36 Rtos Concepts Jobs - Page 2

Project Role Application Lead Project Role Description Lead the effort to design, build and configure applications, acting as the primary point of contact. Must have skills Automotive ECU Software Good to have skills NA Minimum 3 year(s) of experience is required Educational Qualification 15 years full time education SummaryAs a Firmware Engineer, develop, modify, and optimize algorithms for embedded systems, ensuring they run efficiently on resource-constrained devices. Roles and Responsibilities:1.Write firmware in C, C++, or assembly to implement algorithms on embedded devices, ensuring low-level hardware control. 2.Use profiling tools to measure the performance of firmware and optimize algorithms for speed, memory usage, and power consumption. 3.Work with hardware engineers to integrate algorithms with sensors and actuators.Professional & Technical Skills: 1.Minimum 3 years of experience in developing firmware for resource-constrained devices.2.Deep understanding of embedded systems architecture, including microcontrollers, microprocessors, and hardware interfaces. 3.Familiarity with real-time operating systems (RTOS) and hardware abstraction layers (HALs). 4.Proficient in low-level programming (e.g., C, C++, or Assembly) for embedded systems and MATLAB/Simulink. 5.Knowledge of memory management and resource constraints typical of embedded systems (e.g., limited RAM, storage, CPU). 6.Familiarity with algorithm optimization techniques specific to embedded hardware. 7.Understanding of hardware interfaces such as UART, SPI, I2C, GPIO, and ADCs/DACs to integrate algorithms with sensors and actuators.Additional Information:1.The candidate should have a minimum of 3 years of experience in Automotive ECU Software2.This position is based at our Hyderabad office3.A 15 years full time education is required (Bachelor of Engineering in Electronics, or any related stream.) Qualification 15 years full time education

raja.a@honeybeetechsolutions.com RESUME TO Embedded C Algorithm Planning Embedded C Algorithm Design Design of code in compliance with MISRA Standards Multiple Communication Modules Development according to the Requirements Effective Module Error handling Performing Unit Testing of the modules developed by self and the TVS Team Dynamic Testing of the modules developed by self and the TVS Team Working on Diagnostics based on UDS Protocol Working on Flashing based on UDS Protocol Secure Boot functionality enablement in the Controller

Introduction A2G Technologies is looking to hire Embedded Software Engineer for our high tech Client in India (Bangalore) Experience Level: 8+ years Job Description/Job Purpose You will be responsible for creating clear specifications, making the efficient design choices and to make it happen by also implementing, testing and integrating the design. Customer satisfaction is the number one driver for and thus for every software engineer. Experience 5+ years of experience in Automotive Software development. Experience in C, C++ and Python programming skills and RTOS Concepts. Experience in microcontroller peripherals and interfaces like SPI ,Timer Experience in ASPICE Knowledge of automotive safety-systems, ISO26262 and UML design methods is an added advantage. Experience in Autosar Immediate joiners will be preferred. Candidates with one month notice period can apply

Role: Embedded Engineer Exp: 6-9 Years Location : Bangalore Job Description : Proficiency in embedded software programming languages C++. Looking for 5+Years of relevant experience In Embedded C++ development Solid understanding on embedded RTOS and its concepts Good understanding of hardware design, reading schematics Experience using oscilloscope and logic analyzer for troubleshooting. Experience using oscilloscope and logic analyzer for troubleshooting. Experience with Google UT framework Familiarity with digital communication protocols (I2C, A2B, SPI, UART) Clear in articulating technical knowhow to cross locational teams and stakeholders. Familiarity with Agile-Scrum way of working Preferred candidate profile Experience in Microcontrollers & Communication protocols Knowhow of development tools such as CCES, Codesonar & DevOps tools for CI/CD Knowledge of DSP controllers of ADI in Griffin family Good to have knowledge of project management tools such as Jira, Confluence Background of Agile or V-model based project life cycle Note: Looking for Immediate & Max 45 days Notice Period only. Interested can revert with updated cv on ambika.dongre@harman.com

Role description Design, develop, and maintain embedded software systems using C/C++. Knowledge of deployment of AI frameworks, including TinyML/ EdgeML, to enhance embedded systems capabilities is beneficial. Conduct performance optimization of hardware systems to ensure ef ficient operation and resource utilization. Utilize understanding of CPU architecture: Perform capacity estimation and planning t o ensure that systems (built prototypes) are scalable and can handle projected workloads. Develop and maintain documentation for software design and implementation processes. Basic knowledge of WebAssembly is advantageous. Business fluent knowledge of Engli sh (written and spoken). Key responsibilities: Integrate different ML frameworks (together with an ML engineer) on WebAssembly an d BMW series Hardware (RTOS, POSIX). Measure performances and develop clear documentation. Benchmark different ML frameworks p erformances and memory footprints. Conduct pre-development activities, inc

Experienced Embedded system developer, who should worked on hadware as well as embedded C based firmware development. RTOS (Thread-X), bare-metal and embedded operating systems. CAN Perks and benefits Bus Facility PF ESIC Medical Allowance

