• Researching and Developing Real-Time RF Drone Detection methods, building prototypes using Python and C++, implementing using C++11 and Qt (Windows GUI, Linux server)• Containerized existing project using Docker, added docker image building in a CI/CD pipeline• Jira, Bitbucket, Git, Test-driven development• Experience with OpenCV

• Developed highly scalable and containerized server-side applications using Java, C++ (11), and Python on Linux (Debian) platform. Leveraged Docker for efficient application packaging and management with Kubernetes. • Created and maintained RESTful API microservices in Java using Spring Boot, Lombok, JPA, and Hibernate. Ensured seamless integration with Oracle databases.• Designed and built mission-critical C++11 applications for real-time parsing and conversion of network packets with minimal latency. These applications stored results both on disk and in an Oracle database. Later refactored them to utilize REST API calls instead of direct SQL queries.• Utilized both CVS and Git version control systems. Developed unit tests using JUnit and CppUnit, and leveraged GitLab CI for Docker image builds. Demonstrated leadership by mentoring a small team of developers. Utilized build automation tools such as CMake, Maven, and Gradle.• Employed Atmel Studio and C to develop firmware for Atmel AVR microcontrollers, showcasing proficiency in embedded systems programming.

• Successfully maintained and improved the codebase of a GPS navigation software by utilizing C++ language. Actively resolved bugs, optimized performance, and ensured error-free operation.• Developed a Qt-based software application to leverage Text-to-speech capabilities. This involved creating and integrating pre-recorded voices into the navigation software, enhancing the user experience by offering clear audio instructions.• Extended the functionality of the navigation software by implementing a Lua script-based feature. This feature enabled the retrieval and delivery of nearby sights and location information to users during their drives. Text-to-speech engines were employed to convert this data into audible instructions.• Employed SVN version control system for seamless team collaboration and tracking code changes throughout the development cycle.• Efficiently utilized the Visual Studio development environment to streamline coding, debugging, and testing processes, ensuring the smooth execution of software development tasks.