ABSTRACT
This study developed a
web-based Student Industrial Work Experience Scheme (SIWES) Management System
for Jigawa State Polytechnic Dutse to address the limitations of the existing
manual SIWES administration. SIWES is an essential program designed to expose
students to practical industrial experience and bridge the gap between
classroom theory and workplace practice. However, the current manual management
process in the Polytechnic is characterized by delays, inefficiencies,
inaccurate record-keeping, poor communication, and weak supervision of students
during their industrial attachment. The study adopted a descriptive system
analysis approach and the Agile Incremental methodology to gather requirements,
design system models, and implement a functional prototype. Tools such as HTML,
CSS, JavaScript, PHP, and MySQL were used to develop key modules for online
registration, student placement, digital logbook submission, supervisor
monitoring, administrator control, and record management. System testing,
including unit and integration testing, confirmed that the platform performed
effectively in areas such as login authentication, data entry, dashboard
navigation, and report generation. Findings revealed that automation
significantly improves efficiency, reduces human errors, enhances real-time
monitoring, and strengthens communication between students, supervisors, and the
SIWES Directorate. The developed system also provides secure data storage and
faster processing of SIWES-related activities. The study concludes that
automating SIWES management is necessary for improving transparency,
accountability, and overall program effectiveness at Jigawa State Polytechnic
Dutse. It recommends full adoption of the system, stakeholder training,
improved ICT infrastructure, continuous upgrades, and possible integration with
the Industrial Training Fund (ITF) national database to support broader
implementation across Nigerian tertiary institutions.
Table of Contents
DECLARATION.. ii
APPROVAL.. iv
TABLE
OF CONTETS. viii
CHAPTER
ONE.. 1
INTRODUCTION.. 1
1.0 Background of the Study. 1
1.1 Statement of the Problem.. 2
1.2 Aim and Objectives of the Study. 3
1.4 Scope of the Study. 3
1.5 Limitations of the Study. 4
1.6 Definition of Terms. 4
CHAPTER TWO.. 5
LITERATURE REVIEW... 5
2.1 Concept of SIWES. 5
2.2 Objectives of SIWES. 5
2.3 SIWES in Nigerian Polytechnics. 6
2.4 Manual Management of SIWES. 6
2.5 SIWES Management Systems. 7
2.6 Benefits of Automating SIWES. 8
2.7 Challenges of Implementing SIWES Management Systems. 8
2.8 Empirical Review of Related Studies. 9
2.9 Summary of Literature Review.. 9
CHAPTER THREE.. 11
SYSTEM ANALYSIS AND METHODOLOGY.. 11
3.1 Introduction. 11
3.2 System Analysis. 11
3.3 System Requirements. 12
3.4 Methodology Adopted. 13
3.5 System Design. 14
3.6 Tools and Technologies Used. 14
3.7 Justification of Methodology. 15
CHAPTER
FOUR
SYSTEM
IMPLEMENTATION
4.1
Introduction
4.2
System Testing4.2.1 Unit Testing
4.2.1
Integration Testing4.3 Program Testing
4.4
Documentation
CHAPTER
FIVE.. 20
SUMMARY, CONCLUSION AND
RECOMMENDATIONS. 20
5.1 Summary. 20
5.2 Conclusion. 21
5.3 Recommendations. 22
References..…………………………………………………………………………………......25
Appendix A………….………………………………………………………………………......27
Appendix B……………………………………………......…………………………………......36
LIST
OF TABLES
Table 4.1 Contains the Unit Testing of this system
……………………………… 17
Table 4.2 Contains the Integrating Testing of this system
………………………. 18
LIST
OF FIQURES
Figure
1:
Student Register Home Page …………………………………………. 19
Figure 2:
Student Registration Form ……………………………………………. 20
Figure 3:
Student Update and Posting Menu …………………………………. 20
Figure 4:
Admin Login Page ……………………………………………….. 21
Figure 5:
Admin Control Panel ……………………………………………….. 21
LIST
OF ABBREVATION
|
S/NO.
|
NAME
|
MEAN
|
|
1.
|
SIWES
|
Student Industrial Work Experience Scheme
|
|
2.
|
ITF
|
Industrial Training Fund
|
|
3.
|
ICT
|
Information and Communication Technology
|
|
4.
|
SMS
|
SIWES Management System
|
|
5.
|
DFD
|
Data Flow Diagrams
|
|
6.
|
ERD
|
Entity-Relationship Diagrams
|
|
7.
|
HTML
|
Hypertext markup language
|
|
8.
|
CSS
|
Cascading style sheet
|
|
9.
|
PHP
|
Hypertext Pre-processor
|
|
10.
|
MySQL
|
My Structured Query Language
|
CHAPTER
ONE
INTRODUCTION
1.0 Background of the
Study
The Student Industrial Work Experience Scheme (SIWES) is a program
designed by the Federal Government of Nigeria through the Industrial Training
Fund (ITF) in 1973 to bridge the gap between theory and practice in tertiary education.
