Top Engineering Jobs

As a Systems Engineer, you'll lead projects related to semiconductor systems, focusing on algorithms, system integration, and collaboration with cross-functional teams to enhance product performance.

As an Electrical Engineer III, you'll design and troubleshoot electrical systems, lead projects, and generate engineering reports with limited supervision.

Design, modify, and troubleshoot complex electrical/electronic assemblies and schematics for semiconductor equipment. Lead or execute engineering projects, coordinate suppliers and components, perform analysis and testing, generate specifications and test reports, communicate with internal and external stakeholders, and lead functional teams to implement solutions and resolve product issues.

The GPS Engineer IV will develop procedures for new products, contribute to FMECA processes, and lead problem-solving initiatives while partnering with various quality and engineering teams.

Lead quality engineering projects focusing on reliability analysis, design for reliability, and managing supplier quality performance. Engage in product programs while utilizing statistical methods to drive improvements.

Design, develop, and modify mechanical layouts, tooling, fixtures, and specifications. Troubleshoot complex mechanical issues, perform analyses and test reports, lead projects, coordinate manufacturing/installation, and communicate technical solutions across teams and suppliers.

The Process Engineer IV will design and optimize manufacturing processes, collect and analyze data, troubleshoot issues, and collaborate with teams for semiconductor and display technologies.

The Systems Engineer will design and optimize complex systems for the semiconductor industry, analyze requirements, conduct testing, and ensure integration of subsystems.

The Engineering Director for Mechanical at Applied Materials leads semiconductor hardware development projects, managing high-performing teams and solving complex engineering problems, while collaborating globally.

Lead CVD process and hardware development for semiconductor/display manufacturing. Design, execute, and characterize processes, troubleshoot complex systems, define technical strategy, and collaborate with internal and external stakeholders to deliver world-class solutions.