Top Embedded Engineer Jobs in Bangalore

Develop and maintain Embedded Linux platforms: upgrade Yocto packages and kernels, implement and maintain device drivers and Device Tree descriptions, integrate kernel patches/modules, optimize system performance, and debug hardware-software integration across ARM64 and x86_64.

The Staff Embedded SW/FW Engineer will develop and debug silicon bringup sequences, work on post-silicon validation, and lead engineering efforts on AI chip functionalities.

Design, develop, and debug silicon validation tests for AI chips, collaborating with cross-functional teams to ensure the functionality and performance of new products.

Design, develop, and test board support packages (BSP), diagnostics, kernel and user-space device drivers for FPGA and networking peripherals. Perform Linux hardware bring-up, implement multi-threaded/event-driven state machines, execute software test plans, and collaborate across teams to debug prototypes and validate embedded systems.

Work embedded with product teams to make services production-ready on GCP. Build and maintain CI/CD pipelines (GitOps), Infrastructure as Code (Terraform), containerized deployments (Kubernetes/GKE, Docker), and observability. Act as first responder for incidents, automate operational tasks, and partner with platform/architecture teams to ensure reliability, scalability, cost optimization, and operational readiness.

Design and develop embedded automotive software for active safety and user-experience products. Responsibilities include C development for 16/32-bit microcontrollers, device drivers, AUTOSAR workflows, diagnostics, bootloaders, power modes, vehicle communication protocols, verification, measurement, multicore systems, connectivity security, functional safety, and automotive process compliance.

Provide advanced engineering support for embedded firmware on MCU/MPU/networking processors: firmware/driver development, kernel and device-tree customization, embedded Linux integration, and ML model deployment on MPUs. Build PoCs/demos, author technical documentation and training, collaborate with customers and regional teams, and contribute to product specifications and roadmaps.

Design and develop embedded IOC/MCU software for automotive infotainment. Implement AUTOSAR and non-AUTOSAR platforms, low-level and complex device drivers, CAN and diagnostic functionality. Collaborate with global SOC, hardware, and AME teams for integration, testing (EMC/EOL), and provide customer support.

Design, develop, integrate, test, debug, and maintain embedded software for automotive ECUs. Develop low-level microcontroller drivers, implement CAN and UDS protocols, perform unit and integration testing on target hardware, and ensure compliance with MISRA, ASPICE, and ISO 26262. Collaborate with hardware and validation teams while maintaining technical documentation and release readiness.

Design, develop, integrate, test, debug, and maintain embedded software for automotive ECUs. Develop low-level microcontroller drivers, implement CAN and UDS communication, perform unit and integration testing on target hardware, and ensure compliance with MISRA, ASPICE, and ISO 26262. Collaborate with hardware and validation teams while maintaining technical documentation, test plans, and release readiness materials.

Lead the architecture, design, production, integration, testing, and validation of embedded vehicle electronics, including control units, displays, telematics, RF, sensors, and connected-vehicle systems. Define interfaces and communication protocols, collaborate with firmware and cross-functional teams, implement diagnostics and OTA capabilities, ensure automotive standards compliance, and troubleshoot hardware through bench and vehicle-level validation. The role also involves PCB design, high-speed systems, EMI/EMC compliance, FMEA participation, and field issue resolution.

Design, implement, test, and maintain embedded Linux software for connected devices. Collaborate with hardware and cross-functional teams, troubleshoot hardware/software integration, participate in code reviews, document designs, mentor junior engineers, and support product releases and lifecycle activities.

Design, develop, test, and maintain embedded Linux software for connected devices. Collaborate with hardware and cross-functional teams, debug hardware/software integration, participate in code reviews, document designs, mentor junior engineers, and support product releases and lifecycle activities.

Join Lytx as an Embedded Software Engineer II to develop firmware for IoT devices on embedded Linux platforms, collaborating across teams.

Design, develop, debug, and maintain embedded Linux and RTOS-based software, device drivers, and applications. Collaborate with hardware, ASIC, and firmware teams for integration, optimize performance, produce specifications and tests, and participate in reviews and design discussions.

The role involves developing embedded software for networking platforms, focusing on device drivers and interfaces, collaborating with teams during the software development lifecycle.

Software engineering internship opportunities focused on networking protocols, cloud application development, or embedded and systems programming. Responsibilities include developing, testing, optimizing, and securing software while applying computer science, networking, operating system, and system design principles. Candidates will use AI-assisted development tools, explore agentic workflows and LLM concepts, and contribute to scalable, reliable, privacy-focused solutions.

Design, develop, and test board support packages, diagnostics, kernel and user-space device drivers for Cisco routing and switching hardware. Perform Linux hardware bring-up, embedded system debugging, software validation, and test-plan execution. Collaborate with cross-functional teams to debug prototypes and validate software. Work with FPGA and networking peripherals using protocols including I2C, SPI, UART, PCIe, and GPIO.

Designs, develops, tests, debugs, and maintains embedded software for automotive applications. Integrates software with microcontrollers, RTOS environments, and automotive communication protocols while following AUTOSAR and ASPICE processes. Collaborates on requirements and architecture, manages traceability in DOORS, conducts code reviews and static analysis, and documents design and validation activities. Uses CANalyzer, CANoe, Git, JIRA, and Gerrit to support development, testing, and collaboration.

Design and develop low-level software for IIoT switching/routing products, including BSP, device drivers, kernel modules, control/data plane code, hardware bring-up, embedded protocols (I2C/SPI/UART/PCIe/GPIO), debugging, unit testing, and contributing to design docs and IP generation.

Design, develop and execute functional, integration, regression, system and exploratory tests for embedded software. Build manual and automated test solutions (Python/C#), BDD scenarios, and CI/CD regression pipelines. Use HIL, simulators and lab setups, perform firmware flashing and device provisioning, debug defects, and collaborate with cross-functional Agile teams.

Develop and maintain platform software for next-generation routers, including high availability, routing engine redundancy, chassis and line card operations, fabric interconnects, optical module integration, and diagnostics. Collaborate with test teams and provide engineering support for critical customer escalations. The role requires C, C++, Linux, embedded systems, device drivers, system bring-up, and hardware protocol experience.

Develop and maintain embedded infrastructure software for networking platforms, including high availability, routing engine redundancy, chassis operations, fabric interconnects, optical modules, and diagnostics. Collaborate with testing teams, support customer escalations, and enhance existing software. The role requires C, C++, Linux, device-driver, system bring-up, and hardware protocol experience.

Develop and maintain embedded platform software for HPE routers, including redundancy, high availability, chassis and line card operations, fabric interconnects, optical module integration, and diagnostics. Collaborate with testing teams to deliver reliable products and support critical customer escalations. The role requires C/C++ development, Linux expertise, software maintenance, and familiarity with hardware components, device drivers, system bring-up, and operating-system internals.

Develop embedded software in C for automotive microcontrollers, including device drivers, AUTOSAR workflows, diagnostics, bootloaders, communication protocols, and vehicle connectivity security. Perform verification using static analysis and unit-testing tools, work with multicore systems and measurement equipment, and follow automotive processes including ASPICE and ISO 26262. Gateway, BCM, PEPS/PAKM, and V2X experience is preferred.