Role : Sr. Embedded Developer Work Location (client) : Whitefield, Bengaluru client/Project/industry : Industrial electronics Qualifications: B.E/B.Tech EEE/ECE or equivalent Work From Office, 5 days a week Normal Working hours Role Overview: We are seeking a senior firmware engineer between 4 to 7 years of experience, who can contribute to the firmware activities for our multi-circuit power metering system. A new firmware team is being established in Bangalore to drive the following activities end-to-end: Firmware Transition and In-House Development: Lead the transition of firmware activities from our partner to in-house operations. You'll oversee collaboration and discussions with our partner to ensure seamless knowledge transfer. Post-transition, you'll drive further feature additions and enhancements to the multi-circuit meter. Next-Generation System Development: Take charge of designing a new multi-circuit meter system from scratch, including the complete in-house development of the processor, operating system, and application. We are currently finalizing the architecture and design for this new product, and we need your passion and expertise to lead these discussions. Areas of Responsibility: Mastery of C/C++ and any RTOS (preferably VxWorks or Linux) System thinking skills and familiarity with metering products and complete system architecture is preferred. Experience in communication protocols: TCP/IP, MODBUS, SPI, I2C, RS-485 Comprehensive experience in firmware/software engineering design requirements, specifications, initial designing, coding, debugging, and unit testing Hands-on experience with source code control, bug tracking, and embedded firmware development best practices Proficiency with debugging tools Knowledge of designing and developing interrupt-driven applications using real-time operating systems Understanding of networking environments and protocols (TCP/IP, SNMP) Familiarity with Intel micro-controller architectures Project Overview: The HDPM6000 high-density multi-circuit power metering system is a cutting-edge, modular, and scalable solution designed to adapt to any situation. By capturing data on every circuit, the HDPM6000 ensures precise energy usage tracking, enhancing energy efficiency, reducing waste, and lowering utility bills. It also monitors power quality across your entire electrical infrastructure, making it the perfect metering solution for both main and branch circuits in any electrical panel or busway system. Ideal for critical power environments like data centers, hospitals, and manufacturing facilities, the HDPM6000 offers incredible flexibility. Each head unit connects to multiple metering modules, allowing you to monitor up to 192 circuits in virtually any configuration. Easy to install in IEC or ANSI panels, or as a Busway solution, the meter uses industry-standard communication protocols to seamlessly share data with various systems. Uniquely, it captures voltage disturbances on every circuit, supporting a wide range of applications from energy cost management to advanced power events analysis. To learn more, watch these videos: PowerLogic HDPM6000 in 60 Seconds PowerLogic™ HDPM6000 Metering System

Project Role Application Lead Project Role Description Lead the effort to design, build and configure applications, acting as the primary point of contact. Must have skills Automotive ECU Software Good to have skills NA Minimum 3 year(s) of experience is required Educational Qualification 15 years full time education SummaryAs a Firmware Engineer, develop, modify, and optimize algorithms for embedded systems, ensuring they run efficiently on resource-constrained devices. Roles and Responsibilities:1.Write firmware in C, C++, or assembly to implement algorithms on embedded devices, ensuring low-level hardware control. 2.Use profiling tools to measure the performance of firmware and optimize algorithms for speed, memory usage, and power consumption. 3.Work with hardware engineers to integrate algorithms with sensors and actuators.Professional & Technical Skills: 1.Minimum 3 years of experience in developing firmware for resource-constrained devices.2.Deep understanding of embedded systems architecture, including microcontrollers, microprocessors, and hardware interfaces. 3.Familiarity with real-time operating systems (RTOS) and hardware abstraction layers (HALs). 4.Proficient in low-level programming (e.g., C, C++, or Assembly) for embedded systems and MATLAB/Simulink. 5.Knowledge of memory management and resource constraints typical of embedded systems (e.g., limited RAM, storage, CPU). 6.Familiarity with algorithm optimization techniques specific to embedded hardware. 7.Understanding of hardware interfaces such as UART, SPI, I2C, GPIO, and ADCs/DACs to integrate algorithms with sensors and actuators.Additional Information:1.The candidate should have a minimum of 3 years of experience in Automotive ECU Software2.This position is based at our Hyderabad office3.A 15 years full time education is required (Bachelor of Engineering in Electronics, or any related stream.) Qualification 15 years full time education

JD: Experience in C bare-metal firmware development for IP testing and validation. • Knowledge of AMD SoC architectures: Versal ACAP, Zynq UltraScale+ MPSoCs • Hands-on experience on hardware platform bring-up and low-level debugging. • Familiar with using U-Boot, root file system, and device tree on AMD Xilinx hardware platforms. please share your resume at pooja.thatikonda@mirafra.com

JD: Experience in C bare-metal firmware development for IP testing and validation. • Knowledge of AMD SoC architectures: Versal ACAP, Zynq UltraScale+ MPSoCs • Hands-on experience on hardware platform bring-up and low-level debugging. • Familiar with using U-Boot, root file system, and device tree on AMD Xilinx hardware platforms. please share your resume at pooja.thatikonda@mirafra.com

Looking for Immediate joiners only. Proficient in embedded C/C++ , with ability to write modular and portable code Experience with custom hardware bring-up , using schematics and layout files Comfortable with RTOS concepts (threads, synchronization, scheduling) Develop and optimize low-level device drivers for peripherals and sensors (IMU, depth cameras, etc) Experience in bootloaders , firmware OTA update systems , and power management Proficient in debugging tools (oscilloscope, logic analyzer, hardware debuggers) Understanding of inter-processor communication (e.g., MCU - SoC) Exposure to wireless protocols like BLE, Wi-Fi Familiar with power profiling tools and optimizing for battery life Understanding of firmware architecture and build systems (e.g., CMake, Makefiles)