Jobs at Microchip Technology Inc.

Coordinates cross-functional semiconductor IP and SOC development activities across digital design, implementation, layout, DFT, mixed-signal, CAD, and flow-development teams. Plans and tracks deliverables, manages project risks, facilitates status meetings, aligns multi-location teams, presents project updates, incorporates customer feedback, and drives quality and customer satisfaction goals.

Develop and architect firmware in C and Assembly for 8-bit and 32-bit microcontrollers. Work with peripherals including DMA, ADC, I2C, and SPI, and collaborate on firmware-hardware co-development. Contribute to testing, CI/CD, standards compliance, and cross-functional project delivery. The role requires independent contribution, stakeholder communication, and potential leadership of project modules or teams.

Develop, test, and troubleshoot embedded firmware for secure Platform Root Of Trust products. Onboard and support customers, deliver technical demos, resolve issues via Salesforce, perform hardware and system integration testing, and produce application notes while collaborating with multi-site cross-functional teams.

Develop and maintain software using Java and JavaScript frameworks (React/Angular/Polymer), build server-side applications with Node.js, apply object-oriented design and TDD, participate in code reviews and release practices, and collaborate with distributed Agile teams.

Perform block- and full-chip DFT for ASIC/SoC designs including boundary-scan, memory BIST, scan insertion with compression, ATPG and pattern verification, gate-level simulation, silicon bring-up and failure debug on ATE, and collaborate with RTL/STA teams to resolve timing and DFT DRC issues.

Design and layout IC package routing and substrates for high-speed mixed-signal products. Perform PCB breakout and BGA fanout studies, create APD design rules and routing constraints, collaborate with signal integrity and reliability teams, oversee external designers, produce routing reports, and manage package design schedules to ensure manufacturability.

Senior DevOps engineer responsible for designing and operating CI/CD pipelines, automating infrastructure with IaC (Terraform/CloudFormation), containerizing and orchestrating applications with Docker and Kubernetes, monitoring systems, optimizing cloud costs, enforcing security and compliance, and deploying AI/LLM tooling into Kubernetes clusters while collaborating across teams.

Own verification for complex blocks and subsystems within ARM-based SoCs. Develop SystemVerilog and UVM test environments, create test plans and constrained-random tests, manage regressions, analyze code and functional coverage, debug RTL and testbench issues, and collaborate with architects and validation teams. The role also contributes to automation initiatives, methodology improvements, cross-site program leadership, and mentorship of junior engineers.

Lead chip-level design and verification for Touch Controller IPs, from specification and architecture through RTL implementation and verification. Contribute to design reviews, documentation, development methodology, project coordination, and cross-functional collaboration.

Design, implement, test, and maintain web pages and portals for Microchip’s Corporate Design Automation team. Collaborate with global stakeholders to understand requirements and deliver web solutions. The role requires strong Python and Django skills, web UI development expertise, relational database knowledge, Linux and Windows experience, and familiarity with AI/ML. Candidates should demonstrate attention to detail, multitasking ability, independence, teamwork, and effective communication.

Develop and test embedded firmware for secure computing products, including platform Root of Trust devices. Support customer onboarding, technical troubleshooting, demos, application notes, and issue resolution through Salesforce. Perform hardware and system integration testing, verification, and validation while collaborating with distributed cross-functional teams. The role requires strong embedded C programming, Python scripting, debugging, security fundamentals, and experience with microcontrollers, microprocessors, ARM architecture, and real-time operating systems.

Lead full-chip and large block physical design from RTL to GDSII across advanced nodes (40nm to 3nm+). Responsibilities include floorplanning, place-and-route, CTS, timing closure, physical verification, IR/EM checks, IP integration, mentoring junior engineers, and using metric-driven flows to achieve first-pass silicon.

Evaluate and optimize clustered HPC systems, support end users on simulations and best practices, design and maintain software and scripts for driving and monitoring EDA workloads, document HPC infrastructure and workflows, research new technologies, and collaborate with engineering teams to ensure secure, stable, and optimized HPC operations.

Senior SDET focused on designing and implementing automated test frameworks and suites for embedded firmware and drivers (primarily USB). Responsibilities include white‑box testing, unit/system/API/end‑to‑end tests, performance and fault‑injection testing, security/vulnerability validation, CI/CD integration, and collaborating across development, product, and QA teams.

Develop and test embedded firmware for NCS products, collaborating with teams, and contributing to all phases of product lifecycle.

Verify and validate embedded and library software for automotive and embedded ICs. Build and maintain PC and embedded test infrastructures, implement automated tests, execute unit/integration/system verification, document results, perform debugging and defect tracking, collaborate with cross-functional teams, and support performance, reliability, and customer issue resolution.

Develop, implement, and maintain PC-based and embedded test infrastructures and automated software tests. Execute verification at unit, integration, and system levels, perform debugging and failure analysis, document results, and collaborate with software, systems, hardware, and validation teams to improve performance and reliability and support customer issues.

Develop firmware and drivers for NCS products, participate in full product lifecycle from requirements to sustainment, create unit and system tests, perform code reviews, debug with hardware tools, and collaborate with global cross-functional teams.

Provide technical leadership and customer-facing support for embedded wireless controllers and SoCs. Develop reference designs, demo applications, SDKs, and documentation; debug complex system-level issues; mentor engineers; collaborate cross-functionally to drive design-ins and product improvements.

The Senior Verification Engineer will design, verify, and implement complex digital logic solutions, focusing on ARM-based SoCs. Responsibilities include creating test plans, developing testing environments, debugging, and mentoring junior engineers while improving methodologies.