Top Tech Jobs & Startup Jobs

Lead capacity and capital planning analyses for the global manufacturing network. Build, validate, and optimize probe capacity models, perform financial modeling for equipment investments, develop tooling and automation (Python, Excel/VBA), create Tableau dashboards, and apply AI-enabled solutions to improve planning, reporting, and decision-making across operations and manufacturing leadership.

Design and analyze digital and analog circuits for DRAM/memory products. Apply artificial intelligence methods to support design and analysis. Participate in semiconductor product development and collaborate with engineering teams to advance memory solutions.

Develop and validate DFT concepts and test architectures for DRAM, collaborate with cross-functional teams to improve product quality and yield, debug failures via data analysis and electrical/physical techniques, and optimize test flows and pattern sets to reduce test time and support new architectures.

As a Principal Engineer, you'll architect and implement security features for storage products, focusing on cryptography and cybersecurity across development lifecycles.

The Senior Engineer will provide technical guidance for facilities and manufacturing teams, standardize engineering guidelines, analyze systems for improvements, and support large-scale infrastructure projects, ensuring operational excellence.

Analyzes customer demand, supply, market, and business signals to develop forecasts, recommend product mix and response-to-forecast actions, identify risks, and improve planning accuracy. Collaborates with Sales, Revenue Operations, business units, customers, and regional leadership to resolve planning gaps, govern strategic customer agreements, support quarterly reviews, and drive continuous forecasting process improvement.

The role involves defining and implementing DRAM verification strategies, collaborating with design teams, and developing verification testbenches and tools.

The Senior RDA Engineer will analyze processes, identify defect anomalies, use data science skills for problem-solving, and collaborate globally to improve semiconductor technology processes.

Lead cross-functional programs to improve wafer yield and fab readiness by creating yield roadmaps, managing risks/scope, tracking performance, driving benchmarking and best-known practices, and leading yield governance and reporting.

Lead photolithography process development for next-generation DRAM, owning lithography modules across 365nm, 248nm, 193i and EUV. Develop and optimize photo processes, partner with integration and vendor teams, analyze failures using DOE, and transfer manufacturable solutions from pilot lines to high-volume fabs.