Top Embedded Engineer Jobs in Bangalore

Develop radar core systems for AI-powered automotive robotics and intelligent automation platforms. Derive and validate system requirements for radar systems and microcontrollers, perform functional safety activities including DFMEA and E2E requirements, and contribute to system architecture, verification, validation, testing, and configuration management. The role requires automotive radar, ADAS, ISO 26262, vehicle networking, requirements management, and lifecycle process expertise.

Develop embedded firmware for video telematics devices, enhance performance and stability, debug multithreading systems, and collaborate with teams for cohesive integration.

Develop, integrate, and validate AUTOSAR-based embedded software for automotive ECUs. Implement SWDL/OTA and bootloader flashing strategies, ensure ASPICE compliance, collaborate with cross-functional teams, perform testing/debugging using industry tools, maintain requirements traceability, and follow CI, code review, and configuration management practices.

Design, develop, debug, and optimize automotive-grade embedded Linux applications in C/C++ for telematics devices. Build scalable, resource-efficient software, enable POCs and demos, work in agile teams, and support product bring-up to market.

Work embedded with product teams to make services production-ready on GCP: build and maintain CI/CD pipelines, IaC (Terraform), container deployments (Kubernetes/GKE, Docker), observability, incident response, automation, cost and reliability improvements, and partnership with platform/architect teams.

Design and develop embedded firmware for instrumentation devices across the product lifecycle. Collaborate with hardware, PC software and certification teams to implement requirements, drivers, RTOS-based software, testing, documentation, and IP management, ensuring performance, quality and manufacturability.

Design, develop, and maintain embedded software for electrical products, optimizing performance and collaborating with cross-functional teams to integrate hardware and software components while ensuring compliance with security and safety standards.

Design and implement control-plane and data-plane software, low-level drivers, BSPs and kernel modules for IIoT switching/routing products. Produce design documents, unit tests, debug and triage issues, collaborate across teams, and drive technical leadership and IP generation (patents).

Design, develop, and maintain embedded automotive software using RTOS and microcontrollers. Implement automotive communication protocols, follow AUTOSAR and ASPICE processes, lead testing/debugging with Vector tools, manage requirements in DOORS, and use Git/JIRA/Gerrit for version control and collaboration.

Lead architecture, design, validation, and delivery of embedded electronic hardware for brake and transit applications. Own hardware work packages from concept through production, drive schematic/PCB reviews, component selection, bring-up, debugging, verification/validation, reliability assessments, and supplier collaboration. Mentor engineers, support cross-functional system integration, ensure compliance with standards and safety requirements, and drive on-time project execution.

Optimize Ubuntu for the latest IoT and server hardware, leading technical engagements, and work with open source communities. Requires experience with Linux and C/C++.

Lead technical architect for embedded electronic hardware for brake and transit applications. Own hardware development from concept through validation and production, drive schematic/PCB design reviews, verification and EMC/environmental testing, lead debugging and root-cause analysis, mentor engineers, collaborate with systems, software, suppliers, manufacturing, and ensure safety-compliant, manufacturable products.

Develop and maintain high-performance, scalable C++ software for IoT/voice platforms. Implement and optimize multithreaded, memory-efficient code; debug with GDB/Valgrind; perform unit, integration, and system tests; support releases and deployment troubleshooting; work in Linux with Make/CMake and scripting.

As an Embedded Solutions Engineer, you'll provide technical support, engage clients, and drive business using wiring networking solutions and architecture discussions.

Develop, test, debug, and document C/C++ software on Linux for semiconductor equipment. Implement new features, algorithms, and calibrations; maintain existing code; troubleshoot complex issues; collaborate with teams and learn domain/product specifics to deliver enhancements and fixes.

Develop and evolve IOS-XR programmability stack (gRPC, NETCONF) for scalable network automation. Design, implement, and optimize model-driven APIs, improve memory and performance, and deliver modular, testable embedded C/Python code for service provider and hyperscaler devices.

Participate in design, analysis, validation, and product configuration of locomotive subsystems (structures, thermal/fluid, IC engines, mechatronics). Use simulation tools, lab testing, in-factory builds, and field validation. Own end-to-end subsystem design, instrumentation, root-cause analysis, and cross-functional program support, including customer field engagement for product acceptance.

Lead and execute end-to-end embedded firmware development for devices—from requirements through production and post-production support. Design, implement, test, debug, and optimize system software and I/O, interface with hardware, validate new product designs, assess third-party/open-source software, support QA, perform research and prototypes, and mentor junior teammates.

Design and develop embedded firmware for battery-powered IoT devices using C/C++ and assembly. Implement wireless protocols, RTOS applications, secure boot and encryption, optimize power and performance, collaborate with hardware, cloud and mobile teams, and build testing and debugging frameworks.

Design, develop, and deliver firmware and user-space software for Wi‑Fi access points. Collaborate across teams to define requirements, implement features, integrate Wi‑Fi drivers and chipsets, validate performance, and support sales and customer escalations.

Design, develop, and maintain high-performance embedded C/C++ software for Linux/RTOS platforms. Implement and optimize multithreaded, memory-efficient networking code, debug with GDB/Valgrind, perform unit/integration/system testing, and support software releases and deployments.

Develop and maintain embedded C software for 16/32-bit microcontrollers. Implement device drivers, AUTOSAR workflows, diagnostic features (UDS, bootloader), and communication stacks (CAN/LIN/FlexRay/Ethernet). Use cross-compilers, debuggers, verification and measurement tools, and follow automotive processes (ASPICE, ISO 26262). Collaborate across teams and support vehicle connectivity security.

Lead and manage a multidisciplinary hardware team to own full hardware lifecycle: architecture, high-speed board design, component selection, IVVQ, testing, troubleshooting, and integration with firmware/software, while driving project planning, risk management, and mentoring engineers.

Design and develop embedded software for electro-mechanical systems, troubleshoot hardware-software interactions, and collaborate on coding standards and APIs.

Design, implement, and test embedded systems for experimental prototypes; develop embedded software and optimize for performance in low-power environments.