Top Tech Jobs & Startup Jobs

Develop and optimize photolithography processes for advanced 3D DRAM using 365 nm, 248 nm, and 193 nm immersion lithography. Lead module process development, reduce variability and cost, perform root-cause analysis, maintain a pilot manufacturing line, collaborate with integration teams and vendors, and support process transfer to production.

Leads Micron’s global DRAM packaging organization, defining long-term technology strategy and delivering advanced packaging solutions including HBM, 3D integration, heterogeneous integration, and chiplets. The role oversees cross-functional product development through high-volume manufacturing, drives technology investments, develops customer and supplier partnerships, and leads digital transformation using AI, analytics, automation, and engineering productivity initiatives. It also requires building high-performing global teams and influencing business and technology direction.

Develops and prepares semiconductor device layouts and detailed drawings from engineering schematics. Leads major block development, product revisions, floor-planning, signal-planning, and power-planning. Verifies layout data integrity, performs physical verification and root-cause debugging, assigns resources, schedules tasks, and collaborates globally with design, verification, technology development, and CAD teams. Improves layout efficiency through automation, new methodologies, and quality optimization.

Lead semiconductor metrology and process engineering for DRAM manufacturing. Responsibilities include process startup, qualification, optimization, yield improvement, cost reduction, failure analysis, supplier management, audits, equipment and material evaluations, and new product introduction. The role requires operating and analyzing KLA, ASML, Hitachi, and Applied Materials metrology tools, performing photolithography metrology analysis, and using JMP for statistical process control, gauge capability, critical dimension analysis, and designed experiments.

Develop, test, debug, and improve SSD firmware alongside experienced engineers. Responsibilities include implementing firmware features, resolving performance and reliability issues, creating test plans, supporting product qualification, participating in code reviews, improving development processes, and documenting technical information.

Supports new product introduction planning from early development through production ramp. Coordinates supply chain, procurement, manufacturing, engineering, and business stakeholders to create production plans, validate demand and master data, monitor sampling requirements, and ensure capacity and material readiness. Uses SAP ERP and enterprise planning systems to generate weekly build plans, identify supply shortages and capacity constraints, and resolve supply gaps.

Supports high-volume semiconductor manufacturing by monitoring, maintaining, troubleshooting, and upgrading equipment. Partners with equipment owners and process teams to resolve yield loss, defects, excursions, and output loss. Drives root-cause analysis, preventative maintenance, equipment availability, TPM, SPC, DOE, and 8D problem solving. The role requires hands-on work with electrical, mechanical, vacuum, gas-flow, and software systems in a cleanroom on rotating 12-hour shifts.

Defines next-generation HBM PHY and analog/mixed-signal I/O architectures for high-bandwidth memory products. Responsibilities include transmit and receive path design, clocking, signaling, equalization, timing budgets, analog calibration, adaptive tuning, and silicon learning methodologies. The role leads cross-functional architectural decisions, evaluates performance, power, area, reliability, and manufacturability tradeoffs, drives roadmap innovation, develops engineering standards, and mentors design teams through concept-to-silicon execution.

Supports silicon bring-up, testing, and validation of new ASIC devices. Uses laboratory equipment, automation tools, and validation environments to characterize functionality and performance. Develops scripts and AI-assisted workflows, analyzes results, debugs issues, evaluates AI-generated insights, documents findings, and presents recommendations. Collaborates with validation, design verification, and firmware engineering teams while contributing to validation infrastructure and next-generation semiconductor product development.

Lead the architecture and delivery of production AI, machine learning, data science, and agentic AI systems for semiconductor engineering. Design end-to-end pipelines, develop and evaluate models, deploy inference services, establish monitoring and guardrails, and guide technical roadmaps. Apply prediction, diagnosis, optimization, retrieval, and workflow automation to engineering challenges while mentoring engineers and communicating progress, risks, and model limitations to technical and executive stakeholders.