PENNGEMBANGAN SISTEM INFORMASI AKADEMIK FAKULTAS TEKNIK UNIVERSITAS TANJUNGPURA

Abstract

Academic Information Systems or better
known as SIAKAD, is a system that
built for the fulfillment of the data and
information
needs on the academic colleges. SIAKAD th
at built at the Department of Electrical
Engineering Faculty of Engineering
University is a kind of
integration and development at
the Department of Electrical
Engineering SIAKAD which was built in
two platforms, desktop-based for Faculty
Operator and web-based that run
in the Engineering
Faculty intranet for Students. Further
development on SIAKAD to facilitate
techniques users in processing and access
data online, through Internet connectednetworks.
Literature

studies, data
collection, system requirements
analysis, system design, implementation
and testing and the analysis of the test
results, are steps in this research. These
steps resulted a SIAKAD of Electrical
Engineering Department, where this system
grant permissions on four different types of
users, called Faculty Operator, Academic
Operator, Lecturers and Students. In order
to design this system, researcher used a
diagram methodical approach that is
divided into three kind of diagram model
such as, Data Flow Diagrams (DFD) to
describe the flow of data on a system that
consists of two main parts of the system
data input and data flow analysis
system, flowchart diagram to describe
system used and Entity Relationship
diagram (ERD) to explain the relationship
between the data in the database based on

the data base objects that have
relationships in between. By analyzing the
needs of the academic system, a web-based
Academic Information System is able to
combine the features of two previous
systems of different platforms that
academic communication and data
exchange between operators, lecturers,
students and academics can be carried out
smoothly. web-based siakad can be used by
students, faculty, and academic operators,
with each having access rights and different
features, so operating in the communication
and exchange of academic data run
smoothly.