Top Engineering Jobs

This role involves managing cost and program goals within Front End manufacturing, facilitating projects, and communicating updates to leadership. Requires analytical skills and collaboration with stakeholders.

Leads end-to-end semiconductor tool hook-up coordination, including utility requirements, layout reviews, field installation, QA/QC, testing, commissioning, documentation, and handover. Coordinates mechanical, electrical, network, water, and gas systems with OEMs, facility teams, contractors, and quality teams. Ensures cleanroom, safety, engineering, and schedule compliance while improving installation workflows, resource planning, sequencing, productivity, and execution efficiency.

Leads the Dry Etch, PCVD, Diffusion, and Implant manufacturing engineering team. Manages capacity risks, equipment availability, tool utilization, cycle time, safety, performance metrics, and operational improvements. Coaches team members, coordinates cross-functional business processes, supports manufacturing schedules, and drives automation, data analysis, and strategic operational planning across the semiconductor fab.

Develops and optimizes assembly manufacturing processes, diagnoses process issues, improves yield and cost, validates new tools and materials, supports process-control systems, ensures cross-site portability, manages supplier quality, and supports audits. The role also includes manufacturing analytics, AI agent development, workflow automation, and predictive modeling.

Develop and deploy advanced semiconductor packaging technologies for high-performance memory products. Drive package integration, yield and quality improvements, cost reduction, process control, data analytics, and manufacturing readiness. Collaborate with process, product, assembly, test, reliability, and quality teams from technology development through high-volume production. Create process and model-of-record documentation and use Python, R, SQL, Visual Basic, and semiconductor control systems to analyze data and improve integration flows.

Lead DRAM technology transfers between development and manufacturing sites, coordinating qualification plans, readiness reviews, ramp execution, and production transitions. Analyze cross-module process interactions to improve device performance and manufacturability, assess process-change risks, and resolve manufacturing issues. The role requires semiconductor process integration expertise, yield and statistical analysis, cross-functional collaboration, and risk mitigation using methods such as FMEA.

Five-month internship analyzing semiconductor dry etch process and equipment data to identify variation, performance drift, productivity loss, and yield impacts. The intern will use statistical analysis, Python, SQL, JMP, Excel, dashboards, and AI-enabled methods to correlate manufacturing, metrology, and equipment data, then recommend process, hardware, recipe, or monitoring improvements.

Leads semiconductor manufacturing equipment installation, expansion, relocation, modification, and removal projects at Micron’s Hiroshima facility. Manages scope, budget, schedules, vendors, hookup construction, safety, quality, risk assessments, utility capacity, equipment startup, and qualification support. Reviews technical drawings, resolves issues, drives cost and energy improvements, standardizes processes, and uses analytics, AI, and digital tools for operational improvement. Coordinates with equipment owners, process and facilities engineers, contractors, manufacturers, and global teams.

Analyzes business needs, evaluates software solutions, designs and implements applications, performs testing, documents technical deliverables, and provides 24x7 production support. The role collaborates with customers, architects, project teams, and end users while contributing to semiconductor manufacturing automation and IT roadmap improvements. Responsibilities also include defect resolution, mentoring support staff, continuous learning, and responsible use of AI-assisted tools. Experience with Perl and Linux is expected; additional programming languages and semiconductor FAB development experience are preferred.

Participate in semiconductor research and technology development projects involving lithography, materials, process integration, deposition, etching, metrology, packaging, and equipment development. Design and execute experiments, analyze technical data using statistical methods, identify trends, develop engineering recommendations, collaborate with engineering teams and research partners, document findings, and present results to technical leadership.