Jobs at Silicon Labs

Lead and grow an embedded software engineering team developing low-level microcontroller platform software and embedded security features. Own peripheral drivers, RTOS integration, system services, secure boot, cryptographic APIs, key storage, attestation, and trusted execution infrastructure. Partner with hardware, product, security, and global engineering teams to deliver scalable, secure platforms. Drive coding standards, testing, CI/CD, compliance, lifecycle maintenance, and customer issue resolution.

Designs and maintains low-level embedded software for Silicon Labs wireless MCUs and SDKs. Responsibilities include device drivers, startup code, real-time radio features, hardware bring-up, debugging across hardware and software boundaries, performance and power optimization, automated testing, feature ownership through release, cross-functional collaboration, code reviews, and mentoring engineers.

Supports customers developing wireless connected devices using BLE, Wi-Fi, wireless MCUs, and embedded systems. Creates code examples, application notes, and technical guides; troubleshoots wireless performance and analyzes signals. Collaborates with IC design, software engineering, and marketing teams on product evaluations and new products. Supports location technologies, asset tracking, wireless sensing, edge intelligence, and machine learning applications.

Improves supply-chain and manufacturing processes through business analysis, root-cause investigation, advanced planning systems, dashboards, and AI-enabled tools. Partners with operations, planning, finance, technical teams, and leadership to define requirements, prioritize requests, manage changes, support UAT and deployment, and deliver actionable insights. Builds and governs Custom GPT solutions for supply-chain analytics while ensuring appropriate knowledge sources, testing, accuracy, access controls, and documentation.

Design and verify digital blocks for low-power wireless SoCs. Develop RTL (Verilog/SystemVerilog), verification environments, scripts/tools, and collaborate across teams for integration, bring-up, and validation. Debug design and verification issues and document technical findings.

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 verify analog or digital circuits for low-power MCU and wireless IoT products. Responsibilities include defining architectures and design parameters, custom IC layout oversight, circuit simulation, laboratory evaluation, design reviews, and resolving quality-related action items. Candidates may work on analog building blocks such as ADCs, DACs, PLLs, and power management circuits, or digital logic, architecture, verification, synthesis, timing, and power optimization.

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.

Talent-pool opportunity for 2027 new college graduates across software, firmware, product test, validation, applications, systems, and corporate teams. Candidates may work on embedded systems, wireless protocols, hardware and software validation, business functions, or sustainability initiatives. Applicants should have a relevant degree, academic or professional experience, strong analytical and communication skills, and willingness to learn. Specific team placement and hiring timelines depend on future business needs.

Own IoT wireless SoC products from concept through customer alpha, defining requirements, architectures, roadmaps, evaluation tools, and system KPIs. Collaborate across silicon design, software, validation, test, marketing, operations, and sales. Conduct competitive and die-level analysis, develop technology investment business cases, manage scalable product portfolios, and present product strategies to executives.

Supports customers developing wireless connected systems using 32-bit wireless MCUs and embedded SoCs. Creates embedded C code examples, application notes, and quick-start guides; assists with design, development, evaluation, and certification. Collaborates with IC design, software engineering, and marketing teams on product evaluations and new product definition. The role also involves embedded systems, RF modulation, PCB and SiP modules, and laboratory testing with oscilloscopes and spectrum analyzers.

Design and verify digital IC features for low-power mixed-signal SoCs, contributing across specification, microarchitecture, RTL implementation, verification, synthesis, timing, power and area optimization, and integration. The role collaborates closely with analog design, software, verification, and product teams. It is intended for motivated recent graduates or near-graduates with foundations in digital logic, computer architecture, embedded systems, and HDL-based design.

Owns and enhances enterprise supply-planning solutions, serving as the liaison between supply-chain users and technical teams. Responsibilities include investigating planning exceptions, configuring o9 models and workflows, integrating SAP and enterprise data platforms, developing SQL and Python data pipelines, validating data quality, translating business requirements into technical designs, and supporting testing, deployment, incident resolution, and continuous improvement.

Supports and develops shared DevOps platform services across on-premises and AWS environments. Responsibilities include maintaining CI/CD pipelines, automation, observability, reliability, infrastructure monitoring, incident response, root-cause analysis, documentation, and participation in a 24/7 follow-the-sun on-call rotation. The role also partners with engineering stakeholders to improve workflows and platform capabilities.

Design, develop, test, and support embedded software infrastructure for automated verification and validation of IoT MCU and wireless products. Responsibilities include developing drivers, tests, algorithms, utilities, and hardware integrations; debugging software and hardware; supporting engineering teams; evaluating technologies; and collaborating across global engineering groups.

Develop and support full-stack software infrastructure for automated verification and validation of IoT MCU and wireless products. Build applications, utilities, databases, web tools, and data-analysis solutions; troubleshoot software and assist hardware and IC design engineers. Evaluate technologies, create training materials, communicate across teams, and apply testing, reporting, visualization, and AI-powered tools.

Build and optimize data architectures, databases, warehouses, lakes, lakehouses, ETL processes, and data pipelines. Write SQL and Python, integrate data sources, develop Power BI and Superset reports and dashboards, and evaluate data technologies. Monitor performance, troubleshoot issues, ensure data security and compliance, and deploy infrastructure-as-code and Jenkins-based CI/CD automation while collaborating with engineering teams.