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Provides technical leadership for complex wireless SoC development from product definition through architecture, design, integration, verification, tapeout, silicon bring-up, validation, and production. Owns chip-level technical decisions, execution planning, risk management, design closure, and cross-functional coordination. Leads resolution of architectural, implementation, and silicon issues while ensuring functional, performance, power, area, cost, and quality objectives are achieved.

Develops and executes verification strategies for digital modem designs in low-power wireless products. Builds SystemVerilog/UVM test environments, test plans, benches, and stimuli; drives functional and code coverage; debugs design issues; collaborates with architecture, firmware, validation, and system teams; supports silicon bring-up and pre- versus post-silicon correlation; and improves verification automation and methodologies.

Develop and maintain low-level embedded software for low-power wireless MCUs and SDKs. Own features from requirements through release, optimize real-time firmware for performance and power efficiency, debug hardware-software issues, support silicon bring-up, develop automated testing, and collaborate with cross-functional engineering teams. The role also includes code reviews, technical design discussions, and mentoring engineers.

Owns the design, operation, lifecycle management, and continuous improvement of Kubernetes platforms across on-premises and cloud environments. Responsibilities include infrastructure automation, CI/CD and GitOps, observability, security and identity, networking, cost optimization, open-source platform stewardship, developer enablement, and AI/ML infrastructure support. The role requires production ownership, troubleshooting, upgrades, documentation, and collaboration with software and IT teams.

Develop hardware and software functional and performance models for architecture exploration, virtual hardware platforms, and IP development. Collaborate with hardware and software architects to validate future products, improve architectures, and create application- and driver-level software. Maintain modeling frameworks, support digital design and verification activities, and mentor junior engineers.

Develop and maintain embedded C/C++ software and firmware for Silicon Labs wireless radio platforms. Design, test, debug, and optimize radio-control features for resource-constrained microcontrollers, collaborating with hardware, radio, SDK, validation, and applications teams. Investigate hardware-software integration issues using lab tools, contribute to code reviews and documentation, and support automated testing and continuous process improvement.

Design and develop RF, analog, and mixed-signal circuits for wireless transceivers. Perform simulation, modeling, verification, laboratory data analysis, troubleshooting, and performance evaluation. Support radio development from concept through validation while collaborating with RF, analog, digital, layout, systems, validation, and product engineering teams. Document technical decisions and build expertise through mentorship and hands-on projects.

Summer 2027 internships are available across Silicon Labs’ engineering and corporate teams. Interns contribute to hands-on projects in software, firmware, testing, validation, systems, applications, finance, HR, marketing, and sustainability while receiving mentorship, professional development, and networking opportunities. Candidates must be enrolled in a relevant degree program with graduation expected December 2027 or later, and should demonstrate relevant coursework, projects, research, technical experience, analytical ability, communication skills, and a willingness to learn.

Early-career design engineering talent pool for 2027 graduates supporting analog/mixed-signal, digital, verification, physical design, RF, or design automation teams. Responsibilities may include circuit design, RTL development, verification, physical implementation, RF simulation, or engineering tool development. Candidates should have relevant technical education, coursework, research, projects, or internships and familiarity with semiconductor design tools and languages.

Summer 2027 design engineering internships for students supporting semiconductor development across analog/mixed-signal, digital design, verification, physical design, RF, and design automation. Interns may contribute to RTL development, circuit simulation, verification environments, IC layout, RF testing, or engineering tools. Candidates should be enrolled in a relevant technical degree program, graduating December 2027 or later, and have coursework, research, project, or internship experience related to semiconductor design or verification.