Top Engineering Jobs

Design, integrate, and optimize complex semiconductor systems by developing system specifications, defining architectures, coordinating tests and integration, troubleshooting cross-disciplinary issues (electrical, mechanical, algorithms, software), and ensuring reliability, safety, serviceability, and manufacturability to meet customer requirements.

Lead strategic transformation projects across Applied Global Services to improve productivity, reduce cycle time and costs, and embed continuous improvement. Own full project lifecycle: analyze as-is, quantify opportunities, design solutions, gain stakeholder buy-in, and drive implementation. Perform rigorous data-driven analysis of large datasets, present executive-level recommendations, and partner cross-functionally while applying program management and change-management disciplines.

Develop and document service, install, retrofit, and maintenance procedures for metal deposition (ALD/CVD) products. Lead first-chamber build & test, troubleshoot and resolve issues, support manufacturing final test, partner on CAPA and failure analysis, create BKMs/CENs/ISBs, collect qualification data, develop training and train field/service engineers, and coordinate parts stocking.

Design, modify, and troubleshoot electrical assemblies, schematics, and control systems for semiconductor equipment. Perform engineering analysis and testing, generate documentation and test reports, coordinate procurement and assembly of components, and resolve technical issues to support product releases and system integration.

Design, optimize, and troubleshoot lithography processes for semiconductor and quantum devices using DUV scanners. Perform mask layout work, CD-SEM recipe creation, metrology, data collection and analysis, root-cause investigations, documentation, and cross-team collaboration with vendors, customers, and R&D teams.

Provide advanced technical product support for a customer fleet: manage escalations, installations, calibrations, upgrades, ECOs, and performance reporting. Serve as field escalation focal point between customers, field engineering, and product teams; support Alpha/Beta site testing; create and review technical documentation and implementation plans. Mentor junior colleagues and lead small projects to improve system reliability and service.

Design, analyze, and troubleshoot mechanical systems and tooling for semiconductor/display equipment. Create layouts, schematics, and specifications; coordinate procurement and assembly; perform tests and documentation; enable assembly/disassembly across product lifecycle under general supervision.

Design, integrate, and optimize complex RF sensor systems for semiconductor equipment. Lead architecture development, write system specifications, support integration and testing, troubleshoot complex engineering issues, and coordinate cross-functional and vendor relationships.

Design, optimize, and document complex semiconductor and display manufacturing processes. Collect and analyze data, perform hardware characterization, troubleshoot process issues, implement new technologies and instrumentation, engage with customers and vendors, lead projects and train engineers on measurement and troubleshooting techniques.

Provide technical leadership for semiconductor equipment applications (Epi and FEP): drive customer evaluations, demos, SOW execution, install support plans, develop methodologies to optimize system performance, transfer new application capabilities, and lead technical reviews and cross-team implementation until solution deployment.