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Supports semiconductor product development from silicon bring-up through production release. Responsibilities include product characterization, qualification, yield analysis, automated test development, electrical and manufacturing data analysis, issue resolution, and collaboration with design, validation, quality, reliability, and manufacturing teams. The role focuses on improving product quality, test efficiency, and manufacturing performance for Ethernet, USB, and PCIe connectivity products.

Develops and executes global sourcing strategies, manages supplier relationships and contracts, leads negotiations and cost reduction initiatives, assesses supplier capabilities and risks, and supports product development sourcing. Partners with engineering and cross-functional teams to align suppliers with product roadmaps, improve procurement processes, and ensure supply continuity. Requires extensive global procurement experience, strong negotiation and analytical skills, ERP and Microsoft Office proficiency, and approximately 20% domestic and international travel.

Support manufacturing, failure analysis, yield enhancement, and qualification for current and next-generation FPGA/SoC products. Characterize on-chip components, perform pre/post-silicon debug, analyze electrical test and yield data, and collaborate across design, technology, test, and quality teams to drive product and process improvements.

Performs semiconductor device characterization, electrical analysis, automated test development, instrument control, failure analysis, reliability investigations, and data visualization. Collaborates with process, design, manufacturing, and reliability teams to troubleshoot test issues and support product development. Develops Python and C automation and data-analysis tools while working with wafer probing, parametric measurement equipment, semiconductor physics, and reliability mechanisms.

Lead supplier and component engineering for semiconductor-related assemblies. Responsibilities include supplier qualification, audits, capability assessments, performance improvement, quality investigations, corrective actions, and risk mitigation. Review and approve mechanical, thermal, material, and process specifications, drawings, and qualification reports while ensuring compliance with MIL, IPC, and customer standards. The role requires strong materials science and manufacturing knowledge, supplier-quality experience, and technical leadership across high-reliability supply chains.

Leads discrete semiconductor product design, characterization, qualification, yield and quality improvement, cost reduction, and customer-facing engineering. Collaborates with foundry, test, manufacturing, QA, suppliers, and subcontractors to qualify materials and packages. Supports new and existing products, documentation, BOM development, military-standard compliance, failure analysis, and custom engineering. Mentors less experienced engineers and supports marketing and planning teams.

Develops semiconductor business across Michigan by identifying target clients, driving design wins to revenue, building stakeholder consensus, managing major accounts, leading pricing negotiations, and communicating product value across embedded processing, analog, power, and connectivity portfolios. The role requires automotive industry knowledge, collaboration with global teams, customer engagement, and frequent regional travel.

Support pre-production rollout of new FPGA products by planning early builds, managing ES/PP inventory and forecasts, monitoring package test yields with statistical analysis, developing scripts to track yields and builds, coordinating cross-functional teams, and resolving production holds to enable customer shipments.

Design, characterize, test, qualify, and support production of MEMS timing devices and resonators. Perform simulations, laboratory evaluations, debugging, data analysis, and root-cause investigations. Develop test software and automation, collaborate with MEMS, ASIC, fabrication, assembly, quality, and product engineering teams, and communicate technical findings and project status throughout the product lifecycle.

Supports applications engineering through evaluation-board bring-up, lab setup, customer problem reproduction, debugging, root-cause analysis, firmware and diagnostic-tool development, performance and power measurement, technical collateral creation, training, and product demonstrations.