Jobs at Microchip Technology Inc.

The Principal Engineer in Physical Design will lead full chip physical implementation, focusing on APR and managing design complexities, while collaborating with global teams.

The Engineering Planner coordinates engineering projects, manages inventory, supports build plans, and collaborates with various teams to ensure material availability and effective communication.

Senior Process Engineer responsible for developing, monitoring, and testing wafer fab semiconductor processes (photo, etch, deposition, diffusion). Duties include creating process specs, SPC monitoring, designing and documenting experiments, leading yield/cycle-time/cost improvement teams, qualifying new equipment, and communicating process changes. Requires hands-on support in a small manufacturing fab producing silicon and GaAs diodes.

Develop and validate production test programs and embedded firmware for touch controller ICs. Perform analog module characterization, debugging, failure analysis, and collaborate with design, firmware, and product/test teams to improve development methodology and quality flow.

Design, develop, and optimize embedded Linux platform software including U-Boot, kernel porting, and custom Ethernet/peripheral drivers. Perform ARM board bring-up, debug complex issues, collaborate cross-functionally, and produce design documentation for network timing and synchronization products.

Provides customer-facing technical support for Microchip devices, development tools, and embedded solutions in Japan. Resolves technical issues, supports export documentation, reviews localized technical materials, delivers training, assists university programs, and manages local website technical content. Requires embedded hardware and firmware expertise, C programming, connectivity knowledge, strong Japanese and English communication, and collaboration with global engineering teams. Travel may be required for customer and project support.

Develops and implements software systems for equipment integration, data collection, and factory automation. Performs common programming tasks, contributes to system integration and API development, troubleshoots and debugs software, and works semi-independently within an Agile development environment. Requires understanding of semiconductor manufacturing automation and collaboration with guidance on complex features.

Lead the design of a scalable software foundation for RISC-V SoCs, ensuring adherence to strict reliability and security standards across aerospace, defense, and automotive sectors.

Operates semiconductor handlers and testers in a probe/test facility, follows detailed work instructions, completes production lots, monitors equipment and process limits, and communicates issues. The role requires careful attention to detail, dependable attendance, teamwork, computer and math skills, and flexibility for compressed weekend shifts. Employees work in cleanroom PPE, stand most of the shift, and occasionally push or pull equipment.

Leads strategic product marketing, product line strategy, roadmap development, business growth, customer engagement, competitive positioning, and sales enablement for embedded semiconductor security solutions. Builds strategic customer relationships, drives design wins and revenue growth, translates market and customer needs into product investments, presents technical value propositions, supports account planning, and collaborates globally across engineering, product management, applications, sales, and marketing teams.

Lead end-to-end software architecture for a high-reliability 64-bit RISC-V multiprocessor SoC. Define standards, requirements traceability, security and performance benchmarks, design governance, verification evidence, and lifecycle processes. Mentor engineering teams, lead technical reviews, and represent architecture in customer discussions. The role requires expertise in embedded systems, RTOS, multiprocessor architectures, low-level programming, and avionics or automotive development.

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.

Designs RFIC blocks for Bluetooth, Wi-Fi, UWB, and other wireless products, including synthesizers, VCOs, transmitters, receivers, and baseband circuits. Owns schematic design, simulation, layout oversight, RF lab validation, silicon debug, and root-cause analysis. Translates system requirements into circuit specifications, collaborates with foundry teams on PDKs and device models, and addresses layout, packaging, reliability, noise, matching, and performance constraints.

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.

Develops, specifies, installs, optimizes, and maintains IC assembly equipment and processes. Drives continuous improvement in yield, quality, productivity, and cycle time; investigates defects and deviations, performs root-cause analysis, implements corrective actions, and applies SPC and IQC methods. Collaborates across teams and trains engineers, technicians, and production staff.

Monitor and optimize semiconductor etch tools and processes in the Poly/Nit area. Correlate process data, establish operating specifications, develop OCAPs, conduct experiments, reduce process variation, troubleshoot equipment and manufacturing issues, and support technical projects. The role also provides technician training, applies structured problem-solving methods, manages process data, communicates results to management, and collaborates with technical teams.

Design, develop, integrate, debug, test, verify, and validate firmware, drivers, software components, and development tools for PCIe SoC products. Collaborate across firmware, chip design, emulation, validation, and applications engineering teams during pre-silicon and post-silicon development. Resolve customer and internal issues, lead technical reviews, maintain documentation, and mentor junior engineers.

Monitor and optimize wet and strip etch processes, correlate process data, establish operating specifications, develop OCAPs, conduct experiments, reduce process variation, troubleshoot semiconductor equipment, lead problem-solving activities, train support personnel, and execute technical projects. The role also requires analyzing project results, providing process dispositions, communicating with management, and presenting technical reports.

Design, verify, emulate, debug, integrate, bring up, and validate digital ASICs and SoCs for storage and memory controllers. Work across block-, top-, and solution-level development, applying knowledge of SoCs, protocols, and standards. Responsibilities include pre-silicon verification, post-silicon validation, IP and solution debugging, and supporting products through production.

Design complex digital integrated circuits at block, subsystem, and device levels using Verilog and SystemVerilog. Define features and implementation details, support emulation and ASIC validation, debug laboratory issues, and develop logic modifications. Collaborate with distributed design, verification, and architecture teams to resolve technical problems and evaluate implementation trade-offs. Apply ASIC simulation, synthesis, timing analysis, physical design, protocol, and low-power methodology knowledge.