Design and control of smart charging station for electric scooters

This thesis focuses on constructing a smart charging station for electric scooters at the Department of Computer Science, Faculty of Science. The first part of the work is dedicated to researching available solutions. The second part involves the analysis and design of a custom solution, which is further divided into three components: the server, station, and dock. Each component undergoes its analysis, design, and implementation. The thesis addresses the design of mechanical parts, the method of locking and charging, as well as the development of software for the server, enabling management and logging of scooter usage, and for the station, providing a user interface. The goal is to create a functional and modular station that allows users to charge electric scooters conveniently and securely at the department, with the readiness for future expansion