
The Development of i-TACwim for Academic Calender Management in Polytechnic
Author(s) -
Raja Norhafiza binti Raja Rosly,
Zareena binti Rosli,
Aishah binti On,
Noor Muzlinda binti Mat Hashim
Publication year - 2021
Publication title -
asia proceedings of social sciences
Language(s) - English
Resource type - Journals
eISSN - 2663-6638
pISSN - 2663-662X
DOI - 10.31580/apss.v7i2.1969
Subject(s) - deliverable , agile software development , computer science , process (computing) , engineering management , world wide web , push technology , project management , order (exchange) , academic library , interface (matter) , multimedia , software engineering , engineering , systems engineering , library science , finance , economics , operating system , bubble , maximum bubble pressure method , parallel computing
The need for automated and intelligent technology is a need nowadays. Even in the academic system, these technologies such as mobile apps and intelligent web system is essential for effective communication. However, the method of dissemination of information regarding academic calendar in Polytechnic is conducted conventionally thru hardcopy or downloaded document from institutional portal. The conventional method was found less practical in use which the lecturers often faced problems in their daily academic activities. Thus, namely as i-TACwim aims to design and develop an intelligent academic calendar that able to distribute real-time information regarding academic activities. The application also serves to send notifications to users according to important dates related to the International Standards Organization (ISO) procedures. This project applies repetitive development process adapted from agile Model consists of six phases. The development of this project is using YII2 Framework PHP of the system and interface, MySQL Server for the database and Firebase as the technology used for push notification. As a result, the i-TACwim application is a need and consider as an alternative to manual academic calendar to be used as the polytechnic intelligent academic calendar among the polytechnic community. User acceptance pilot testing will be conducted via questionnaire to form in order to show the capability and deliverables of this project.