Final Report
Kindly check your group and use the assigned topic to write your final report. You need to do the following:
1. Choose a case study relevant to your topic
2. Read the Abstract and compile the remaining portions
3. Select only questionnaire from the available fact-finding techniques that we have, make an assumption on the number of questionnaires distributed and retrieved respectively.
4. Apply simple descriptive statistics to analyse your results.
Note that your report must cover the following sections with minimum of 5 pages and maximum of 10 pages:
1. Abstract
2. Introduction
3. Related literature
4. Methodology
5. Results and discussion
6. Conclusion
7. References
GROUP 11
TOPIC:
DESIGN AND IMPLEMENTATION OF A DYNAMIC TEACHER-STUDENT INTERACTION SYSTEM
Abstract
GROUP 12
TOPIC:
DESIGN AND IMPLEMENTATION OF A COMPUTERIZED RECYCLING SYSTEM FOR PROTECTING THE GREEN ENVIRONMENT
Abstract
Our earth suffers a lot from the things that are tossed uselessly; these things might be advantageous to our society. Then again, communities across the country endure a lot of waste particularly plastic waste; this has led to environmental pollution and depletion of natural resources. Therefore, this research aims to achieve sustainable development and designing a computerized system to aid in the recycling of waste products. As part of the Nigeria’s vision 2020. The implementation of the Recycle site, will improve waste and plastics disposal in an environmentally positive manner. The proposed system was developed using the HTML & CSS, and the PHP and mySQL programming language for the client server.
GROUP 13
TOPIC:
DESIGN AND IMPLEMENTATION OF A COMPUTERIZED GRADE EVALUATION SYSTEM
Abstract
This research work presents a computerized grade evaluation system that is developed to collect, process, and return the exams grades of student of the University of Ibadan. It discusses the design requirements, features, and implementation of the computerized grading system, as well as reactions from course faculty and staff members. The system is developed with numerous advantages over the analog grading methods, including scalability, real-time feedback on the status of grading, the reduced potential for human error in compiling grades, the ability for lecturers to grade remotely and to revise their grades after submission, the ability for course administrators to easily review grading results and remove statistical outliers from the score set, the ability to return both provisional and final grades to the course faculty, staff, and students in a timely manner, and the ability to archive and export grading data for future use. Although the online system is a clear improvement over paper-based grades.
GROUP 14
TOPIC:
DESIGN AND DEVELOPMENT OF A WEB-BASED STUDENT ACADEMIC ADVISING SYSTEM
Abstract
Student academic advising is very important for the development of wards in different institutions but always a time-consuming effort in academic life. A Web-based Academic advising system has been implemented in order to solve the issues between students and the academic advisers, by making advising more convenient, take complaint from students, evaluate and generate reports, suggest possible answers which is different from the manual way of giving student advise to an automated way. This researcher surveyed the existing procedures; as utilized by many institutions and then implemented a computerized solutions in order to enhance their overall advising experience. The paper presents an outline of the design and implementation of a computerized e-Academic Advising System as a web-based application. The proposed system attempts to build a model that the staff and counsel can access to follow-up the student complaints and suggestions. Also, the students can register academic complaints, seek advice and more. The e-Academic advising web-based system is developed and implemented with HTML, CSS and "PHP" as a Web framework which runs via the structured query language, "SQL" as a Database Engine.
GROUP 15
TOPIC:
ONLINE HOSPITAL LOCATION SYSTEM USING GOOGLE MAPS
Abstract
It is estimated that an average human being will fall ill more than three times every year. People are always looking for different hospitals to solve their health challenges and they don’t know the directions and the route to be followed to get to this places. Without knowing the right routes and directions, this may cause ill persons to get to the wrong way, which might lead to death, in cases of emergency. To avoid this situation, this research is to provide an online hospital location system, developed to help users to get the right directions to different health centers. This paper introduces an application that can be easily accessed, which is implemented to provide the routes, directions, traffic update and see other hospital users reviews about the hospitals using Google map. The proposed system additionally presents automated navigation activities, with providing directions to users with the optimal path between start point and destination and ascertaining the driving duration with distance. Google Maps APIs, Google Direction APIs, PHP, JSON and MySQL have been implemented and utilized in this system to provide solutions. This application uses the client/server architecture, the users serve as the client and the combination of PHP and MySQL database serve as a server.