Top Tech Jobs & Startup Jobs

Owns product quality for analog mixed-signal semiconductor products from qualification through end of life. Leads quality strategies, risk mitigation, safe launches, customer-return analysis, yield improvement, test optimization, and manufacturing quality initiatives. Facilitates 8D investigations, containment, root-cause analysis, corrective actions, and continuous improvement across engineering, manufacturing, operations, and customer teams. Presents quality findings to internal and external stakeholders and supports sustaining product engineering activities.

Supports silicon carbide semiconductor manufacturing through metrology tool optimization, measurement system analysis, SPC, statistical analysis, root cause investigations, defect reduction, yield improvement, quality audits, and continuous improvement. Develops inspection criteria, control plans, risk assessments, and corrective actions while collaborating with manufacturing teams. Uses Minitab and Excel to analyze process data, improve measurement reliability, train personnel, and enhance process stability, capacity, efficiency, and product quality.

Leads cost and pricing analytics across business units by monitoring market trends, evaluating cost drivers, developing pricing strategies, modeling margin impacts, and recommending actions to improve revenue and profitability. Partners with Marketing, Sales, Finance, and Operations, builds dashboards and executive reports, supports negotiations and price increase programs, and establishes consistent pricing governance and reporting processes.

Own the end-to-end demand planning process, developing forecasts, analyzing market and channel inventory trends, leading revenue reviews, and identifying risks and opportunities. The role supports annual and long-range planning, price and margin analysis, forecast accuracy improvement, and executive decision-making. It requires close collaboration with Sales, Finance, Supply Chain, and business-unit leaders, along with strong analytical, communication, and cross-functional leadership skills.

Leads development and commercialization of advanced semiconductor packaging technologies. Responsibilities include package architecture, substrate and material selection, process development, reliability qualification, manufacturing readiness, supplier collaboration, root cause analysis, and yield, quality, and cost improvements. The role leads cross-functional teams from concept through production release and requires expertise in embedded packaging, advanced interconnects, reliability, failure analysis, statistical process optimization, and semiconductor manufacturing.

Own the equipment AI roadmap for a semiconductor fab and deploy AI/ML, advanced analytics, sensor, vision, controls, automation, and AMR solutions. Integrate equipment, MES, facilities, and manufacturing data into reusable datasets, digital twins, and data lakes. Develop maintenance knowledge assistants, predictive and diagnostic tools, and production dashboards. Lead projects from proof of concept through sustained deployment, coordinate with IT, engineering, vendors, and technicians, and mentor teams on data and AI practices.

Supports semiconductor metrology and factory efficiency initiatives by analyzing equipment utilization, queue times, cycle times, throughput, and manufacturing data. The intern identifies bottlenecks, participates in Lean Manufacturing and continuous improvement projects, performs statistical analysis using Minitab and Excel, supports measurement system studies and tool matching, and presents recommendations to engineering and management teams.

Summer engineering internship supporting a 300mm post-fabrication semiconductor manufacturing team. Responsibilities include collecting equipment and process data, developing process or controls improvements, evaluating materials and equipment, troubleshooting process issues, improving yield and device performance, collaborating cross-functionally, and maintaining safety and quality compliance.

Supports lithography manufacturing efficiency and continuous improvement projects by analyzing equipment and production data, developing dashboards and KPIs, investigating root causes, and assisting with photolithography process qualifications, tool matching, yield improvement, and production readiness. The intern collaborates with process, equipment, manufacturing, and industrial engineers and presents recommendations to engineering and management teams.

Supports semiconductor wet process engineering projects focused on tool alarm reduction, preventive maintenance optimization, yield improvement, equipment reliability, and manufacturing efficiency. Responsibilities include analyzing equipment and process data, developing operational dashboards, conducting statistical analysis, participating in root cause investigations, supporting corrective actions, and contributing to Lean manufacturing initiatives. The intern will gain hands-on experience with wet processing, equipment engineering, factory operations, continuous improvement, and technical presentations.