Authors :
Abdulhakim Ibrahim; Gambo Isah Diri; Dr. Mohammed Nazeh Alimam
Volume/Issue :
Volume 8 - 2023, Issue 11 - November
Google Scholar :
https://tinyurl.com/mrxvthcj
Scribd :
https://tinyurl.com/bdfh72vm
DOI :
https://doi.org/10.5281/zenodo.10245394
Abstract :
This research paper created and used
advanced software design to design an automated system
to process admissions for tertiary institutions all over the
state. Participants in the system will be applicants from
various states and countries, as well as staff from the
respective institutions. All admission requirements for the
institutions are entered into the system and recognized as
guidelines for admitting applicants. If the requirement is
not met, the admission may be rejected automatically by
the system. The turnaround time is twenty-four hours.
The method used for this research is waterfall modeling,
which is very popular and easy in the software
development lifecycle. It is also a linear, sequential
approach to the SDCL. The research's findings have been
put to the test and are functioning and operating properly
to support institutions in Kebbi State in the admissions
process. The system covered all the necessary phases of
advanced software design, such as requirement
elicitation, requirement analysis, functional and non-
functional requirements, verification and validation, and
many more.
Keywords :
Admission, Automated, Tertiary Institution, Processing, System.
This research paper created and used
advanced software design to design an automated system
to process admissions for tertiary institutions all over the
state. Participants in the system will be applicants from
various states and countries, as well as staff from the
respective institutions. All admission requirements for the
institutions are entered into the system and recognized as
guidelines for admitting applicants. If the requirement is
not met, the admission may be rejected automatically by
the system. The turnaround time is twenty-four hours.
The method used for this research is waterfall modeling,
which is very popular and easy in the software
development lifecycle. It is also a linear, sequential
approach to the SDCL. The research's findings have been
put to the test and are functioning and operating properly
to support institutions in Kebbi State in the admissions
process. The system covered all the necessary phases of
advanced software design, such as requirement
elicitation, requirement analysis, functional and non-
functional requirements, verification and validation, and
many more.
Keywords :
Admission, Automated, Tertiary Institution, Processing, System.
