Top Engineering Jobs

Owns New Product Introduction tasks for complex modules: BOM development, OMS validation, 3D virtual modeling (MLO/DMU), change control (ECO/NSR/CCB), RCCA/LTCA, managed builds, and technical support/training for manufacturing and suppliers.

Lead and execute complex mechanical design and analysis for semiconductor/display equipment. Troubleshoot difficult mechanical issues, produce engineering test reports, develop layouts and custom tooling, specify documentation, and coordinate suppliers and manufacturing processes. Communicate technical solutions and establish standards across operations.

Lead process engineering for Applied Materials equipment at customer sites: manage install base and new-product application performance, define and implement process roadmaps, support installations and qualifications, train local support teams, drive continuous improvement, and own new system evaluations to ensure customer productivity and satisfaction.

Design, modify, and troubleshoot electrical assemblies, schematics, and control architectures for semiconductor equipment. Lead subsystem architecture, perform engineering analysis, build/qualify prototypes, support integration and testing, and provide field support to ensure manufacturability, reliability, and specification compliance.

The Process Support Engineer will manage customer interactions, assist in equipment performance optimization, conduct installations, troubleshoot systems, and analyze data to enhance semiconductor manufacturing processes.

Develop procedures for servicing products, addressing field issues, conducting failure analysis, and training customer engineers on new products.

Lead R&D for next-generation electron beam metrology: define eBeam technology roadmap, simulate and optimize electron optics, build prototypes and run tests, manage cross-functional projects, coordinate external collaborations, and support IP efforts.

As a Process Engineer, you will design and optimize manufacturing processes, troubleshoot engineering issues, and collaborate with R&D teams for semiconductor and display technologies.

The Plasma Etch System Engineering Director leads projects on plasma etch systems, designs engineering programs, and drives NPI productivity while collaborating with business teams and clients.

The Module Process Engineer IV leads technical discussions, implements Continuous Improvement Projects, resolves complex issues, and mentors junior engineers in dielectric deposition technologies, driving customer success and improving KPIs.