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As a Senior II Process Engineer at Applied Materials, you will develop and optimize lithography processes, design photomasks using CAD software, and analyze process engineering experiments. You will troubleshoot issues, implement new techniques, and interact with customers to resolve engineering problems, all while documenting specifications and best practices.

The Technology Program Manager oversees customer engagement and drives the adoption of new technologies. They manage a team of Process Support Engineers, ensuring installation and troubleshooting of complex systems. This role involves training, financial forecasting, and acting as a liaison between customers and the business unit, while also guiding operational quality and leading multiple teams.

The role focuses on developing profitable customer relationships in the Photonics Platforms Business, involving technical sales, field marketing, and customer advocacy for augmented reality waveguide products. Responsibilities include customer onboarding, managing project plans, negotiating agreements, and driving marketing strategy for revenue growth.

As a Process Engineer IV, you will design, analyze, and report on complex process engineering experiments, train engineers, and resolve engineering issues. You will implement new technologies, interact with vendors, and lead engineering projects while ensuring safety guidelines are followed.

The HW Qualification and Development Support Team Engineer IV will support R&D module integration, calibration, and qualification. The role involves leading complex component qualifications, providing risk assessments, executing qualification plans, and defining production documentation. The position requires deep technical expertise, problem-solving capabilities, and effective communication skills.

The CIM Solution Architect V will lead integration and enhancement of CIM, collaborating with engineering heads to improve architecture, understand functionality, identify customer pain points, and provide solutions. They will offer technical leadership, manage risks, and document project phases while promoting modern architectural design patterns.

The engineer will develop and improve plasma physics software, specifically focusing on low-temperature plasma modeling for applications in semiconductor manufacturing. Responsibilities include creating new models, collaborating with scientists, mentoring junior engineers, and participating in software lifecycle management from planning to quality assurance.