Top Tech Jobs & Startup Jobs

Design, implement, and optimize high-volume semiconductor manufacturing processes. Collaborate with product and operations teams to transfer and sustain processes, develop tooling/fixtures, lead projects, analyze metrics, drive continuous improvement, resolve manufacturing issues, and document procedures to improve quality, efficiency, and factory performance.

Design, implement, and optimize high-volume semiconductor manufacturing processes; transfer processes to fabs; troubleshoot production issues; lead engineering projects; analyze metrics to drive continuous improvement and document procedures to sustain manufacturing performance and quality.

Ensure quality, reliability, and manufacturability of silicon products across the product lifecycle by developing test strategies, performing failure analysis and circuit characterization, designing and validating test equipment and automation, collaborating with design and manufacturing teams, defining quality/reliability standards, creating FMEA/control plans, and supporting technology transfer and manufacturing ramp-up to improve yield and performance.

Lead a team to develop market segment strategies and solutions for Intel Foundry Services. Analyze TAM/SAM, identify target segments and customers, define technology and enablement requirements, drive roadmap decisions, and support customer engagement, business development, and market communication. Requires semiconductor foundry market expertise, strategic analytics, and proven cross-functional leadership.

Drive test strategy, failure analysis, and qualification for silicon products. Develop and validate test methods, automation, and equipment; perform circuit characterization and statistical analysis; collaborate with design and manufacturing to improve yield, reliability, and manufacturability; support tech transfer and ramp-up activities.

Design, develop, integrate, validate, and debug system-level software (firmware, drivers, OS, middleware). Collaborate cross-functionally, optimize performance, create validation plans and automation, support pre- and postsilicon testing, troubleshoot issues, and maintain documentation and coding/security best practices.

Design, develop, integrate, validate, and debug system-level software across firmware, drivers, OS, middleware and applications. Create validation plans, automation, and reference platforms; optimize performance, troubleshoot failures, and support pre‑ and post‑silicon integration and testing.

Drive test and qualification strategies for silicon products, perform failure analysis and circuit characterization, develop automated test solutions, collaborate with design and manufacturing to optimize yield and reliability, and maintain quality and risk documentation through product ramp-up.

Lead yield and failure analysis for semiconductor manufacturing, apply statistical and machine learning techniques to large datasets, develop methods and tools to improve yield and reliability, drive continuous improvement and technology transfer, collaborate cross-functionally, perform risk assessments and implement quality programs for high-volume production.

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