Top Tech Jobs & Startup Jobs

Designs and supports data science and engineering intelligence applications that analyze large, diverse datasets. Responsibilities include developing analytical methods, maintaining applications on EIDH clusters, troubleshooting and validating upgrades, supporting system startups, creating customer and account reports, training users, serving as a subject matter expert, and coordinating with customers, IT, analytics, development, product, and global support teams.

Designs and develops mechanical and electro-mechanical systems for semiconductor deposition products throughout the full product lifecycle. Responsibilities include CAD modeling, materials selection, structural and thermal analysis, FEA, testing, validation, manufacturability assessment, technical documentation, FMEA, risk analysis, supplier collaboration, and design reviews. Provides technical guidance and mentoring to junior engineers.

Designs and develops mechanical and electro-mechanical semiconductor equipment from concept through productization. Responsibilities include CAD modeling, material selection, structural and thermal analysis, FEA, testing, validation, manufacturability assessments, technical documentation, FMEA, and design reviews. Collaborates with suppliers and internal teams, supports cost-optimized manufacturing, and mentors junior engineers. Requires strong hands-on mechanical engineering experience, communication skills, and proficiency with 3D CAD tools.

Designs, develops, tests, and documents RF delivery systems ranging from 100 kHz to 100 MHz and watt-to-kilowatt power levels. Performs electrical engineering research and analysis for embedded and electromechanical systems, prepares test plans, evaluates results, selects components, troubleshoots issues, and presents technical findings to multidisciplinary design and program teams.

Designs, develops, troubleshoots, and debugs software for semiconductor equipment products. Implements customer requirements, enhances existing applications, resolves code issues, and documents technical solutions. Collaborates with cross-functional teams to integrate software and hardware, provides technical guidance to junior engineers, and may support customers on-site with less than 10% travel.

Leads semiconductor process engineering research, development, and evaluation for next-generation etch and deposition equipment. Develops and improves processes to increase yield, reduce cost, and expand tool capabilities; analyzes experimental data using SPC and DOE; defines process windows and specifications; collaborates with engineering, product, customer, and partner teams; translates process learning into hardware, software, and system requirements; directs process technicians; and supports technology transfer and customer adoption.

Leads cross-functional semiconductor equipment programs from product development through release and manufacturing. Responsibilities include project planning, scheduling, resource allocation, risk mitigation, budget monitoring, stakeholder communication, progress tracking, issue resolution, and program reviews. The role manages matrixed engineering, software, services, supply chain, and manufacturing teams while supporting product roadmap execution and successful product and feature launches.

Designs, develops, troubleshoots, debugs, and enhances software for semiconductor equipment products. Implements customer features, maintains existing code, documents solutions, and collaborates with cross-functional teams on software and hardware integration. Provides technical guidance to junior engineers and may support customers onsite with less than 10% travel.

Develop and optimize manufacturing methods, assembly processes, equipment, and production operations for pilot and high-volume manufacturing. Troubleshoot electro-mechanical assembly issues, perform root-cause investigations, improve quality, cost, and cycle time, and create process documentation, engineering drawings, and BOMs. Coordinate pilot builds with manufacturing and product engineering teams, apply DFMA and lean methodologies, and prepare handoff packages for high-volume production.

Leads the Tualatin Manufacturing Engineering organization responsible for assembly and test methods, manufacturability assessments, pilot engineering, and product transitions to global factories. Drives digital manufacturing and AI adoption, continuous improvement, corrective action, and data-driven engineering culture. Manages engineering leaders and multidisciplinary stakeholders while influencing product design, safety, cost, quality, and cycle-time decisions across the product lifecycle.