The primary objective is to expose students in tertiary institutions to
real-life work situations and enable them to acquire practical knowledge and
skills relevant to their fields of study. SIWES, therefore, serves as a
platform for students to gain work-related experience, develop problem-solving
skills, and understand workplace ethics and culture (Oladipo, 2020).
Over the years, SIWES has become a mandatory component of most
technical and professional degree and diploma programs in Nigeria, especially
in disciplines like Engineering, Computer Science, Agriculture, Technology, and
Environmental Sciences (ITF, 2023). Students are expected to undergo this
training in industries, government agencies, and private organizations relevant
to their field of study for a specified period, usually between three to six
months.
Despite its importance, the management of SIWES in most Nigerian
institutions still faces several challenges. Traditional methods of managing
SIWES rely heavily on manual systems, which involve physical documentation,
manual record keeping, and human supervision. These processes are often
inefficient, time-consuming, and prone to errors. In the case of Jigawa State
Polytechnic Dutse, the challenges include delays in students’ placement,
difficulties in monitoring students’ progress, problems with timely submission
of logbooks and reports, and inadequate communication between students,
supervisors, and the SIWES Directorate. These inefficiencies hinder the overall
success of the program and reduce its intended impact on student learning
outcomes (Abdullahi & Musa, 2021).
With the advancement of Information and Communication Technology
(ICT), there is a growing need for an automated SIWES management system that
can enhance efficiency, transparency, and accountability. A computerized SIWES
Management System would simplify record-keeping, automate logbook submission,
improve communication, and allow real-time monitoring of students by both
institutional and industrial supervisors (Ogunleye & Adepoju, 2020). Such a
system, when implemented, will provide significant benefits not only to
students but also to institutions and industries participating in SIWES.
1.1 Statement of the
Problem
The current SIWES management practice at Jigawa State Polytechnic
Dutse is largely manual. Students are required to manually fill logbooks,
submit reports physically, and depend on face-to-face interactions with
supervisors for monitoring. This manual system has several shortcomings:
·
Inefficiency and Delays: Manual handling of
records leads to delays in processing students’ documents, such as placement
letters, logbooks, and reports.
·
Poor Monitoring and Supervision: Supervisors find it
difficult to track the real-time progress of students during their training.
·
Risk of Data Loss: Physical documents such
as logbooks and reports are prone to misplacement or damage.
·
Inadequate Communication: Communication between
students, supervisors, and SIWES coordinators is often limited and ineffective.
These challenges negatively impact the objectives of SIWES, making
it difficult for students to fully benefit from the scheme. Therefore, there is
a need for an automated SIWES management system that can streamline processes,
improve efficiency, and enhance communication among all stakeholders.
1.2 Aim and Objectives of the Study
The main aim of this study is to design and develop a SIWES Management System for Jigawa
State Polytechnic Dutse to improve the efficiency of SIWES administration.
objectives:
i.
Identify the challenges associated with the
existing manual SIWES management system at Jigawa State Polytechnic Dutse.
ii.
Design a web-based SIWES Management System to
automate student registration, placement.
iii.
Develop a platform that facilitates effective
communication among students, supervisors, and the SIWES unit.
1.3 Significance of the Study
The significance of this study is multi-dimensional:
- For
Students:
The system will simplify SIWES registration, placement, and submission of
logbooks and reports. Students will also enjoy improved communication with
supervisors and coordinators.
- For
Supervisors:
The system provides an effective platform for monitoring students’
activities in real-time, thereby improving evaluation accuracy.
- For
the Institution:
Jigawa State Polytechnic will benefit from improved data management,
transparency, and accountability in SIWES administration.
- For
Industry:
Organizations that host SIWES students will find it easier to collaborate
with the institution and provide necessary feedback.
This study contributes to the ongoing digital transformation of
Nigerian educational institutions and provides a model that can be adopted by
other polytechnics and universities across the country.
1.4 Scope of the Study
This research focuses on the design and implementation of a SIWES
Management System for Jigawa State Polytechnic Dutse. The system will cover
student registration, placement, logbook/report submission, and supervision
monitoring. The study will be limited to the SIWES Directorate of the
Polytechnic, students participating in SIWES, and academic/industrial
supervisors.
1.5 Limitations of the
Study
Some limitations of this research include:
- Time
constraints that may limit the full implementation and testing of the
system.
- Limited
access to some SIWES data due to confidentiality and institutional
restrictions.
- Financial
and technical challenges in hosting and maintaining the system.
1.6 Definition of Terms
·
SIWES: Student Industrial Work Experience Scheme; a
program designed to expose students to practical work experience in industries.
·
Management System: A structured framework
used to organize, monitor, and control processes efficiently.
·
Automation: The use of ICT tools to reduce human effort and
manual processes in data management.
·
Supervisor: An academic or industrial staff assigned to
oversee students during their industrial training.
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