• Demonstrated a robust capacity for rapid learning and seamless adaptation to diverse environments.• Engineered and implemented firmware solutions tailored for comprehensive hardware testing, showcasing adeptness in firmware development.• Collaborated closely with hardware engineers to validate schematic designs, ensuring seamless integration of firmware and hardware components.• Spearheaded the design, development, and assessment of embedded software applications specifically tailored for elevator systems, showcasing expertise in embedded systems development.• Orchestrated the creation of dynamic widgets for Elevator Touch Display utilizing STM32TouchGFX, enhancing user interface functionality and user experience.• Successfully mitigated memory-related issues and enhanced operational efficiency by integrating QSPI Flash Loader, showcasing problem-solving skills and dedication to exceptional service delivery.• Proficient in utilizing STM32 series microcontrollers and adept in communication protocols including I2C, SPI, QSPI, and UART, facilitating seamless interaction between embedded systems components.• Experienced in leveraging software tools such as STM32IDE, STM32 Cube, STMTouchGFX, Eclipse, and Virtual Machine (Ubuntu) to streamline development processes.• Proficient in programming languages including C and Real-Time Operating Systems (RTOS), ensuring robust and efficient software solutions tailored for embedded systems applications.

• Spearheaded the design of embedded hardware, firmware, and interfaces pivotal in Medical and Study devices, showcasing expertise in comprehensive embedded systems development.• Collaborated closely with hardware engineers to conceptualize and deliver end-to-end embedded solutions, ensuring seamless integration of hardware and software components.• Employed advanced debugging techniques, including rudimentary signal-level analysis, to meticulously diagnose faults and optimize software performance, demonstrating a keen eye for detail and problem-solving skills.• Demonstrated proficiency in porting, correcting, modifying, and upgrading software to enhance functionality and efficiency, contributing to the continuous improvement of embedded systems solutions.• Developed comprehensive Test Sheets for functional testing across multiple devices, ensuring thorough validation of system functionality and reliability.• Utilized software tools such as Atmel Studio and Kinetic Studio for software development, and debugging tools like Dock Light, Putty, Logic, Samba, and Pico Scope for effective troubleshooting and performance analysis.• Leveraged Raspberry Pi 4.0 and STM Real-Time Operating System (RTOS) for developing robust embedded systems solutions, showcasing versatility in platform utilization.• Proficient in Shell scripting, facilitating automation and system management tasks, enhancing productivity and efficiency in software development workflows.• Utilized management tools including SVN, GIT, and JIRA for Time and Material-based projects, ensuring effective project tracking, version control, and task management throughout the project lifecycle.

• Engineered software components for automation hardware such as microcontrollers and sensors for Loom machines.• Worked as Software, Hardware, and Service Engineer.• Evaluated troubleshooting methods and documented resolutions for inclusion in knowledge base for support team use.• Contributed ideas and suggestions in team meetings and delivered updates on deadlines, designs, and enhancements.• Corrected, modified, and upgraded software to improve performance for Loom machines.• Worked on Loom machine equipment using AVR microcontroller series with Embedded c and C++. Used different motors and drive like Stepper, VFD and Servo.