Top Engineering Jobs

Supports semiconductor assembly process engineering for high-bandwidth memory new product introduction. Responsibilities include diagnosing process issues, optimizing equipment and materials, improving yield and cost, qualifying new processes and tools, supporting process-control systems and site portability, managing material suppliers, and assisting with audits.

Mechanical Engineering Intern supporting a semiconductor facilities project focused on exhaust plume detection, characterization, mitigation, and energy efficiency. Responsibilities include collecting engineering data, analyzing plume behavior using thermodynamics, heat transfer, and fluid mechanics, evaluating detection and reduction methods, preparing engineering documentation, and presenting recommendations. The intern will use Excel, potentially AutoCAD, and AI-enabled tools while gaining experience with industrial exhaust and facilities mechanical systems.

Responsible for installing, maintaining, troubleshooting, and improving semiconductor manufacturing equipment and toolsets. The role ensures equipment availability, quality, safety, yield, and production capacity through root-cause analysis, preventive-maintenance optimization, data analysis, vendor collaboration, installations, upgrades, inventory management, and documentation. Requires hands-on troubleshooting of pumps, abatement, or chillers; semiconductor manufacturing knowledge; EHS compliance; SPC, ETI, and MAM experience; hardware/software consistency management; and coding, machine learning, or JMP scripting skills.

Leads EMI, RF, and signal integrity qualification testing for semiconductor products. Develops and maintains test methods, specifications, laboratory software, hardware, and infrastructure; analyzes measurement data; applies AEC-Q100 standards; and resolves technical issues with engineering teams and customers. Drives continuous improvement, automation, AI-enabled workflows, and new test-method development while guiding laboratory technicians and communicating results.

Develops and optimizes semiconductor wet processes by diagnosing assembly issues, evaluating process equipment and materials, improving yield and cost, and qualifying new process baselines for product introduction. The role supports SPC, FDC, RMS, and APC systems, site-to-site process portability, supplier quality management, audits, and AI-assisted problem solving.

Leads a semiconductor RDA team focused on defect detection, process anomaly identification, inspection technology development, data analysis, and continuous improvement for NAND technology development. Partners with process integration, data science, yield analysis, suppliers, and global manufacturing teams to develop inspection roadmaps, improve detection techniques, manage projects, establish program metrics, and transfer best-known methods across sites. Mentors engineers and drives root-cause analysis, innovation, and technical problem solving.

Leads semiconductor yield analysis for assigned fab modules, identifying yield limiters, investigating root causes, developing yield paretos, and driving sustainable improvements. Performs advanced statistical, inline, probe, and process correlation analyses; collaborates with process integration, engineering, probe, failure analysis, and metrology teams; develops detection methods and custom metrics; automates data extraction and analysis through queries and scripting; supports technology transfers and mentors team members.

Develop, debug, and maintain Python and C/C++ test programs and algorithms for high-bandwidth memory devices. Design and validate test hardware, automate equipment qualification, analyze test data and yields, resolve root causes, support new product introduction, and improve manufacturing test quality, capacity, and cost. Collaborate with global teams on pre- and post-silicon activities, process development, and production test releases.

The role involves establishing and improving process conditions and technologies, enhancing process capabilities, and conducting evaluations and planning for new equipment and materials in semiconductor manufacturing.

Industrial Engineering Intern supporting workflow analysis, process mapping, data analysis, and productivity improvements within planning and warehouse operations. The intern will identify inefficiencies, develop and test prototype digital solutions or MVPs using tools such as Python, Power BI, UiPath, and Microsoft 365, evaluate results, incorporate stakeholder feedback, and present recommendations. AI-enabled tools may be used to support documentation, workflow analysis, automation, and solution development.