Jobs at Silicon Labs

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.

Support customers integrating Silicon Labs' IEEE 802.15.4 wireless stacks by debugging complex embedded software and networking issues, creating documentation and example applications, driving alpha customer engagements, and translating field feedback into product improvements. Partner with engineering, product, and customer teams, mentor junior engineers, and guide customers from evaluation through production readiness.

The Analytics Engineer will design and deliver analytics solutions, manage projects, collaborate with stakeholders, and guide team members in best coding practices.

Join the Business Operations & Analytics team to provide analytics solutions across departments, focusing on business value with strong teamwork and communication skills.

The role involves managing accounts, leading a sales team, driving sales strategy, maintaining customer relationships, and overseeing contract negotiations in semiconductor sales.

Develop and implement test solutions for RF/analog/mixed-signal SoCs. Collaborate with teams to ensure product reliability and optimize testing processes. Mentor junior engineers and drive improvements in methodologies.

Develop verification plans for SoC/IP blocks, maintain SystemVerilog/UVM testbenches, create test cases, and debug RTL failures while collaborating with various engineering teams.

Contribute to digital IC design, collaborate with teams, validate designs, analyze results, and support silicon bring-up for SoC architectures.

Lead and manage a Software Quality Assurance team, focusing on validation for multiprotocol wireless chips and promoting best QA practices.

Seeking a Senior Hardware Engineer for embedded systems design, focusing on hardware development, schematics, PCB design, and prototype validation.

The Hardware Engineer will focus on embedded system design, board design, prototype validation, automated test systems, and documentation, ensuring quality and timely delivery of development tools.

Develop and test scalable software infrastructure for IoT products, including UI tools, CI/CD jobs, and support for chip design engineers, while ensuring effective communication across teams.

Provide technical customer support and training for Bluetooth Low Energy and related wireless solutions. Create and maintain design collateral, lead application launches, collaborate with engineering/marketing, prioritize support tasks, and mentor global applications team members.

Lead a team for pre-silicon verification of SoCs, develop test plans, execute regressions, and debug tests. Collaborate globally to improve methodologies.

The Supplier Quality Engineer ensures high product quality by collaborating with suppliers and cross-functional teams, driving improvements, and resolving quality issues in semiconductor manufacturing.

As a WLAN Engineer in SQA, you will design and execute various tests, automate testing processes, and work closely with development teams to ensure software quality for Silicon Labs IoT products.

The Software Architect will design and oversee embedded software architecture for Wi-Fi ICs, providing strategic direction, debugging complex issues, and guiding software implementations.

Design, implement, and test embedded software for Wi-Fi ICs. Collaborate with cross-functional teams, perform debugging, and ensure code quality through best practices.

As a Senior Software Engineer, you will develop and optimize embedded software for the Matter protocol, mentor junior engineers, and collaborate across teams to enhance IoT applications.

Lead software product marketing for Silicon Labs' Catalog IoT products: set software strategy, own developer experience and enablement, drive BU-wide software prioritization and release alignment, build ecosystem partnerships, define adoption metrics, and implement cross-functional processes to improve release readiness and mass-market adoption.