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Leads onsemi’s global Test, Technology, and Operations Engineering organization across multiple international sites. Owns strategy and execution for DFT, test automation, ATE and reliability hardware, NPI readiness, cost reduction, factory transfers, quality, EFAR closure, and sustaining support. Builds technical capability, drives operational discipline and continuous improvement, and partners cross-functionally to improve test coverage, yield, product quality, execution efficiency, and cost performance.

Onsite engineering interns will work on semiconductor product development, testing, characterization, data analysis, software and automation, AI applications, manufacturing optimization, reliability, process improvement, and validation. Interns collaborate with engineering and cross-functional teams, document technical findings, present project outcomes, and gain mentorship and professional development. Opportunities span applications, product, test, design, device, manufacturing, quality, software, data, AI/ML, technical marketing, and process engineering.

Onsemi seeks non-engineering interns to support business operations, analytics, finance, supply chain, IT, HR, marketing, and other functions. Interns will analyze data, improve processes, develop reports and dashboards, assist with planning and operational initiatives, conduct research, and present recommendations. The role is fully on-site in Scottsdale, San Jose, or Allen and includes mentorship, professional development, and cross-functional collaboration.

Non-engineering interns support business operations, supply chain, finance, procurement, IT, analytics, HR, marketing, and other functions. Responsibilities may include data analysis, dashboard and report creation, process improvement, financial planning, auditing, research, and strategic project support. Interns collaborate with cross-functional stakeholders, use AI and digital tools, present findings, and participate in professional development. This is an on-site role in Scottsdale, San Jose, or Allen.

Engineering interns support semiconductor product development, testing, characterization, manufacturing optimization, reliability, process improvement, software tools, data analytics, and AI-enabled engineering applications. Interns collaborate with cross-functional teams, analyze technical data, conduct experiments, document findings, and present project outcomes. Opportunities span applications, product, test, design, device, manufacturing, quality, software, data, AI and machine learning, technical marketing, and process engineering.

Leads advanced semiconductor package development from architecture through production release. Responsibilities include substrate design, flip-chip and passive component integration, electrical, thermal, and mechanical optimization, reliability qualification, root cause analysis, DFM, yield improvement, cost reduction, NPI, and high-volume manufacturing transfer. The role coordinates with product engineering, silicon design, reliability, operations, OSATs, suppliers, and customers.

Leads development of ReRAM and emerging embedded memory technologies from bitcell architecture and process integration through silicon characterization, reliability qualification, and reusable memory IP enablement. Defines technology requirements, plans DOE and test-chip activities, analyzes memory performance and failure mechanisms, develops models and design rules, supports IP release, and drives cross-functional technical reviews. Mentors engineers and communicates technical risks and tradeoffs to design, manufacturing, product, quality, and leadership teams.

Provides customer and field applications support for power management products, including converters, controllers, and drivers. Collaborates with design, quality, manufacturing, product engineering, sales, and FAEs to resolve technical issues. Supports new product development through requirements definition, application validation, customer collateral creation, product training, application notes, and bench testing.

Develop, maintain, audit, and continuously improve the Quality Management System in a semiconductor manufacturing environment. Lead CAPA and root-cause investigations, support customer and regulatory audits, analyze quality metrics, reduce defects and scrap, promote Lean and Six Sigma initiatives, update procedures, train employees, and collaborate with manufacturing, engineering, supply chain, and operations teams.

The role involves leading reliability assessments, defining reliability requirements, conducting tests, and communicating insights on power semiconductor product performance.