A ubiquitous problem faced by students and teachers of an educational institute is to arrange for meetings in an effortless manner and at a time which suits both. Teachers usually have a fixed time table for their regular classes, but they often get busy with impromptu meetings, extra classes, official work, etc. Since these situations are frequent and unpredictable, students willing to meet the teachers outside the regular class time often find it difficult to do so. To reduce the hassle of waiting for teachers and searching for them around the campus, this paper proposes a teacher-student appointment system named ‘MeetUp’. This application allows a teacher member to upload their timetable from which free slots of the teacher will be extracted and shown against the respective teacher on the student portal, which will help students request for an appointment time that is viable for both the members. This system not only benefits the students but also helps the teachers manage their time as students would only show up with prior appointments and the teachers have the authority to accept an appointment request at their convenience. Meetup is built for native android users using Dart language based Flutter framework and python based Django Framework.
An appointment system is going to be popular nowadays. The necessity of these types of systems is increasing day by day specially in education sector. Worldwide COVID-19 pandemic provoke the demand of these types of application. In this research paper, an Android-based appointment is built for booking an appointment and communicating with the teacher. To use this system both student and teacher have to an android device with connection of the internet. A single android application will be used for both types of users. Students can get the information of all teachers and book an appointment with teachers and teachers can accept or decline this appointment. Java programming language is used for this system and Google’s Firebase is used for the database. In addition, the modern coding Architecture pattern MVVM (Model- View-View Model) followed to build this system. Hopefully, this system saves valuable time and makes the teacher-student interaction journey easier.
Additionally, the system incorporates various features to enhance the overall user experience. Students can receive automated reminders for their upcoming appointments, reducing the chances of missing important meetings. On the other hand, teachers can set their preferred appointment durations and define buffer times between meetings, ensuring a well-structured schedule.
This paper introduces the design idea and realization idea of the laboratory equipment reservation management system based on the Internet of Things technology. The system includes teaching management, open management, student management, teacher management, experimental course and experimental project management, instrument and equipment management, experimental consumables management, power supply and security management and other related modules. Using intelligent handheld terminal technology, to achieve real-time and efficient supervision of the laboratory in an all-round way. The operation of the system makes the open management of university laboratories more scientific and institutionalized, improves the utilization efficiency of laboratory resources, reduces the energy consumption of the laboratory, and greatly improves the management efficiency and service level.
In conclusion, the Student-Teacher Online Booking Appointment MERN System is a game-changer in the education sector, providing a seamless and efficient way for students and teachers to schedule appointments. With its user-friendly interface, automated reminders, and advanced features, this system simplifies the process of booking appointments and enhances communication between students and teachers. Embrace the power of technology and take your educational experience to the next level with the Student-Teacher Online Booking Appointment MERN System.
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