Jobs at GlobalFoundries

Perform 12-hour rotating shift preventive maintenance and troubleshooting on wafer fabrication (CVD) equipment, follow SOPs/CAS, support production readiness, maintain housekeeping, document issues/checklists, participate in improvement activities, and observe EHSS policies.

The role involves developing and modifying process formulations, establishing SOPs, and driving continuous improvement plans in a semiconductor environment.

Perform preventive maintenance and troubleshooting of lithography equipment, ensuring readiness. Drive improvement plans, monitor technical charts, and ensure safety practices are followed.

Maintain and support equipment readiness through preventive maintenance, troubleshooting, and upgrades while ensuring safety and collaboration on various projects.

Integrate new processes in semiconductor development, qualification, and technology release. Collaborate with teams to qualify processes and resolve yield issues.

Perform preventive maintenance, troubleshooting, and upgrades on semiconductor equipment during 12-hour rotating shifts. Execute maintenance tasks to ensure equipment readiness, analyze technical charts, drive improvement projects, follow safety and EHS protocols, and support other projects as needed.

Lead identification and resolution of process integration and yield issues through data analysis, process development, module characterization, test-structure design, defect fingerprinting, and continuous improvement. Collaborate cross-functionally to reduce defects, document processes and mitigations, and support environmental, health, and safety requirements.

Perform 12-hour rotating shift preventive maintenance, troubleshooting, and support for etch wafer fabrication equipment to ensure equipment readiness and minimize downtime. Follow SOPs/CAS, complete documentation, participate in improvement activities, maintain housekeeping and EHSS compliance, and assist equipment engineers.

The Senior Data Scientist will deliver analytics solutions, develop scalable data products, and work on machine learning and statistical models to solve operational challenges.

Operate and support 12-hour shift test process in a wafer-fab module: develop and implement test process controls, design/operate test equipment and fixtures, analyze trends, coordinate corrective actions, create job files, and maintain cleanroom safety and supplier quality.

The role involves analyzing defect data, troubleshooting process tools, managing WIP, and supporting yield engineering and integration groups.

The role involves maintaining equipment readiness through preventive maintenance, troubleshooting, and supporting improvements while ensuring safety practices are followed.

Lead flash technology development and integration, focusing on process optimization, device characterization, yield enhancement, and customer engagement. Requires teamwork and analytical skills in a fast-paced environment.

The Senior Analyst for Digital Manufacturing will support AI/ML model development, work with complex data, and collaborate with cross-functional teams on project objectives and timelines.

Provide first-line CIM system support in a wafer fab: monitor systems and servers, perform recoveries per SOP, install and administer terminal servers and Fab PCs, assist with tool link-ups and acceptance testing, log issues and handle work requests, maintain accounts, run 12-hour shifts with clear passdown, and comply with cleanroom and EHS standards.

Responsible for process integration and yield improvement for assigned modules in a 300mm fab. Define and optimize process flows, lead defect and yield troubleshooting using inline and electrical data, support customer performance requests, drive cross-functional problem solving and continuous improvement, develop process solutions, and document failure modes and mitigations.

Maintain and support equipment readiness through preventive maintenance, troubleshooting, equipment upgrades, and safety compliance while collaborating on projects.

Support PMO and strategy team by managing internal communications, newsletters, basic video production, SharePoint content, global AI training coordination, tracking enablement metrics, and assisting external events and stakeholder alignment.

Lead industrial engineering for a process module: maintain production tool capacity models, ensure accurate tool inputs, monitor performance, drive continuous improvement and UPH/availability gap closure, support new tool installation/qualification, automate factory data extraction/analysis/reporting, create mathematical models for tool performance, interface globally on benchmarking, and maintain spec documentation and audit handling.

As a Principal Engineer, you'll lead CMP process development, optimization, and sustainability, while collaborating with teams to enhance performance and drive innovation in semiconductor fabrication.