The proposed system will monitor student academic progress by automating results processing and analysis of exams while maintaining a database of student scores. Currently, schools use multiple software to achieve the basic task of analyzing student performance; that is spreadsheet software for handling student’s scores and a different tool for preparing student reports. Uses of these systems require knowledge on how to use them such as knowledge of spreadsheet formulas. The proposed system will store a database of students’ performance from the beginning of their academic journey, making it easier to track the trends in an individual student’s. This in turn leads to informed and efficient student mentoring. By automating the results analysis, time wasted in manual computation of the results will be reclaimed and harnessed in dispensing quality education by increasing contact hours between learners and teachers, hence boosting student’s morale.

The problem identified is the absence of a Stadium ticketing system to assist the clients and spectators in the process of ticketing. This comes along with problems such as fake tickets, poor security and overcrowding at the gates. The proposed solution is to develop a web-based system to help in management of the stadiums during games. The proposed system will have features such as a log in page, a sign-up page, a home page and a contact us page where the users can reach out in case of a problem. To avoid fake tickets, the system will have the purchased tickets sent to the spectators’ emails as soon as the purchase is complete. Thereafter, during entry into the stadium, the tickets will be verified and the spectators will go in. The system design approach for this proposed system is Object Oriented Analysis and Design, and the methodology is Rapid Application Development (RAD); this methodology allows for feedback from the user. It also allows the system to be developed in modules. The programming language used is PHP as it is a web-based application system. MySQL has been used for the database due to its reliable speed and compatibility with web development.

The purpose of this project was to develop a Supermarket management system for Menyenikwa Main Supermarket. The researcher collected data through interviewing the company's employees and customers/clients met at the Supermarket's main branch, and observing how the previous system was functioning from where I based myself to come up with the project report and system. Because of the nature of this study, data was further collected from secondary sources like literature review. Results from data collected indicated that the system being used was inefficient in tracking, storage and retrieval of supermarket sales and stock information which led to delays in decision making for the management. Therefore to solve the above problem I designed, implemented, tested and validated a well-functioning Supermarket management system for Menyenikwa Main Supermarket. The system developed is now able to efficiently track, store and retrieve supermarket sales against stock information in a timely and convenient fashion, thus decision making was enhanced. The research examined ways of expanding the product selling systems to improve of existing systems.

In today's computer technology environment, the effect of IT plays a significant part in all real-time systems. Various management are in place to help the company organization achieve profit, standards, and future commercial growth. The VMS is important for monitoring how many visitors are there, what the objective of the facility visit will be, and who will be put in the block listed record due to rule violation. This technology also protects the building's overall security. The goal of this system is to synchronize the organization's business and visitors in order to achieve a wonderful connection among organizations globally. The background was compiled from many papers that discussed similar subjects and were connected to the system. In addition, the limitations and analyses of the present system have been addressed in order to demonstrate the organization's demands for a new system. In part three, we will go through the project planning, covering the feasibility study, Gantt chart, and software methodology in specific stages. Stepping on functional and nonfunctional requirements of the system, it is covered in the same chapter, as well as the system steps in the implementation part of section four, and finally with clear and direct conclusion and recommendations in section five with future work of the visitor management system, which will be added after the system is implanted in the organization and other related organizations.

An Online Voting System is a web based system that facilitates the running of elections online. Most higher learning institutions in Kenya conduct elections regularly in order to elect a student leadership to elect them. The elections conducted are mainly manual hence they are marred with irregularities which usually affect negatively the results of the election. In this era of advanced technology where online systems boosts work speed, reduces mistakes and promote the generation of accurate results, having a manual system like the paper-based version becomes a misfortune. An online system, which involves procedures like registration of voters, vote casting, vote counting, and declaring results etc. would constitute a good solution to replace current system that is in the universities in Kenya. Online systems have the advantage of providing convenience to the voter and reduce the time wasted in the queuing process at election centers and also promote security in the voting process. This paper hence describes the UVS which is a web-based online voting system that helps facilitate voting on the internet by providing a platform students are provided with an online registration form which requires them to register as voters, and then the details filled on the form are submitted in the database which then approves the user who can then login into the UVS and cast their vote. The UVS was developed using the waterfall model due to the adaptive nature of web based applications and the system proved that a computerized solution is possible with elimination of human related faults that are a commonplace in employment of human clerks to manage the election process. This paper has proposed the basic structure of the system and its functionality which can be employed to replace the current electoral system used in Universities.

ALL LEARNING AREAS COMBINED.QUALITY WORK

ALL LEARNING AREAS COMBINED.QUALITY WORK

ALL LEARNING AREAS COMBINED.QUALITY WORK

ALL LEARNING AREAS COMBINED.QUALITY WORK

ALL LEARNING AREAS COMBINED.QUALITY WORK

ALL LEARNING AREAS COMBINED.QUALITY WORK

ALL LEARNING AREAS COMBINED.QUALITY WORK

Comprehensive structured ANSWERS

ALL LEARNING AREAS COMBINED.QUALITY WORK

ALL LEARNING AREAS COMBINED.QUALITY WORK

ALL LEARNING AREAS COMBINED.QUALITY WORK

ALL LEARNING AREAS COMBINED.QUALITY WORK

ALL LEARNING AREAS MERGED WITH THEIR MARKING SCHEME

ALL LEARNING AREAS MERGED WITH THEIR MARKING SCHEME

ALL LEARNING AREAS MERGED WITH THEIR MARKING SCHEME