Top Tech Jobs & Startup Jobs

Develop and optimize next-generation wafer and die equipment, drive cost reduction, collaborate with process teams, and conduct failure analysis.

Analyze semiconductor manufacturing and measurement data to identify cumulative error variation in staircase and chop dry etch processes. Apply statistical analysis, data visualization, and AI-enabled workflows to determine variation sources, develop process control strategies, and recommend improvements to process margins, inline stability, yield, efficiency, and equipment productivity. Collaborate with engineering teams and present findings to department leadership.

Classify semiconductor defects manually and through automated systems, evaluate and optimize inspection recipes, support recipe quality reviews, and verify defects during production equipment recovery. The role works directly with fab equipment and process flows on 12-hour day shifts, requiring strong analytical, problem-solving, communication, teamwork, and manufacturing discipline skills.

Leads an IoT engineering team developing industrial IoT and machine vision solutions for advanced packaging and factory enablement. Responsibilities include setting technical direction, managing roadmaps and delivery, developing sensing and edge-computing systems, guiding machine vision hardware and algorithms, partnering with manufacturing stakeholders, ensuring engineering and cybersecurity practices, planning resources, hiring and developing engineers, and managing deployment risks and escalations.

Evaluate emerging DRAM technologies and their impact on product architectures, perform transistor-level simulations and circuit benchmarking with EDA tools, develop Claude AI automation workflows, analyze technical data, and communicate findings. Collaborate with device, modeling, process integration, and circuit design teams on technology development projects.

Supports 12-hour shift operations in semiconductor technology development and wafer fabrication. Resolves process and equipment issues, lot holds, excursions, line-downs, and tool-downs while protecting yield, quality, safety, and output. Coordinates with process development, equipment development, high-volume manufacturing, technicians, and suppliers. Performs data-driven troubleshooting, SPC and process-control activities, root-cause analysis, development execution, training support, and project management.

Supports and improves semiconductor assembly processes within Micron’s advanced packaging development organization. Diagnoses process issues using failure analysis, FMEA, 8D, SPC, and FDC; analyzes manufacturing data to improve yield, quality, cost, and process capability; collaborates with engineering, operations, suppliers, and global sites; monitors trends; and qualifies process, material, and vendor changes.

Execute performance validation and benchmarking on enterprise servers, GPU systems, and storage platforms. Configure representative AI, database, virtualization, and storage workloads; collect and analyze telemetry; develop Python automation for testing and reporting; investigate performance findings; and present results. The intern will contribute code and documentation while receiving mentorship in production-scale data center infrastructure and systems performance engineering.

Designs, develops, deploys, and governs AI-powered products, intelligent workflows, and autonomous multi-agent systems for HR and People organizations. Builds integrations across Workday, ServiceNow, Microsoft platforms, APIs, and enterprise data sources. Develops reusable AI frameworks, orchestration, tool calling, retrieval, monitoring, and evaluation capabilities while ensuring security, privacy, compliance, and responsible AI standards. Partners with business and technology leaders to identify transformation opportunities and deliver scalable solutions across recruiting, onboarding, employee services, learning, talent management, and workforce planning.

Lead layout planning for Micron’s new semiconductor fab expansion in Boise. Develop and maintain AutoCAD and Revit equipment layouts, coordinate installations and relocations, assess impacts on facilities, and collaborate with engineering, facilities, automation, and fab support teams. Drive layout optimization, project timelines, technical solutions, and process improvements while communicating risks and recommendations to technical and non-technical stakeholders.