Jobs at Silicon Labs

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.

Provide technical support for tickets and walk-up requests in the Boston office, assist employees with IT-related tasks, collaborate across teams, and help improve support processes and documentation while developing broader IT support capabilities.

Develop and maintain Python and Pytest-based automated tests for embedded Bluetooth Low Energy products. Perform functional and non-functional testing, monitor continuous integration test execution, investigate defects, and improve test coverage. Collaborate with developers, product managers, application engineers, and global QA teams to validate requirements and communicate testing results. Use AI-powered tools to improve coding efficiency.

Design and develop analog circuits for low-power MCU and wireless mixed-signal SoCs. Responsibilities span specification, architecture, circuit design, verification, layout, simulation, and laboratory measurement. The engineer collaborates with analog, digital, software, and marketing teams to deliver features for IoT products, while troubleshooting systems and communicating technical concepts to diverse audiences.

Own verification of wireless modem IP, subsystems, and SoCs from specification through sign-off. Develop SystemVerilog/UVM environments, constrained-random tests, assertions, coverage models, and regression automation. Debug RTL and gate-level failures involving PHY/MAC functions, datapaths, interfaces, timing, and integration. Collaborate with architecture, design, DSP, firmware, RF, and validation teams while improving verification methodology, metrics, CI, and reusable infrastructure.

Owns IoT wireless SoC products from concept through customer alpha, defining requirements, features, specifications, system KPIs, hardware tools, and product roadmaps. Maps market needs to applications and wireless protocols, leads cross-functional silicon and software collaboration, evaluates competitors, develops business cases, manages the scalable product portfolio, and presents product strategies to executives.

Responsible for detailed design of digital circuits, SoC integration, verification using multiple methods, and documentation of requirements and designs.

Lead a team in developing embedded wireless networking solutions, guiding teams and ensuring quality and security in product delivery.

Develop and maintain embedded IEEE 802.15.4 networking software across SoC and host architectures, integrate multiprotocol stacks (OpenThread, Zigbee, Bluetooth LE), implement bare-metal and RTOS modules, write unit tests, debug on ARM/Linux using JTAG/GDB, use CI/CD and container tooling, and mentor junior engineers.

Develop digital circuits and SoC for low-power MCU and wireless products, including design, integration, and verification tasks.

Lead and grow Hyderabad’s SQA team for IEEE 802.15.4, Zigbee, Thread/OpenThread, and Matter-over-Thread products. Own validation strategy, automation, interoperability, certification readiness, release quality, metrics, staffing, mentoring, and delivery execution. Guide testing across embedded firmware, wireless protocols, security, system integration, performance, reliability, and large-scale network scenarios while collaborating with global engineering, product, and program teams.

Develop embedded software, systems, pipelines, and tools for the Matter standard. Design, implement, maintain, and document scalable solutions while collaborating on code reviews, technical discussions, quality assurance, application support, and issue resolution. The role requires C/C++ proficiency, embedded software development experience, and knowledge of wireless communication protocols including IEEE 802.15.4, Thread, Bluetooth, Zigbee, Z-Wave, and Wi-Fi.

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

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.

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

Support new process bring-up and NPI: assess technologies, design and characterize testchips, resolve design obstacles, execute tapeouts and wafer plans, prototype qualification, production launch and ramp, liaise with foundries and operations to improve yield and solve manufacturing issues.

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.

Lead end-to-end physical design for complex SoCs and IP blocks from RTL handoff through GDSII and tape-out. Responsibilities include floorplanning, synthesis, placement, routing, CTS, timing closure, PPA optimization, sign-off, constraint management, automation, process bring-up, and cross-functional integration. The role also mentors junior engineers and collaborates with foundries, vendors, and design teams on advanced low-power, multi-clock, and multi-voltage designs.