Top Tech Jobs & Startup Jobs

Develop and optimize image-processing and computer-vision algorithms for semiconductor wafer inspection. Analyze large inspection datasets, prototype in Python/MATLAB, apply ML/deep learning, characterize algorithm performance, and transition prototypes into production software. Collaborate cross-functionally to resolve escalations, improve detection accuracy, throughput, and robustness, and drive data-driven validation and documentation.

Lead development, integration, and qualification of advanced e-beam electronics systems. Define system architecture and requirements, drive integration and verification, troubleshoot cross‑discipline issues, and execute characterization, validation, and qualification plans while providing technical leadership across electrical, software, optics, mechanical, and product teams.

Support characterization and adoption of EBeam inspection systems: design and run experiments, collect and publish results, optimize customer processes in fabs, provide training, troubleshoot and escalate, support pre-sale and post-sale activities, and report new applications to marketing. Frequent customer site work and cross-team collaboration required.

Characterize new eBeam systems and features by designing experiments, collecting data, and publishing application notes. Support product adoption and process optimization at customer fabs, provide training, troubleshoot and escalate issues, support pre- and post-sales activities, demonstrate products, and report new applications to marketing. Frequent onsite work with customers and cross-functional teams.

Support customers and internal teams on overlay metrology (eBeam/optical) by applying metrology and process characterization expertise. Lead projects end-to-end, perform complex data and image analysis, present findings to customers, and collaborate cross-functionally. Travel domestically and internationally as needed. Requires advanced degree in Engineering or Physics.

Provide customer-facing application development and technical support for optical metrology tools. Develop and optimize recipes and optical models, run demos and evaluations, support tool installation and ramp, collaborate with engineering and field teams, and improve measurement accuracy, throughput, and documentation for semiconductor logic, memory, and advanced packaging applications.

Provide high-level applications support for optical metrology systems: characterize thin-film measurement products, design test plans and experiments, analyze data, develop offline analysis tools and recipes, run customer demonstrations and H2H evaluations, create training materials, and support troubleshooting and escalation for product adoption.

Design, secure, and govern multi-cloud (AWS/Azure/GCP) platforms; lead migrations and modernization; implement IaC and DevSecOps; define identity‑first security, secure networking, container/Kubernetes hardening, observability, governance, and FinOps; produce architecture artifacts and drive cross-functional security and modernization roadmaps.

Lead design and validation of next-generation optical CD metrology systems. Build and evaluate models and prototypes, define requirements, perform experiments, drive cross-functional troubleshooting, support transfer to manufacturing, and resolve customer escalations globally. Mentor small teams and develop diagnostics to improve product performance.

Design, implement, and debug Linux firmware for embedded sensing and communications systems. Define system architecture for hardware interfaces, sensing, and communications. Own projects end-to-end from concept and simulation through integration, bring-up, and field deployment. Develop BSPs and drivers, work with datasheets, and integrate software and electronics using DevOps tools and peripheral protocols.