DESIGNING A SMART CAMPUS SERVICES ARCHITECTURE WITH AN ENTERPRISE ARCHITECTURE APPROACH ON THE TECHNOLOGY LAYER AT BANDUNG INSTITUTE OF TECHNOLOGY

• Main Author: Dipa Bharata, Galuh
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/74059
• Institution: Institut Teknologi Bandung

Campus is one of the educational institutions in which there are services that support the running of an institution. The existence of services is increasingly being improved, of course in various ways. Starting from the implementation of standard operating procedures (SOP), budget adjustments for services, and others. One of the factors in improving services is adding technological elements to the service process. One of these concepts is the application of the smart campus concept. Smart campus is one of the concepts of applying the latest technology on campus that aims to improve campus services. Smart campus does not only refer to the use of high technology, but there are many dimensions that become parameters for the formation of smart campus. Implementing a smart campus is not an easy thing. There are many calculations that must be done. The calculation starts from many things, ranging from policies, costs, and others.There are many ways to build a smart campus. One way that can be done is to design using one of the enterprise architecture frameworks. The framework in question is TOGAF ADM. TOGAF ADM divides the architecture into four layers. Starting from business, data, applications, and technology. The technology layer is a layer where an explanation of the use of technology from an architecture will be designed. The design explains how an element interacts with each other so that it can finally fulfill the purpose of the architecture design. The result of this final project is an architecture design at the technology layer for smart campus service design at ITB as a case study. The design is in the form of a technology architecture diagram which is divided into baseline architecture and target architecture. Analysis of the difference between the baseline and target is done to see the difference between the current condition and the desired condition. The design of technology architecture is in accordance with the needs of the previous architecture design (application architecture).