Top Tech Jobs & Startup Jobs

Entry-level manufacturing engineering role developing, testing, deploying, and supporting fab automation solutions. Integrate hardware and software for robotics and automation, troubleshoot performance issues, design and integrate automated manufacturing cells, analyze data to support decisions, and partner with operations and maintenance to improve productivity in a semiconductor fab.

Owns and maintains semiconductor metrology and CFM equipment in a 200mm fab cleanroom. Responsibilities include equipment maintenance, installs and relocations, vendor and maintenance agreement management, troubleshooting, root-cause analysis, tool availability improvements, spare-parts inventory, repair paths, capacity planning, and cost savings. The role also supports maintenance team development, equipment upgrades, supplier coordination, and environmental, health, safety, and security programs.

Leads GlobalFoundries’ Edge and AI Compute end-market strategy across MCU, MPU/NPU, FPGA, embedded vision, robotics, and connected-device applications. Builds market models, customer opportunity maps, competitive assessments, and technology requirements; supports design wins and customer engagements; develops market collateral and requirements documents; and partners with Sales, Product Management, Technology Development, Design Enablement, and executives to drive roadmap decisions, funnel growth, and revenue.

Own strategy, roadmap, requirements, execution, and lifecycle management for a feature-rich CMOS semiconductor product line. Partner with engineering, applications, sales, operations, marketing, and customers to define differentiated products, lead technical and business tradeoffs, support design-ins, manage pricing and forecasts, and drive launches, portfolio decisions, and competitive wins.

Design and verify analog and mixed-signal IC blocks through transistor-level schematic development, simulation, PVT and Monte Carlo analysis, parasitic-aware closure, silicon validation, and debugging. Collaborate with layout, verification, and SoC integration teams, contribute to architecture and design reviews, document results, and mentor junior engineers.

Lead RTL development and microarchitecture for an AI-enabled RISC-V CPU core, including vector and matrix engines. Own functional features, performance, power, area, timing, and physical design considerations. Develop specifications, optimize RTL, support verification, and collaborate on CPU modeling, design verification, and SoC integration. The role requires deep expertise in high-performance CPU architecture, cache and memory subsystems, SystemVerilog or related HDL technologies, and advanced processor design.

Leads architecture, transistor-level design, simulation, verification, silicon execution, validation, and characterization of high-performance analog and mixed-signal IP. Designs signal-chain and power-management circuits across advanced CMOS nodes, supports tape-out and post-silicon bring-up, collaborates across engineering disciplines, and mentors junior engineers. Drives design robustness, DFT, reusable IP platforms, technical innovation, and roadmap planning.

Leads 300mm semiconductor process integration from technology development through customer engagement and production. Solves complex, cross-functional technical problems, drives innovation and patents, leads strategic projects, contributes to publications, mentors engineers, and coordinates teams across sites. The role requires broad semiconductor expertise, technical leadership, supplier and consortium engagement, and balancing quality, cost, and delivery objectives.

Designs and improves semiconductor manufacturing systems, equipment layouts, workflows, capacity models, and throughput optimization initiatives. Develops analytical calculators, long-term models, productivity metrics, and cycle-time analyses to identify bottlenecks, reduce waste, improve utilization, and control costs. Maintains equipment indices, specifications, and compliance standards while supporting safety programs, training, and environmental, health, and safety requirements.

Leads semiconductor integration architecture and process development for scalable quantum computing hardware. Defines integrated process flows, technology roadmaps, process windows, and success metrics across devices, BEOL, photonics, packaging, reliability, and manufacturing. Uses experimental design, statistical analysis, yield learning, and predictive modeling to resolve integration challenges. The role coordinates cross-functional teams and external partners, supports commercialization and funded programs, mentors engineers, and influences technical strategy through inventions, publications, and patents.