measurements, data analysis, hardware characterization, troubleshooting, root-cause analysis, and technical reporting under engineer guidance while following safety guidelines.

Supports Southeast Asia communications and public affairs projects across public relations, social media, internal communications, and campaigns. Responsibilities include creating multimedia content, drafting internal communications, coordinating external agencies, measuring campaign effectiveness, supporting town halls, and engaging with trade and business associations.

Perform PVD process optimization and hardware characterization for TSV semiconductor applications. Collect and analyze experimental data, measure metal film properties, prepare reports, troubleshoot moderately complex process issues, and conduct root cause analysis under engineer guidance and safety procedures.

Plans and controls production, inventory, materials, and MRP activities. Maintains SAP work-order schedules, analyzes shortages and variances, reconciles supply and demand, manages engineering changes, supports inventory optimization, and resolves work-in-process issues. Performs forecasting, statistical analysis, data mining, and Tableau visualization using Python and SQL. Participates in production meetings, audits, process improvement, and cross-functional projects.

Plans and controls production, inventory, materials, and MRP activities. Maintains SAP work order schedules, analyzes shortages and variances, reconciles supply and demand, manages engineering change orders, and resolves WIP and inventory issues. Performs forecasting, statistical analysis, data mining, and visualization using Tableau, Python, and SQL. Collaborates with manufacturing, engineering, finance, and production teams while supporting process improvements and project initiatives.

Plans and controls production, inventory, materials, and shop-floor activities. Maintains SAP work-order schedules, analyzes shortages and variances, reconciles supply and demand, manages engineering changes, resolves WIP and inventory issues, and supports MRP accuracy. Performs forecasting, statistical analysis, data mining, and Tableau visualization using Python or SQL. Participates in audits, production meetings, engineering projects, and process-improvement activities.