As an embedded software engineer, I specialize in optimizing performance-intensive applications on real-time platforms. In my recent role, I:• Built and optimized a custom vector library using AVX and AVX2 SIMD intrinsics, significantly reducing computation times for mathematical operations through advanced SIMD optimization techniques.• Implemented complex radar signal processing algorithms on embedded platforms, balancing high accuracy and real-time performance in mission-critical… Show more As an embedded software engineer, I specialize in optimizing performance-intensive applications on real-time platforms. In my recent role, I:• Built and optimized a custom vector library using AVX and AVX2 SIMD intrinsics, significantly reducing computation times for mathematical operations through advanced SIMD optimization techniques.• Implemented complex radar signal processing algorithms on embedded platforms, balancing high accuracy and real-time performance in mission-critical scenarios.• Developed solutions on Intel and TI microprocessors within VxWorks RTOS, ensuring reliability and precision in real-time applications.• Created test simulator with Qt, simplifying complex test scenarios to streamline debugging and validation, making testing more intuitive and effective.• Leveraged JIRA and GitLab for project management and version control, maintaining clear, organized workflows to support team collaboration and project transparency. Show less

During my long-term internship at the Songar Armed Drone Systems Department, I played a pivotal role in developing robust embedded software for the Communication Board, contributing to the establishment of reliable communication with peripherals. Key achievements include:• Enhanced overall system performance by utilizing ARM Cortex-M STM32 microcontroller technology.• Successfully resolved issues related to message loss or delay, ensuring seamless interaction with the user test… Show more During my long-term internship at the Songar Armed Drone Systems Department, I played a pivotal role in developing robust embedded software for the Communication Board, contributing to the establishment of reliable communication with peripherals. Key achievements include:• Enhanced overall system performance by utilizing ARM Cortex-M STM32 microcontroller technology.• Successfully resolved issues related to message loss or delay, ensuring seamless interaction with the user test interface.Additionally, I developed a user-friendly test interface using Windows Forms and C#, facilitating seamless communication with the system. Responsibilities included:• Conducting thorough testing and monitoring of system functionality to enhance the user experience and ensure optimal performance.Furthermore, I conducted comprehensive debugging and testing of both embedded software and the user test interface, systematically identifying and resolving software issues to improve system stability and performance.As part of my role, I utilized GitLab as the primary version control system, effectively managing and tracking code changes in a collaborative software development environment. This experience not only improved my technical skills but also helped me understand better ways to manage and work together on software projects. Show less

As a Cadet Engineer in the Songar Armed Drone Systems department for approximately 9 months, I played a key role in various tasks and projects, contributing to the development and integration of cutting-edge technologies. My responsibilities included:• Developed camera switch program using Jetson Nano, Python, and GStreamer, enhancing live broadcasting efficiency with optimized datalink distance considerations.• Engaged in embedded software programming for the moving… Show more As a Cadet Engineer in the Songar Armed Drone Systems department for approximately 9 months, I played a key role in various tasks and projects, contributing to the development and integration of cutting-edge technologies. My responsibilities included:• Developed camera switch program using Jetson Nano, Python, and GStreamer, enhancing live broadcasting efficiency with optimized datalink distance considerations.• Engaged in embedded software programming for the moving mechanism and firing functions of armed payloads, utilizing ARM-Cortex-M STM32 microcontroller technology to achieve precise control and seamless integration.• Verified software functionality through rigorous testing procedures, setting up comprehensive test setups.• Songar Armed Drone system integration activities• Collaborated on communication protocols (RS232, RS485, Ethernet) and successfully integrated subsystems for Songar Armed Drone system• Utilized oscilloscopes and logic analyzers to diagnose and resolve integration issues, ensuring seamless system performance.This experience not only improved my technical skills but also provided valuable insights into collaborative project work and the integration of complex systems within the defense industry. Show less

As a Long-term Intern at the Songar Armed Drone Systems Department, I completed an impactful internship where I actively contributed to various projects. Key accomplishments include:• Developed a software solution using Python and GStreamer on a Linux device to enable seamless camera switching functionality from the ground control station. This initiative significantly reduced latency to approximately 250ms, ensuring a low-latency live broadcast and minimal distortion for an optimal… Show more As a Long-term Intern at the Songar Armed Drone Systems Department, I completed an impactful internship where I actively contributed to various projects. Key accomplishments include:• Developed a software solution using Python and GStreamer on a Linux device to enable seamless camera switching functionality from the ground control station. This initiative significantly reduced latency to approximately 250ms, ensuring a low-latency live broadcast and minimal distortion for an optimal user experience.• Programmed system software with a specialized focus on RS232/TTL, RS485, and I2C serial communication protocols, contributing to the enhancement of communication systems within the Songar Armed Drone project.• Established comprehensive System Level Test Setups to conduct thorough testing, ensuring robust system functionality and reliability. These setups played a crucial role in validating the performance of the developed software and hardware components.This internship experience not only expanded my technical skills in software development and system testing but also provided valuable insights into the complexities of real-world applications within the defense industry. Show less

As a Long-term Intern at the Engineering and Design Directorate, I successfully completed an enriching internship where I actively contributed to various tasks. Key accomplishments include:• PLC programming with Siemens TIA Portal• Conducted an in-depth exploration of electric motors, motor drivers, sensors, and various starting methods, gaining comprehensive knowledge of essential components within the realm of electrical engineering.• Conducted research on control circuits for… Show more As a Long-term Intern at the Engineering and Design Directorate, I successfully completed an enriching internship where I actively contributed to various tasks. Key accomplishments include:• PLC programming with Siemens TIA Portal• Conducted an in-depth exploration of electric motors, motor drivers, sensors, and various starting methods, gaining comprehensive knowledge of essential components within the realm of electrical engineering.• Conducted research on control circuits for actuators and power electronics, contributing to the advancement of control systems and power electronics within the directorate.This internship experience not only broadened my technical expertise in industrial automation and electrical engineering but also provided valuable hands-on experience in the practical application of control systems and power electronics. Show less