Jobs at Microchip Technology Inc.

Develop and maintain software for FPGA static timing, power analysis, and performance modeling. Responsibilities include designing algorithms, modeling digital components, optimizing large graph processing for runtime and memory, testing and debugging, code reviews, customer support, and integrating capabilities into internal FPGA architecture evaluation flows. The role requires strong C++ and computer science fundamentals, with scripting experience in Python, Bash, or Tcl.

The Senior Client Engagement Manager at Microchip Technology will drive design wins to revenue, manage customer relationships, and develop sales strategies while exceeding sales goals.

The Senior Equipment Engineer develops, installs, qualifies, sustains, and improves manufacturing equipment, automation, controls, fixtures, and support systems. Responsibilities include translating operational needs into equipment requirements, analyzing downtime and reliability, leading technical investigations, reviewing designs and qualification evidence, driving safety and continuous improvement, coordinating cross-functional stakeholders, and maintaining equipment lifecycle documentation. The role requires hands-on troubleshooting, installation, maintenance, and engineering software proficiency in a semiconductor manufacturing environment.

Supports FPGA and SoC products through qualification, manufacturing ramp, and high-volume production. Performs failure analysis, yield enhancement, electrical test data analysis, silicon debug, and manufacturing issue resolution. Collaborates with design, technology development, test, manufacturing, quality, reliability, and customer support teams. Develops technical summaries, engineering recommendations, and corrective actions to improve product quality, reliability, yield, and operational performance.

Supports semiconductor manufacturing quality by analyzing yield and process metrics, managing CAPA activities, determining root causes, maintaining the QMS, participating in AS9100 audits, and promoting continuous improvement through training and communication.

ASIC Verification Engineering Interns will validate next-generation data center storage products at the IP, subsystem, or SoC level. Responsibilities include debugging verification failures, writing embedded C test cases, developing UVM testbench environments, and creating Python, TCL, and shell scripts. The role provides mentorship while building expertise in ARM, AXI, PCIe, NVMe, DDR, NAND Flash, DMA, and encryption technologies.

Designs analog and digital hardware for network timing products, including PTP grandmasters and NTP servers. Owns circuit architecture, schematics, PCB collaboration, signal integrity, board bring-up, validation, documentation, product release, and sustaining support. Works cross-functionally with software, test, manufacturing, and marketing teams. Uses lab equipment and CAD tools to develop and validate high-speed hardware systems.

Provides customer-facing technical support for enterprise storage hardware and firmware/software products. Responsibilities include debugging firmware, software, and protocol issues; collaborating across product lifecycles; creating technical documentation and training; demonstrating products; conducting feasibility studies and prototypes; and supporting customers onsite through travel.

Design complex multiport SRAM blocks, optimize for speed and power, collaborate with multiple teams, and drive silicon validation for FPGA 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.

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.

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.

Leads the firmware engineering team for FlashTec storage products, overseeing architecture, development, integration, validation, release, project planning, and risk mitigation. Partners with hardware, ASIC, validation, systems, product management, and customer engineering teams. Develops managers and engineers, advances Agile practices, resolves complex firmware issues, and contributes to storage technology roadmaps while fostering innovation, quality, and continuous improvement.

Supports aerospace and defense product quality by reviewing requirements, leading corrective actions and root-cause analysis, auditing high-reliability processes, managing reliability programs, conducting final inspections, preparing certification documentation, tracking quality metrics, and improving manufacturing processes. The role also handles customer surveys, internal audits, semiconductor specifications, reliability data, and compliance with AS9100 and military/high-reliability requirements.

Verify complex SoC and FPGA subsystems using constrained-random, formal, C-based, RTL, power-aware, and gate-level methodologies. Develop reusable UVM test benches, automate verification flows, apply AI/ML-enabled techniques, and collaborate with architecture, design, emulation, and hardware prototyping teams. Support first-silicon success, post-silicon debug, methodology development, and mentor junior engineers.

Owns strategic and tactical marketing for Microchip’s FPGA product portfolio. Responsibilities include product strategy and roadmaps, business cases, go-to-market plans, product launches, pricing, forecasting, competitive analysis, business development, customer and partner relationships, sales enablement, and cross-functional collaboration with engineering, applications, and corporate marketing teams. The role guides product decisions through market intelligence and represents the company at industry events and customer meetings.

Lead the technical development of mixed-signal IPs for SoC applications, oversee integration, and validate silicon performance while collaborating with cross-functional teams.

The role involves developing methodologies for signal and power integrity in high-speed FPGA products, collaborating with global teams, and providing technical guidance on SI/PI strategies.

Lead product reliability qualification and NPI activities for next-generation FPGA/SoC products. Define and execute reliability experiments, perform root-cause and statistical analysis, support production test flows, validate on-chip components, develop automation and scripts (including Agentic AI), and drive corrective actions across cross-functional teams to ensure manufacturability and datasheet compliance.