Micro Frontends Implementation for Employee Task Monitoring Application with React & Webpack The goal of the final project was to analyze, design, and implement Micro Frontends in HR applications tailored to employees. The website was built using the React.js framework and a module federation approach with Webpack. The application operates through a Micro Frontend mechanism rooted in Component Based Architecture (CBA), separating it into a main application (Main App) and subordinate applications (Child App). Basic components were developed in the main app, while features such as task lists, adding tasks, changing tasks, and deleting tasks were developed in child apps. Key responsibilities included: - Implementing the Micro Frontend design to facilitate accelerated and scalable development. - Ensuring integration, performance, accessibility, and adherence to best practices. The system's performance was evaluated using Lighthouse, achieving a good rating of 86. Availability was tested with Pingdom, confirming 100% uptime. Security was assessed using OWASP ZAP and Burp Suite, with the system deemed secure at a medium level. Integration capabilities were successfully tested, and the system handled a user spike of 11,000 new users within 30 days without issues. The UI/UX evaluation yielded an overall score of 83%, with high marks for consistency, easy reversal of actions, and short-term memory load. The Micro Frontend Architecture evaluation scored 75%, highlighting good performance in loading speed and responsiveness, though accessibility could be improved. Suggestions from users at Telco Company for future development include enhancing performance for smoother operation on low-spec devices and integrating with third-party services like Google Calendar for better task monitoring and reminders. These improvements aim to enhance overall usability and user satisfaction.

Robotic Team, Organization internal and external

Past The Final Project entitled "Implementation of DC Motor Control and Movement By Using Arduino Microcontroller and Robot Operating System with PID Control On Autonomus Mobile Robot, July 2020" The goal of the final project is to make a prototype of Industrial Autonomus Mobile Robot Using Robot Operating System and Lidar Sensor for Obstacle Avoidance. This project was done by a group of 4 person where i take responsibility in C++ programing for PID Controling the DC motor and movement. Past The Middle Project entitled "Increase Efficiency of Storaging Solar Energy Harvester Using Accu as Medium For Night Lightning Application, October 2019" The goal of this project is to upgrading the control system of past final project. The requirement of this project is to increasing efficiency of solar energy in any conditions, whether in the rainy day, cloudy day, sunny day. This project was done by a group of 3 person where i take responsibility in Electrical wiring, controling, and troubleshooting.