As an Embedded System Specialist (Linux), I work on optimizing Linux-based systems for high-performance embedded hardware platforms, including BeagleBone, Nvidia Jetson, and NXP boards.Duties :• Bootloader Optimization: Streamline the boot process and reduce startup delays using U-Boot and other bootloaders on platforms like BeagleBone, Nvidia Jetson, and NXP boards.• Kernel Optimization: Fine-tune the Linux kernel for faster boot times, reduced resource usage, and increased stability. Leverage advanced features like initramfs, kexec, and kernel configurations tailored for embedded systems.• Yocto Development: Develop and optimize custom Yocto Linux distributions, configuring layers, recipes, and build settings• Module Drivers Development: Design and implement custom device drivers for peripherals (I2C, SPI, UART, GPIO) on embedded platforms, ensuring smooth integration and performance.• Peripheral Interfaces: Develop and integrate peripheral interfaces such as sensors, cameras, and display modules, ensuring proper functionality and performance across embedded platforms.• Hardware Testing & Validation: Test and validate optimized systems directly on hardware platforms.

🔹 Kernel Development: Specializing in Linux kernel 5.10.147, including PCIe and USB driver integration for iMX6 hardware. Focused on module optimization and troubleshooting.🔹 Yocto Project: Expert in building custom Linux distributions, crafting and maintaining recipes, and using devtool for .ko file generation. Skilled in setting up makefiles for accurate module builds.🔹 Build Deployment: Managing and deploying build images on remote hardware. Ensures functionality across platforms, including integrating Sierra EM929x for 5G connectivity.🔹 Containerization: Utilizing Docker and KAS for efficient containerized development and module driver building within embedded systems.🔹 Collaboration: Coordinating with cross-functional teams to meet project goals and resolve technical issues.#LinuxEmbeddedEngineer #KernelDevelopment #YoctoProject #DevTool#bitbake#EmbeddedSystems #Docker #Containerization #KAS

As part of the Research & Development team, I have:🔹 Network Protocols: Designed and customized network layer protocols for embedded systems using NS3, NS2, and MATLAB, making them efficient, optimal, and robust.🔹 Ad Hoc Networks: Developed custom ad hoc network code for STM32, translating NS3 C++ code into embedded C.🔹 Standards and Devices: Worked with NRC7292 WiFi devices and standards such as 802.11ah, 802.11s, and 802.15.4.🔹 Mentorship and Development: Mentored a trainee engineer in C++ GUI development and built a military radio using the Raspberry Pi Compute Module CM4.🔹 Hardware and Integration: Collaborated on hardware and PCB design, integrated 802.11ah devices for mesh networks, and developed smartphone applications with server-to-server and server-to-client configurations.🔹 Audio/Video Processing: Implemented audio compression for full duplex calls, integrated H.264 hardware GPU V4LX driver for high-quality video compression, and used ESP32 for voice processing with ESP-SR library, achieving active noise cancellation, echo cancellation, and noise suppression.🔹 FreeRTOS and ESP32: Utilized STM32 for FreeRTOS projects and integrated ESP-SR library on ESP32-S3 Dev Kit, using PlatformIO, ESP-IDF, and Visual Studio.#EmbeddedSystemsEngineer | #NetworkProtocols | #NS3 | #NS2 | #MATLAB | #STM32Development | #80211Standards | #AdHocNetworks | #RaspberryPi | #GUIDevelopment | #AudioVideoProcessing | #ESP32Integration | #FreeRTOS | #STM32

Research, design, develop and troubleshoot biomedical devices for clients such as hospitals and clinics. Management of the clinical equipment use and modifications according to client needs.Communicating client issues with marketing and quality departments.Maintaining standard operating procedure for medical equipments such as ISO 13485 and ISO 9001Tender bidding document preparation