IoT-based Pigeon Hole System for FCSIT Lecturer

This thesis was born out of an idea to make the current student assignment submission to be easier especially for the lecturer. Nowadays, the pigeon hole is one of the important mediums for lecturer and students who need to send the assignment or document. With this pigeon hole box, students do not have to interrupt with lecturer for only to submit the assignments unless students need to consult with the lecturer if there is something important to discuss. However, sometimes the lecturers are too busy and doesn’t have much time to check the pigeon hole every day or time. In fact, some lecturer’s room are quite far from their pigeon hole box. So, modern technology is now able to overcome this problem by upgrading the system to facilitate lecturer’s checking their pigeon hole box. This project will help the lecturer to make sure they know if their pigeon hole boxes contains any assignment or document sent by students by displaying on lecturer’s device using the Blynk application. As the lecturers may have to handle multiple courses at one time, this system will display the number of assignments according to the courses sent by the student through the lecturer’s device

WAS-GN: Web-based Appointment System with GSM Network

This paper presents a new way of online communications through mobile to web that helps students and lecturers to be always aware of appointments no matter where they are. It contributes to the teaching and learning process, in which communication is made easy using short messaging system (SMS) technology which is called Web-based Student Appointment System with GSM Network (WAS-GN).It starts with examples of previous success stories of the implementation of SMS in many areas.The objectives of the paper are to discuss about the hardware and software requirement, and integrate them to be measured in terms of functionality. The research method is outlined next, and some discussions over current outcomes of the research are addressed.The prototype of WAS-GN is successfully implemented using SMS technology.Briefly, results show that WAS-GN is able to solve the appointment-making problem