Top Tech Jobs & Startup Jobs

Owns, sustains, improves, and develops CVD processes for semiconductor fabrication. Responsibilities include qualifying processes, tooling, and materials; analyzing process data; improving yield, quality, cost, and cycle time; partnering with equipment and maintenance teams; transferring new technologies into manufacturing; maintaining documentation and training materials; and leading cross-functional problem solving.

Leads semiconductor integration architecture and process development for scalable superconducting quantum computing hardware. Responsibilities include defining technology roadmaps, integrated process flows, process windows, experiments, performance metrics, and manufacturability strategies. The role coordinates device, process, packaging, manufacturing, reliability, modeling, and external partners; analyzes electrical and metrology data; leads root-cause investigations; mentors engineers; and supports commercialization, partnerships, patents, and technical strategy.

Leads semiconductor integration architecture and process development for scalable quantum computing technologies. Defines technology roadmaps, integrated process flows, experiments, performance metrics, and manufacturability strategies across devices, interconnects, photonics, packaging, and cryogenic interfaces. Analyzes yield, reliability, metrology, and electrical data; leads root-cause investigations; collaborates across engineering, manufacturing, modeling, and external partners; mentors engineers; and contributes to technical strategy, patents, and publications.

Supports wafer- and module-level silicon photonics testing for photonic integrated circuits using proprietary and commercial ATE solutions. Responsibilities include calibration, de-embedding, debugging, lab equipment operation, manufacturing integration, yield improvement, cross-functional coordination, and maintaining processes for the SiPh test floor. The role requires hands-on photonics and electrical engineering experience, automation and statistical analysis skills, and collaboration with manufacturing, procurement, logistics, safety, and facilities teams.

Designs and develops complex analog and mixed-signal IP, including amplifiers, converters, references, regulators, and monitoring circuits. Leads transistor-level design, simulation, verification, silicon validation, characterization, and SoC integration. Performs PVT, Monte Carlo, reliability, and parasitic-aware analysis using EDA tools. Collaborates globally with layout, verification, systems, and product teams while providing technical leadership, mentoring, and methodology development.

Entry-level Semiconductor Manufacturing Engineer supporting 200mm semiconductor process development, troubleshooting, continuous improvement, yield enhancement, throughput improvement, cost reduction, and process stability. The role involves designing and analyzing experiments, resolving equipment and process issues, collaborating with technicians, operators, technology development, quality, and integration teams, and supporting safe, high-quality customer delivery.

Leads the strategic vision, architecture, and execution of an AI-driven silicon design platform. Builds and manages engineering leadership teams, governs MLOps and model lifecycle practices, drives cloud and containerized platform scalability, establishes security standards, manages vendors and budgets, and represents the organization to executives and customers. The role oversees NLP, vector databases, knowledge graphs, machine learning pipelines, RAG, multimodal AI, and customer-facing software platforms.

The role involves advancing 3D heterogeneous integration design through specifications, collaborations, and the development of test vehicles within a semiconductor manufacturing setting.

Leads the strategy, roadmap, commercialization, growth, and profitability of GlobalFoundries’ quantum photonics product portfolio. Translates customer and ecosystem requirements into scalable semiconductor manufacturing platforms, process technologies, integration flows, design enablement, and go-to-market plans for quantum computing, sensing, and networking applications. Requires executive leadership across business, engineering, and R&D organizations, substantial quantum or photonics experience, and travel of 25% or more.

Owns daily performance and strategic improvement of CVD deposition equipment in a semiconductor fab. Responsibilities include troubleshooting, continuous improvement, spare-parts management, supplier coordination, equipment procurement, installation and startup, production support, and mentoring junior engineers. The role collaborates with maintenance, process engineering, facilities, procurement, and suppliers to improve equipment availability, cost, quality, and yield while supporting clean-room operations and safety requirements.