responsibilities:- Developed a single code-base for multiple native products of EPTeck- Develop device drivers and off-the-shelf application layer- Assess requirements of project and design system accordingly- Optimize algorithms and software for a given embedded system- Ensure proper model of computation (MOC) according to system requirements- Debug software bugs and integrate add-on features in code- Review code of junior developers and suggest ways for code… Show more responsibilities:- Developed a single code-base for multiple native products of EPTeck- Develop device drivers and off-the-shelf application layer- Assess requirements of project and design system accordingly- Optimize algorithms and software for a given embedded system- Ensure proper model of computation (MOC) according to system requirements- Debug software bugs and integrate add-on features in code- Review code of junior developers and suggest ways for code refinement- Help QA team test device working in different real-life scenarios- Suggest and improve innovative ideas for company's business growth- Represented IOT team in proof of concept meetings- Report daily activity on Gitlab and follow agile methodology Show less

Responsibiities: - Development, and debugging of C, C++ code for embedded systems- Implement RTOS for real-time control ad monitoring of system processes- frameworks: Arduino, ESP-IDF, nRF-SDK, STM32CubeIDE, and Python Flask-RESTX frameworks- microcontrolloers: ESP32 SoC, STM32, NRF52832, and Arduino- Implementation of low power modes and power reducing techniques- Configuration of microcontroller's internal peripherals: ADC, DAC, SPI, I2C, UART, CAN, etc.-… Show more Responsibiities: - Development, and debugging of C, C++ code for embedded systems- Implement RTOS for real-time control ad monitoring of system processes- frameworks: Arduino, ESP-IDF, nRF-SDK, STM32CubeIDE, and Python Flask-RESTX frameworks- microcontrolloers: ESP32 SoC, STM32, NRF52832, and Arduino- Implementation of low power modes and power reducing techniques- Configuration of microcontroller's internal peripherals: ADC, DAC, SPI, I2C, UART, CAN, etc.- Conduct rigorous testing and review firmware to ensure reliability- Design and develop code flow diagrams- Employ Google or MISRA coding style- Developed API documents to aid in product development- Containerized the applications of backend, and frontend for installation on client server Show less

> Completed immersive training in embedded and IoT systems' software development> Completed workshops of how to code on bare metal level (CMSIS, HAL)> Developed drivers for SPI, I2C, UART protocols> Utilized industry-standard tools and demonstrated expertise in programming> Attended training sessions of modular programming, bootloader, Git, Li-Fi> Submitted IoT based attendance machine projectTools and Technologies:Git, C, C++, Arduino… Show more > Completed immersive training in embedded and IoT systems' software development> Completed workshops of how to code on bare metal level (CMSIS, HAL)> Developed drivers for SPI, I2C, UART protocols> Utilized industry-standard tools and demonstrated expertise in programming> Attended training sessions of modular programming, bootloader, Git, Li-Fi> Submitted IoT based attendance machine projectTools and Technologies:Git, C, C++, Arduino framework, esp32, atmega328p, mpu6250, KiCAD Show less

Task was to develop an electronic device that would upgrade already installed electronic appliances to DC inverter technology.- Worked on feasibility and selection of microcontroller- Contributed in R&D of hardware circuit design- Designed software architecture and developed firmware- Conducted testing of device using CRO and logic analyzerTools and Technologies:STM32CubeIDE, Arduino IDE, ESP32, STM32, ATmega328p, C, C++, LTspice, Proteus, Salae Logic Analyzer… Show more Task was to develop an electronic device that would upgrade already installed electronic appliances to DC inverter technology.- Worked on feasibility and selection of microcontroller- Contributed in R&D of hardware circuit design- Designed software architecture and developed firmware- Conducted testing of device using CRO and logic analyzerTools and Technologies:STM32CubeIDE, Arduino IDE, ESP32, STM32, ATmega328p, C, C++, LTspice, Proteus, Salae Logic Analyzer, CRO Show less

Role as Assistant Manager:> fault tracing> execution of routine and preventive maintenance jobs> completed the plant's cable-tray audit