Jobs at Microchip Technology Inc.

Verify MCU subsystems and full-chip SoCs from planning through tape-out. Develop SystemVerilog and UVM environments, tests, assertions, scoreboards, and coverage plans for ARM and RISC-V designs. Verify bus protocols, peripherals, mixed-signal integration, clock/reset/power management, gate-level and UPF simulations. Develop embedded C tests, debug RTL and testbench issues, manage regressions, and collaborate with global architecture, design, firmware, and validation teams. Apply AI-assisted tools to improve verification, debugging, and coverage efficiency.

Provides customer-facing firmware and embedded systems engineering support for Microchip server and storage products. Responsibilities include supporting SAS, SATA, PCIe, NVMe, and RAID firmware; debugging ASICs, software, hardware, and customer systems; managing reference designs; supporting OEM design wins and product bring-up; leading root-cause investigations; producing technical documentation; and collaborating across engineering, marketing, sales, and customer teams. Travel to customer sites in China and internationally may be required.

Entry-level semiconductor device and parametric test engineer supporting wafer fabrication operations. Responsibilities include developing and optimizing automated parametric test programs, transferring test capabilities between platforms, improving yield and test efficiency, verifying results, supporting manufacturing disposition, and developing data analysis tools. The role requires collaboration with yield enhancement, technology development, and process engineering teams, along with knowledge of semiconductor devices, wafer fabrication, electrical measurements, and basic programming.

Supports semiconductor product development, validation, qualification, manufacturing, quality, reliability, production release, and lifecycle sustainment for ASIC, EPLD, FPGA, and configurator products. Performs hardware and software test development, characterization, automation, yield and data analysis, debugging, root-cause investigation, and production support. Partners cross-functionally to ensure manufacturability, resolve issues, maintain product performance, and improve quality and profitability.

Leads advanced semiconductor product marketing and strategy for aerospace and defense products. Defines market, customer, positioning, launch, roadmap, validation, and lifecycle strategies; translates customer, competitive, technical, quality, supply, and business needs into product requirements and recommendations. Guides evaluation and design-win approaches, manages complex cross-functional investigations, establishes product-claim evidence and technical standards, and influences product, engineering, sales, operations, finance, and leadership decisions.

Supports semiconductor fabrication equipment engineering by managing assigned toolsets, improving uptime, coordinating repairs and vendor support, maintaining spare parts, updating preventive-maintenance procedures, and qualifying components. The role analyzes equipment data, leads problem-solving and quality improvements, supports manufacturing and process-engineering projects, assists with technician training, and serves as an area lead when needed.

Leads semiconductor design engineering across ASIC architectures, RTL, circuits, IP, interfaces, integration, verification, and implementation. Translates product requirements into technical designs, analyzes simulation, timing, power, area, and reliability tradeoffs, debugs issues, leads root-cause analysis, reviews technical deliverables, drives reuse and automation, and coordinates cross-functional engineering teams. Maintains design specifications, records, review evidence, configuration, and lifecycle documentation.

Leads PCIe semiconductor product marketing strategy across product requirements, market intelligence, customer adoption, positioning, launches, roadmaps, and lifecycle management. Partners cross-functionally with engineering, applications, sales, operations, supply chain, finance, communications, customers, and leadership. Evaluates market and competitive risks, establishes scalable marketing processes, influences product ecosystems, and mentors senior technical contributors.

Supports semiconductor device characterization, silicon test-data analysis, modeling, process evaluation, technology development, and experiment execution. Develops Python, MATLAB, JMP, or similar automation tools; prepares technical reports and presentations; and collaborates with device engineering, process integration, product engineering, reliability, design, modeling, and manufacturing teams. The intern receives mentorship and conducts technical investigations related to analog, mixed-signal, high-voltage, and power semiconductor technologies.

Develop and maintain LLVM/MLIR-based high-level synthesis compiler passes for FPGA design tools. Optimize generated hardware for power, performance, and area; analyze customer HLS applications; and implement new compiler features. Collaborate on FPGA, SoC design, and verification workflows in an agile engineering environment.

Develops advanced planning and scheduling strategies across factories and subcontractors; manages backlog, ATP, capacity allocation, inventory, forecasts, and on-time delivery. The role conducts backlog reviews, supports revenue targets, improves supply chain processes, responds to customer requirements, collaborates with manufacturing and business teams, and creates reporting for operational performance. Semiconductor production control and ERP/APO experience are required.

Develops, sets up, optimizes, and sustains Flip Chip BGA assembly processes, especially Heat Spreader Attachment and Ball Attachment. Responsibilities include machine and process setup, process evaluation, yield improvement, defect reduction, troubleshooting, and support for high-volume manufacturing. The engineer collaborates with production, quality, equipment, and product engineering teams to maintain stable assembly performance.

Supports business unit leaders and employees with HR guidance, policy interpretation, staffing and recruiting, onboarding, employee records, OFCCP compliance, terminations, exit interviews, and HR projects. Builds trusted relationships, advises on best practices, maintains confidentiality, and supports corporate HR initiatives at a Colorado Springs manufacturing site.

Supports wafer foundry strategy through supplier cost analysis, contract governance, pricing and negotiation support, sourcing evaluations, resiliency assessments, and executive reporting. The role maintains supplier agreements, analyzes wafer, mask, and NRE costs, prepares negotiation materials, tracks savings and commitments, supports technology and sourcing decisions, and produces pricing dashboards and forecasts. It also coordinates Legal and cross-functional reviews and helps mitigate supply continuity risks.

Lead complex semiconductor physical layout and design closure, including architecture, floorplanning, device placement, routing, extraction, verification, manufacturability, reliability, and tapeout readiness. Resolve layout, parasitic, matching, coupling, electromigration, and physical verification issues while coordinating with circuit design, CAD, manufacturing, quality, and other cross-functional teams. Establish reusable layout, automation, verification, and release practices and provide advanced technical guidance.

Develops new business and drives semiconductor design wins to revenue through consultative selling, stakeholder networking, consensus building, and strategic account planning. The role manages relationships with executive and working-level client contacts, collaborates with global teams and product divisions, provides ROI feedback, and executes business development plans across geographically distributed accounts. Travel within and outside India is required, up to 25% of the time.

Supports equipment engineering software activities through data analysis, documentation, project updates, request and issue tracking, and collaboration with technical and non-technical users. Requires foundational knowledge of Excel, relational databases, data structures, and SQL, with opportunities to work with enterprise software applications. The intern will work independently and in teams, follow information systems procedures, and work fully onsite for 20–40 hours per week while enrolled in college.

Software Engineering Intern supporting the MPLAB for VS Code ecosystem. Responsibilities include designing, implementing, and testing VS Code extension features; developing with TypeScript, JavaScript, and modern frameworks; improving developer experience; resolving software defects; and creating automated tests. The role offers mentoring, cross-functional collaboration, and professional development during a summer internship in Trondheim.

Perform IP and subsystem-level pre-silicon verification for wireless devices. Develop SystemVerilog and UVM test environments, verification plans, test cases, coverage models, and assertions. Analyze coverage and collaborate with design teams to resolve issues across RTL and gate-level simulations. Apply AI and machine learning tools to improve code generation, debugging, documentation, scripting, and root-cause analysis.

Develop and maintain analog behavioral models for mixed-signal IPs, validate models against transistor-level implementations and silicon measurements, and create AMS verification plans, test cases, and regression environments. Verify analog macros including ADCs, DACs, PLLs, voltage regulators, bandgaps, comparators, oscillators, and clocking circuits. Improve verification methodologies and support AI-assisted workflows while collaborating with analog, digital, RF, firmware, and software teams.