PRAVINTHEN MUNIANDY

Graduate of information technology with a good in database management, programming languages (Python, Html, PhP, C++) and computer science principles. Very ambitious and knowledgeable about software development processes, troubleshooting, and system analysis. Completed hands-on projects, including (Bout Chart System and Wi-Fi Door Unlock system using Arduino) demonstrating the ability to solve complex problems and collaborate effectively in team environments. Seeking to leverage academic knowledge and practical experience in a dynamic IT company, while continuously enhancing skills and embracing new technologies.

Online Bout Chart System (2019)

• A digital technology called the Online Bout Chart System (OBCS) was created to make Taekwondo and martial arts event management easier.
• It offers a complete toolkit to promoters, organizers, and officials to make the planning, scheduling, and execution of matches within a competition smoother. Through an online site, participants can register their details, including personal data and combat history.
• The organizers of the event need this information in order to set up matchups and keep correct records. In order to assist in matching combatants based on variables like weight class, skill level, and experience, OBCS frequently uses algorithms or manual tools.
• This respects rules and safety requirements while guaranteeing impartial and competitive matches. Real-time reports on bout progress, results, and schedule modifications are provided by OBCS throughout the event.
• Usually, a web portal gives organizers and attendees access to this data. The system allows judges to enter their ratings directly, and it uses specified criteria to determine each bout's final result.
• This function aids in preserving score accuracy and transparency.

Wi-Fi Door Unlock System Using Arduino Esp32 Cam (2023)

• The main goal is to develop a door locking system that uses Wi-Fi technology to improve security.
• Only authorized users should be able to unlock the door thanks to this system's strong protection against illegal access. To create extremely secure security where the installation of cutting-edge security measures to fend off potential threats and weaknesses.
• Security measures including intrusion detection systems, authentication procedures, and encryption are used to guarantee the maximum level of protection for the door unlock system.
• By using digital authentication techniques like passcodes and biometric authentication (e.g., fingerprint or facial recognition), the system seeks to do away with the necessity for conventional keys.
• This keyless method lowers the possibility of theft or key loss while improving user convenience.
• Users can have remote access and management capabilities by enabling control of the lock system via a mobile application.
• By using the app, users may monitor door activity, lock or unlock the door from any location with an internet connection, and temporarily provide access to others as needed.