Top Engineering Jobs

Develop and maintain manufacturing methods, operating sequences, and processes for semiconductor equipment assemblies. Coordinate product improvements and new product releases, reduce costs, improve quality, establish time standards, recommend tooling, develop test procedures, and investigate root causes. Lead corrective actions, PFMEA activities, and supplier issue management, including travel to troubleshoot and resolve technical challenges.

Designs, optimizes, and documents complex semiconductor and display manufacturing processes. Performs hardware characterization, measures film properties, analyzes data, troubleshoots issues, partners with vendors and customers, implements new technologies, and leads projects and team training with limited supervision.

Design, optimize, and execute complex manufacturing processes for semiconductor and display products. Collect and analyze data, perform hardware characterization, measure film properties, create technical documentation and specifications, troubleshoot issues, engage with customers, train engineers, select vendors, and lead projects or functional teams to implement new technologies and instrumentation.

Lead data-driven operational improvement initiatives across large datasets and cross-functional teams. Provide analysis, recommendations, and executive-level deliverables to reduce cycle time and costs, apply program management, and leverage analytics and Lean/Six Sigma methods to optimize manufacturing and service processes.

Develop and maintain manufacturing methods, operating sequences, and processes for parts, subassemblies, and final assemblies. Coordinate product improvements and new-product releases, reduce costs, improve quality, establish time standards, and recommend tooling and process requirements. Develop test procedures, evaluate results, perform process failure mode and effects analyses, identify root causes, and implement corrective actions. Apply lean principles, automation, and continuous improvement to improve productivity and operational effectiveness.

Designs and integrates robotic and automation systems for semiconductor equipment. Responsibilities include evaluating mechanical, electrical, and software designs; managing OEM robot vendors; conducting robot testing and qualification; building test stands; developing testing software; troubleshooting complex systems; resolving quality issues; and supporting system integration in manufacturing and cleanroom environments.

Designs and improves mechanical systems, tooling, and processes for semiconductor equipment. Identifies and mitigates safety and reliability risks using FMECA and design verification testing, evaluates compliance with product safety standards, develops analytical tools and acceleration techniques, improves procedures, supports safety reports, investigates field failures, and collaborates with suppliers. The role also applies thermal management, component derating, and AI-enabled data analysis to improve equipment reliability and safety.

Improves manufacturing systems, material flow, facility layouts, capacity utilization, and operational efficiency. Leads industrial engineering projects and facility restructuring workstreams, including cost analysis, business cases, product introductions, process readiness, and cross-functional implementation. Develops project plans, tracks milestones, manages risks and budgets, coordinates stakeholders, and communicates status to leadership. Conducts time studies, ergonomics evaluations, capacity analysis, and material-handling design while establishing operational standards and best practices.

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.

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.