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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.

The role involves developing and maintaining manufacturing processes, coordinating product improvements, estimating costs, and conducting evaluations on manufacturing and testing. It requires participation in process analysis and implementing corrective actions to ensure product quality within engineering and operations.

The Technical Product Support Engineer III at Applied Materials provides support for tool installations and troubleshooting in the Semiconductor industry, working closely with teams and customers. Responsibilities include participating in product introductions, addressing escalations, leading projects, and effective communication with stakeholders. Travel is required to customer sites across Europe, often on short notice.

As a System Engineer at Applied Materials, you will design advanced systems for chip manufacturing, perform complex experiments, and lead projects as a chief system engineer. You will troubleshoot issues and collaborate with a multidisciplinary team to develop innovative solutions.

The Application Development Engineer III is responsible for developing innovative solutions using FIB tools, evaluating their capabilities, and defining solutions to improve quality and TPT. The role involves developing best-known methods, conducting complex problem-solving, interfacing with customers, and analyzing results. A strong background in semiconductor devices and hands-on experience with FIB tools is required.

The System Qualification Engineer will collaborate with development teams to ensure new products meet high standards. Responsibilities include risk assessment, validation, testing, and final design approval, along with developing validation tools and performing detailed analyses.

The Motion Control Engineer will lead the end-to-end development of multi-axis motion systems, involving design, testing, integration and collaboration with multiple engineering groups. Responsibilities include architecture design, specifications, modeling, simulation, system integration, and project management.