• Spearheaded a team of 6 members to drive technical department initiatives, overseeing workshops that imparted foundational computer science knowledge, cultivating a learning environment• Collaborated closely with 19 members to execute innovative, hands-on technical projects, fostering both technical expertise and teamwork among the organization• Delivered project development skills to attract 100+ undergraduate students to weekly events, creating a dynamic atmosphere for leveraging professional skills

• Hosted 2 technical workshops on Data Structures and Algorithms, focusing on Python and C++ to enhance members' coding skills and problem-solving abilities• Collaborated with 4 team members to develop a mobile AI application, contributing to the project's design, implementation, and testing

• Collaborated with 2 PhD professors to present research progress and contributions during professional meetings, focusing on the strategic future direction of the research lab• Optimized data processing algorithms using Numpy and Matplotlib for analyzing large datasets from electrochemotherapy treatments, reducing computation time by 25% • Integrated real-time data from Arduino sensors into the software platform, ensuring seamless hardware-software communication and improving treatment monitoring accuracy by 20%

• Mentored 50+ incoming Honors students at USF , facilitating their transition into college by providing academic resources and sharing university experiences• Collaborated effectively with a team of 4 mentors to develop and deliver comprehensive onboarding programs, ensuring students readiness for their academic journey• Demonstrated strong public speaking skills in presenting about USF materials and resources, enhancing students understanding and engagement during 1 on 1 sessions

• Conducted regular one-on-one tutoring sessions on a weekly basis, tailored to individual students objectives and learning styles• Mentored students to achieve top performance in exams, securing the high gpa of 4.0 through targeted instruction and hands-on practice• Offered attentive support by actively addressing students concerns, and fostering positive and effective learning environment

• Collaborated with 5 senior engineers to develop a microservice telecommunications network system using Spring Boot, MySQL, Docker, and Apache Kafka optimal scalability across diverse services• Implemented a clean architecture by efficiently utilizing dependency injections into distinct layers, enhancing system maintainability and optimizing resource utilization by 22%• Analyzed TMForum documentation to identify critical use cases, demonstrating expertise in digital transformation of telecommunications system, leading to a 25% faster development cycle for seamless integration and interoperability