Jobs at Applied Materials

Lead and manage an optical engineering team to develop high-performance optical systems for semiconductor equipment. Own complex system projects from specification through design, supplier collaboration, integration, qualification, troubleshooting, and feasibility studies. Drive R&D, vendor strategy, customer technical engagement, mentoring, alignment strategies, error budgets, and system-level requirements and risk management.

Support FP&A and Gross Margin Leadership by performing cost and gross margin analysis, financial modeling, forecasting, and monthly/quarterly reporting. Build cost-tracking frameworks, dashboards, and executive presentations; partner with Operations and Engineering to integrate cost improvement tracks into forecasts and the annual operating plan.

Manage supplier selection, audits, and performance for new product development. Ensure engineering drawing clarity, support design for manufacturability, resolve quality issues with root-cause analysis, source materials/technologies, and drive cost and lead-time improvements with suppliers.

Design and specify complex subsystems; lead architecture selection and prototyping; perform detailed engineering analysis and testing; support system integration, qualification, troubleshooting, and field support across electrical, mechanical, software and physics disciplines.

Lead global HR technology strategy, build and manage an HRIS team, drive Workday and HR platform implementations, prioritize and deliver HR tech and continuous improvement projects, apply emerging technologies (including AI), and partner with HR, IT, and Data & Analytics to ensure scalable, secure HR systems and strong employee experience.

The Mechanical Engineer IV will resolve complex mechanical issues, lead engineering projects, design tooling, and develop specifications while ensuring compliance with industry standards.

The Senior Backend Developer will design and implement scalable server-side applications, collaborating with teams on architecture and technical decisions for the semiconductor industry.

The engineer will lead the qualification and integration of complex components, support R&D activities, and define calibration procedures, requiring expertise in optics and electronics.

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

The DDP Manager III is responsible for managing customer relationships, overseeing engineers, ensuring effective system installation, and business planning. They facilitate communication between product divisions and customer support, and are accountable for financial forecasts and operational efficiency.

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

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

Manage customs declaration and clearance for shipments, coordinate with stakeholders, and ensure compliance with regulations. Assist with audits and maintain accurate records.

As a Process Engineer, you'll optimize manufacturing processes for semiconductors, troubleshoot issues, analyze data, and collaborate with R&D teams.

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.

The Application Engineer III will lead complex application activities, engage with customers for technical requirements, and optimize system performance in the display and semiconductor industry.

As a Process Engineer IV, you will design and optimize manufacturing processes, analyze data, troubleshoot issues, and collaborate with customers and vendors in the semiconductor and display industries.

Evaluates product and supplier technical requirements, supports new product introduction, improves design for manufacturability, leads supplier selection and technical audits, resolves quality issues, drives corrective actions, monitors cost drivers, and recommends manufacturing improvements. The role partners with engineering and suppliers to improve quality, cost, delivery, reliability, and risk mitigation across semiconductor equipment products.

Directs a process technology organization responsible for research, development, implementation, and enhancement of semiconductor equipment products. Leads alpha and beta product releases, resolves complex customer process issues, guides process technology managers, supports strategic planning, and establishes performance metrics. The role manages highly complex technical and business problems, influences senior executives and external organizations, and includes 10% travel.

Evaluates materials, components, systems, production techniques, and processes for product reliability. Develops reliability requirements, acceleration techniques, analytical tools, statistical process controls, and quality assurance policies. Performs FMECA, reliability modeling, supplier PQP, CRAMS test planning, receiving inspection improvements, and quality reporting. Advises design engineering, leads complex problem-solving, manages multiple projects, and supports continuous improvement.