Top Engineering Jobs

Leads advanced semiconductor process engineering and customer technology engagements. Resolves complex process issues through troubleshooting, root cause analysis, DOE, and statistical methods; drives process optimization, yield improvement, technology transfers, demonstrations, beta programs, and new product introductions. Advises strategic wafer fabrication customers, influences product strategy and roadmaps, presents to executives, and coordinates cross-functional and joint development initiatives involving Logic, DRAM, NAND, or advanced packaging technologies.

Leads a systems engineering organization responsible for complete engineering programs, product strategies, design approaches, budgets, schedules, and specifications. Provides direction to engineering managers, aligns programs with business objectives, establishes performance metrics, resolves complex engineering and business issues, and interfaces with internal and external customers. The role leads through multiple management levels and requires approximately 50% travel.

Leads multidisciplinary teams developing advanced semiconductor equipment chambers from concept through manufacturing readiness. Owns technology roadmaps, product architecture, technical execution, customer issue resolution, risk retirement, and product performance. Provides expertise in plasma and chemical interactions, materials compatibility, defectivity, cleanliness, reliability, and manufacturability while coordinating with product management, manufacturing, supply chain, service, and customer-facing teams.

Develop and support EDX algorithms for semiconductor measurement systems at customer sites. Diagnose measurement and data reliability issues, integrate algorithms with hardware and software, fix bugs, analyze performance, develop production code, and collaborate with applications, physics, systems, software, and qualification teams. The role also provides customer training, gathers technical feedback, supports new feature research and testing, and requires travel of up to 20%.

Develops and improves manufacturing processes, quality systems, and operational performance for semiconductor equipment production. Responsibilities include monitoring quality KPIs, analyzing trends, maintaining dashboards, conducting root-cause investigations using 8D, Fishbone, SPC, and FMEA, driving corrective actions, supporting ISO and customer audits, maintaining quality documentation, and identifying training needs. The role partners cross-functionally to improve process capability, product quality, yield, and manufacturing efficiency.

Designs, modifies, troubleshoots, and tests complex electrical and electronic assemblies for semiconductor equipment. Develops schematics, specifications, engineering analyses, test reports, and product documentation. Coordinates component procurement and supplier development, resolves technical issues, leads engineering projects, communicates complex information, and supports junior engineers. Requires a bachelor's degree and 4–7 years of related experience, with approximately 10% travel.

Works with product development and supplier teams to clarify engineering requirements, support design for manufacturability, evaluate manufacturing processes, select and audit suppliers, assess production readiness, resolve quality issues, and drive root-cause corrective actions. Recommends materials and qualified sources to reduce cost and lead times, improve reliability, and mitigate risk. Provides informal guidance to newer team members and travels approximately 20% of the time.

As a Process Engineer, you'll design and optimize manufacturing processes, analyze data, troubleshoot issues, measure film properties, and engage with customers.

Provide on-site customer support and troubleshooting for semiconductor capital equipment across processes (CVD, ALD, RIE, PVD, anneal, implant). Lead installations, diagnostics, root-cause analyses, DOE and statistical data analysis, report and present findings, and collaborate with R&D and customers to optimize tool performance and resolve complex process issues.

Manage engineering teams to characterize hardware, define and apply process methods, run experimental tests, resolve complex process engineering customer issues, determine product process specifications, lead cross-functional collaboration and drive market share improvement for semiconductor and display products.