-Successfully organized and presided over biweekly chapter meetings, ensuring effective communication and collaboration among members.-Spearheaded membership growth initiatives, resulting in an impressive ~50% increase in total membership, totaling 90 individuals.-Demonstrated a deep commitment to member development by providing personalized support to help members achieve their personal, club, and Business Professionals of America (BPA) competition goals.-Skillfully strategized, planned, and executed the chapter's future goals, aligning them with the organization's mission and objectives.-Played an instrumental role in strengthening community ties by actively participating in and coordinating various events in Kent County, Delaware, fostering a sense of civic responsibility and community engagement.-Showcased exceptional teamwork and leadership skills by participating in various challenging team events as part of the BPA competitions.-Led the organization in offering members valuable certification and educational events, contributing to their professional growth and skill development.-Actively engaged in networking efforts with other BPA chapters across Delaware, fostering collaboration and sharing best practices to enhance the overall chapter experience.

- Created and organized a local chapter of CodeClub aimed at providing a basic introduction to computer science and coding to elementary and middle school students at the local library.- Delivered a 9-week course on Python logistics and elementary-level programming, SpheroEdu Robotics, and HTML to over 50 students.- Collaborated with a team of three students to plan the course material that would be presented on a weekly basis, reserve space at the library to hold the classes, and market the course locally to gain more interest and involvement.- Developed social media accounts and website to market the organization to all students in Delaware and utilize key functionalities to assess viewership on the accounts, items interacted with the most, and other key metrics.

- Received funding from the Department of Defense (DoD) and National Science Foundation (NSF).- Utilized a variety of software and hardware devices, including Arduino, Raspberry-Pi, Python, C++, and MATLAB, to monitor and modularize air particle sensors, capture real-time data, integrate field-test data to visual geo-positioned maps, and configure GPS modules.- Developed a prototype of a low-cost, efficient, and portable air monitoring station that could display accurate real-time particle matter, wind speed, temperature, and humidity profiles through a mapping mechanism.- Met with the professors and research team once a week to discuss project progress, test findings, areas of improvement and deficiencies, and any updated requirements needed for the prototype.- Published and presented the research at a symposium on the improved accessibility and accuracy of air monitors and demonstrated the performance of the prototype created.