Top Tech Jobs & Startup Jobs

Designs and troubleshoots complex mechanical systems, tooling, fixtures, layouts, schematics, and specifications for semiconductor equipment. Performs engineering analyses and testing, leads technical projects, develops suppliers, coordinates component procurement and assembly, and supports manufacturing and installation. Requires strong knowledge of CAD, thermodynamics, sheet metal design, material selection, manufacturing methods, GD&T, flow analysis, and design-for-excellence principles.

Leads advanced lithography research and engineering projects focused on OPC, resist modeling, SMO, and RET downselection for optical devices. Owns modeling infrastructure, sampling plans, data cleaning, qualification, troubleshooting, feasibility studies, risk management, and technology evaluation. Presents verification readouts before tape-out, interfaces with internal and external stakeholders, and mentors less experienced scientists. The role requires deep semiconductor lithography expertise and advanced problem-solving across complex system projects.

Plans and controls production materials, inventory, work orders, and MRP execution. Maintains Oracle release schedules, performs shortage and variance analysis, reconciles supply and demand, manages engineering change orders, audits system accuracy, and supports manufacturing projects. Partners with Finance, Engineering, production teams, and work centers to resolve WIP, inventory, and material availability issues. Provides status reporting, supports root-cause corrective actions, and guides newer team members informally.

Designs and develops mechanical layouts, tooling, fixtures, schematics, and specifications for semiconductor manufacturing equipment. Troubleshoots complex mechanical problems, performs engineering analyses and testing, coordinates suppliers and component procurement, oversees manufacturing and installation, and establishes process standards. Requires collaboration across engineering and manufacturing teams, technical project leadership, and expertise in CAD, thermodynamics, materials, manufacturing methods, sheet metal design, and GD&T.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film property measurement, and troubleshooting. The role performs root cause analysis, creates technical documentation, engages customers, partners with vendors, implements new technologies and instrumentation, and supports junior colleagues while leading project teams.

Design, develop, and debug complex software for semiconductor equipment. Create documentation, test procedures, specifications and test plans. Troubleshoot issues, implement fixes, and collaborate with internal and external customers on requirements and scheduling.

Design, prototype, develop and debug moderately complex software for semiconductor equipment components. Create common software modules, documentation, and test procedures. Troubleshoot issues, implement bug fixes, and communicate with internal/external customers for requirements and schedules.

Manage engineering teams to develop and characterize hardware technologies, resolve complex process issues, validate performance, and support cross-functional integration for advanced semiconductor and display manufacturing solutions.

Provide technical product support for new and legacy semiconductor/display equipment: capture corrective actions, contribute to FMECA, develop service procedures/BKMs, own CAPA and failure analysis, run beta-site tests, coordinate parts stocking, and align/train field teams with Global Technical Training. Partner with Quality & Reliability and Engineering to resolve top field issues.

As a Process Engineer, you will design and optimize manufacturing processes, analyze data, troubleshoot issues, measure film properties, and generate technical documentation.