Top Tech Jobs & Startup Jobs

Own and provide technical leadership for 200mm and 300mm semiconductor processing equipment supporting advanced packaging. Troubleshoot mechanical, electrical, and process issues; partner with maintenance and process engineering to resolve failures and improve tool availability, throughput, yield, and cost. Lead continuous improvement, tool matching, startups, and upgrades while managing multiple priorities and collaborating with vendors, production, procurement, and development teams.

Lead semiconductor process integration for novel technologies from proof of concept through qualification and volume manufacturing. Develop wafer process flows, validate layouts, create metrology and electrical test structures, establish data collection methods, design experiments, optimize process recipes, investigate failures, monitor customer materials, coordinate cross-functional teams, communicate with customers, and conduct process reviews for production transition.

Lead development and integration of novel semiconductor technologies from proof of concept through qualification and transfer to volume manufacturing. Responsibilities include developing wafer process flows, validating layouts, designing data collection schemes and experiments, optimizing process recipes, coordinating failure analysis, monitoring customer materials, communicating project status, and conducting process reviews for production transition.

Lead semiconductor technology integration into fab production, focusing on yield optimization and quality. Design experiments, analyze yield data, perform root cause analysis, develop yield models, and drive improvement projects. Collaborate with process, device, manufacturing, equipment suppliers, and external partners. Provide technical mentorship and evaluate emerging technologies and tools for adoption.

Leads semiconductor technology integration into fab production, focusing on yield optimization and quality improvement. Responsibilities include designing experiments, analyzing yield data, performing root cause analysis, developing yield models, managing improvement projects, mentoring engineers, evaluating emerging technologies, and collaborating with process, device, manufacturing, equipment suppliers, and external partners.

Leads development and integration of 200mm semiconductor diffusion and LPCVD processes in a customized manufacturing environment. Responsibilities include process characterization, experimentation, data analysis, troubleshooting, equipment qualification, process documentation, continuous improvement, and capability control. The role provides technical leadership and mentorship while collaborating across functions to meet customer specifications, quality standards, manufacturability, and reliability objectives.

Develops and executes test methodologies for CMOS, SRAM, analog, and digital semiconductor devices. Performs DC and AC characterization, functional testing, troubleshooting, data analysis, and test automation. Documents results, maintains and calibrates test equipment, and collaborates with design, product, and process engineering teams to validate reliable products.

Develops and optimizes semiconductor fabrication and integration processes for quantum photonic devices. Responsibilities include waveguide, modulator, III-V, detector, and cryogenic photonics integration; process characterization; yield, reliability, and optical-loss troubleshooting; experiment design; layout validation; customer coordination; failure analysis; and transitioning devices to production.

Develops, optimizes, integrates, and transfers lithography processes for advanced semiconductor packaging, MEMS, and photonic devices. Responsibilities include photoresist and exposure recipe development, process integration, metrology, DOE, SPC, defect and yield analysis, equipment troubleshooting, process control, customer-specific development, technology transfer, and technical reporting. The role collaborates with process, equipment, integration, device, and customer teams to deliver robust, manufacturable processes.

Develops and optimizes semiconductor fabrication and integration processes for quantum photonic devices. Responsibilities include waveguide manufacturing, III-V heterogeneous integration, electro-optic modulator development, quantum photonics testing, yield and reliability troubleshooting, process experimentation, CAD layout validation, failure analysis, customer coordination, and production transition. The role collaborates across design, packaging, test, process, and manufacturing teams in a semiconductor foundry environment.