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As an Experienced DevOps Engineer, you will lead and develop solutions for on-premise and cloud-based applications, focusing on CI/CD, automation, and infrastructure design including monitoring and enhancement of software quality across the delivery pipeline.

As a Motion Control Engineer, you will be responsible for the complete development process, including design architecture, technology selection, modeling, system integration, and managing timelines and budgets. You will collaborate with various teams within the organization and lead technical review meetings.

As a Global Product Support Engineer, you'll participate in the development and support of semiconductor metrology systems, ensuring system requirements and ease of use while providing technical support and documentation to field engineers. You'll analyze and solve technical issues, create maintenance procedures, and act as an escalation point for complex challenges in both remote and field environments.

Develops code for moderately difficult software projects, designs software projects, troubleshoots and tests software problems, compiles data for reports, interfaces with customers, and provides guidance to new team members.

The System Qualification Engineer is responsible for assessing system performance, executing experimental plans, analyzing data, and ensuring designs are field-ready. Collaborating closely with R&D and project teams, the engineer provides insights on performance specifications and carries out risk assessments.

The Technical Product Support Engineer is responsible for providing comprehensive technical support for hardware and systems at specific customer locations. This includes troubleshooting, installations, and upgrades. They serve as a liaison between customers and internal teams, ensuring effective communication and troubleshooting of products. Additionally, the engineer generates system performance metrics and collaborates on documentation related to technical improvements and support plans.

As an Embedded Linux Software Engineer in the SEM FPGA group, you will collaborate with a multidisciplinary team to design sophisticated real-time systems. You'll develop and integrate software for embedded FPGAs using Linux, leveraging programming languages like C and Python, while also bringing new designs to life and enhancing existing ones.