Top Tech Jobs & Startup Jobs

The Principal Engineer will lead die-package co-design strategies, define package architecture, perform system-level analyses, and mentor junior engineers. The role emphasizes collaboration with various teams and customer engagement while staying current with semiconductor design trends.

GlobalFoundries seeks a Lead Network Engineer to design and implement network solutions for datacenters, ensuring infrastructure reliability and compliance with standards while managing changes and troubleshooting incidents.

Lead integration of topological qubit devices by developing scalable process flows combining III‑V materials, superconductors, BEOL interconnects, and heterogeneous integration. Run DOE, analyze electrical/physical data, optimize processes for cryogenic operation, support yield learning, and collaborate cross-functionally to meet performance, variability, and reliability milestones.

Develop, deploy, and validate Process Design Kits (PDKs), compact models, and PCells for quantum devices and cryogenic readout ICs. Integrate PDKs into EDA flows, perform model correlation with TCAD and silicon data, design test chips, execute QA/DRC/LVS validation, analyze device variability and yield, and collaborate cross-functionally to enable manufacturable quantum platforms.

Responsible for process sustenance and development in high volume manufacturing, focusing on variability reduction, optimization, and training technicians.

The IoT Segment Leader will drive technology development in industrial applications, manage product roadmaps, and cultivate customer relationships, ensuring strategic planning and revenue growth.

The Principal Engineer will enhance EDA operations in cloud environments, improve automation flows, and develop tools for analyzing tapeout processes while collaborating with cross-functional teams.

Conduct semiconductor failure analysis investigations supporting yield improvement, reliability, manufacturing challenges, and root-cause identification. Use SIMS and other materials characterization techniques, analyze and interpret data, communicate findings, collaborate with engineering and manufacturing teams, and optimize analytical methods. Develop expertise in semiconductor materials, failure mechanisms, laboratory equipment, and process technologies through training and mentorship.

Leads quantum technology development and 300mm semiconductor process integration for silicon photonics devices from development through customer engagement and production. Ensures technology quality, financial performance, maturity, qualification robustness, and customer requirements. Manages cross-functional collaboration across customers, suppliers, manufacturing teams, and global sites while applying structured problem solving, quality processes, and Lean Manufacturing principles.

Owns process integration and technology development for 45nm silicon photonics manufacturing. Responsibilities include managing technology modules, developing and qualifying semiconductor process flows, defining experiments, analyzing line performance, resolving yield and defectivity issues, and improving electrical performance, cost, quality, and efficiency. The role also requires cross-functional collaboration, customer support, hardware disposition, and adherence to environmental, health, safety, and security programs.