Top Tech Jobs & Startup Jobs

Own and sustain diffusion/implant toolsets in a 300mm high-volume fab. Ensure tool matching, MOR availability, safety and cleanliness. Lead tool installations, qualifications, process development, experiments, and continuous-improvement roadmaps to drive yield, availability, cycle time, and low defectivity. Train production engineers and support technology transfers; may serve as on-shift engineer.

Define technology transfer roadmaps and equipment/configuration for modules. Extract insights from structured and unstructured manufacturing data using statistics and machine learning. Drive low-yield analysis, yield improvement, and continuous improvement programs in startup and high-volume semiconductor manufacturing. Perform quality and reliability risk assessments for materials and process changes while collaborating with internal and external stakeholders.

Design and implement topology-aware collective algorithms and a transport layer for scale-out AI accelerators. Profile and optimize multi-node collective performance, co-design interconnect features with hardware teams, and ensure correctness and numerical determinism of reductions across pods.

Design and execute verification plans and UVM-based testbenches to validate CPU logic and microarchitecture. Run system-level simulations, debug pre-silicon issues, collaborate with architects and RTL designers, maintain verification infrastructure, and document strategies to ensure functional, performance, and power goals are met.

Develop and optimize thin-film metal deposition processes for advanced semiconductor technologies, including high-k/metal gate, contacts, and interconnects. Responsibilities include experimental design, process data analysis, materials characterization, equipment qualification, yield improvement, manufacturability, and silicon validation. The engineer collaborates with integration, device, metrology, manufacturing, and equipment teams while supporting next-generation process pathfinding and on-call manufacturing operations.

Develops and improves factory operational strategies, standards, processes, and systems for semiconductor production. Optimizes WIP, cycle time, output, capacity, and manufacturing velocity using factory physics, Theory of Constraints, Lean principles, and data analytics. Leads cross-functional initiatives, resolves systemic constraints, governs operational systems, implements KPIs and decision-support tools, drives best-known methods across virtual factory networks, and provides technical leadership and mentorship.

Leads process integration, yield improvement, and defect reduction for Intel’s advanced packaging manufacturing operations. The role supports technology transfer, manufacturing ramp, and sustainment while collaborating with engineering and factory teams. Responsibilities include analyzing defectivity and parametric data, applying statistical process control and DOE, identifying yield limiters, improving quality and reliability, developing monitoring dashboards, and leading cross-functional technical initiatives in a high-volume semiconductor environment.

Develop CPU architecture specifications, innovate designs for various computing segments, collaborate across teams, and debug microarchitectural issues.

The CPU Performance Architect will define CPU architectures, model performance, analyze bottlenecks, collaborate on designs, and resolve microarchitecture issues to enhance CPU efficiency.

Lead and define end-to-end SoC functional verification strategies (simulation, emulation, formal), drive verification closure for high-speed interfaces and integrated IPs, establish reusable UVM-based methodologies, oversee emulation/prototyping, debug pre-silicon issues, mentor engineering leads, and collaborate across architecture, RTL, firmware, and post-silicon teams to ensure first-pass silicon success.