Top Engineering Jobs

Supports advanced HBM DRAM design by interfacing with foundries, evaluating semiconductor technologies, performing HSPICE and circuit analyses, validating test chips and silicon, assessing PDKs, enabling design flows, and improving engineering productivity through AI and automation. The role requires expertise in advanced CMOS, FinFET devices, process integration, device characterization, PPA analysis, parasitic extraction, and physical verification, with collaboration across design, foundry, manufacturing, and product engineering teams.

Lead process integration for advanced DRAM nodes in a greenfield semiconductor fab. Responsibilities include module ownership, root cause analysis, failure investigation, yield and quality improvement, DOE execution, technology transfer, yield ramp, and cross-functional qualification of processes, tools, and materials. The role requires semiconductor HVM experience, knowledge of device physics and reliability, and willingness to travel internationally for training or work shifts as needed.

Leads semiconductor assembly process engineering for new product introduction, including diagnosing process issues, optimizing equipment and materials, improving yield and cost, qualifying and deploying process baselines, supporting advanced process control systems, enabling site portability, managing material suppliers, and supporting audits.

Lead Micron’s global Yield Analysis organization across Taiwan and Boise. Establish yield strategies, KPI systems, forecasting, dashboards, and operating mechanisms; guide root-cause analysis, model-based problem solving, failure analysis, and data mining. Partner with engineering, quality, manufacturing, and process teams to resolve yield issues, accelerate ramps, implement corrective actions, and improve fab performance. Build technical talent, adopt AI-enabled analytics and automation, standardize best practices globally, and coordinate continuous follow-the-sun engineering execution.

Verify and optimize digital and analog DRAM circuit designs through planning, coverage closure, simulation, debugging, silicon validation, and design improvement. The role supports reticle experiments and tape-out while collaborating with engineering, manufacturing, and product teams to deliver reliable, manufacturable memory solutions.

Develop and test high-performance firmware for memory controllers and solid-state drives. Evaluate builds, conduct bench testing, debug failures, analyze issues, triage defects, file bug reports, and isolate problems with cross-functional engineering teams. The role requires embedded firmware expertise, Python programming, storage-industry experience, knowledge of NAND flash and storage interfaces, independent execution, and leadership of junior engineers or technicians.

This internship evaluates wet etch process conditions and equipment parameters to reduce manufacturing defects, improve etch-rate uniformity, and increase process stability. Responsibilities include analyzing process data, conducting characterization studies, evaluating recipes and equipment settings, developing qualification plans, and making engineering recommendations. The intern will gain experience in semiconductor manufacturing, experimental design, process engineering, technical communication, and AI-enabled data analysis.

Own NAND Failure Investigation activities for product qualification and sustaining support. Debug NAND, firmware, controller, signal integrity, and media management issues using logs, characterization data, protocol traces, tester data, and silicon measurements. Lead root-cause analysis, corrective actions, qualification, NPI, manufacturing readiness, and reliability improvements. Collaborate cross-functionally while developing automation and AI-assisted workflows to accelerate debugging and issue resolution.

Provides facilities engineering planning and support for transferring semiconductor technologies from development fabs to high-volume manufacturing facilities. Responsibilities include analyzing tool and process utility requirements, developing transfer plans and utility databases, monitoring capacity and cost metrics, improving engineering systems, resolving technical issues, and ensuring safety, environmental, health, and quality compliance.

Manage chemical supply systems for construction projects, including design review, construction coordination, cost and schedule control, commissioning, operations, and maintenance. Ensure compliance with safety, environmental, regulatory, and company standards. Coordinate internal teams, designers, contractors, and global stakeholders; assess high-risk work and mitigation measures; monitor project progress and risks; and provide weekly reporting. Use AI-assisted tools to improve productivity, decision-making, and workflows.