The human resource departments in many Institutions have various processes which include checking employee attendance, disbursing payrolls, applying for jobs, handling company events and training programs, handling leave and absence requests and lastly, checking on employee welfare. These processes, however, are handled manually for example job application could become tedious due to the many processes that an applicant would have to undergo at the physical establishment in order to apply for a job of choice. Such manual handling of these processes was tiring and therefore cause inaccuracy and inefficiency. The developed solution was a web-based information system that would seek to automate these processes in the human resource department. It would be able to make job application easier for applicants and ensure that employees requesting leaves and absences would be able to do so by communicating to the right channels through the system. The system was developed using the prototyping methodology. Other tools that were used include PHP as the programming language, Brackets as the IDE , MySQL as the DBMS and usability testing as the testing method.

This project presents a theoretical framework of online medical laboratory system, it discussed about different scholar’s perspective of online laboratory system, the aim of this project to develop an online medical Laboratory booking system for patients to make lab booking at their convenient time because currently, Bliz Hospital uses a manual based system to keep record of customer’s booking and make new laboratory bookings. This project discussed the tool and technology used in developing the proposed system (the system has a front end by using html, Css, JavaScript to display the content structure and a back end of database using MySQL and PHP). Laboratory systems were compared to identify their similarities and differences. A number of development methodologies were discussed and why one of the methodologies was chosen for this project. Methods used to gather the requirement specification was also discussed and how the researcher will use this as a guideline in developing the proposed system. Diagrams were created describing each system. Demonstration of different WebPages available on the website was discussed and then an evaluation was conducting using two methods to evaluate the website.

Almost all collages and higher institutions of learning, includes some form of assignment in their assessment for each courses. The assignments are allocated manually by the instructor to the students, which are either carried out in groups or by individual student. This manual management of assignment is becoming obsolete due to its inconvenience, inefficiency, and low accuracy. Currently, web-based management systems have been widely implemented due to the development of Web technologies. Therefore in other to effectively manage these assignment process, a well-designed assignment submission system is needed, hence the need for an online assignment submission system to facilitate the allocation, collection and marking of the assignments scripts. This project introduces a web-based Assignment Management System, which automates all the manual aspects of the conventional way of handling assignment. Its friendly user interfaces allow instructors and students to handle their assignments in a convenient, efficient, and simplified manner. In addition, this system also has very good features of portability and extensibility. The aim of this study was to create a web based online assignment submission system and the objective of the system is to facilitate easy interaction of Instructors and students for assignment allocation, submission and grading purposes. The system was created to eliminate the traditional process of allocating an assignment and collecting the feedback for the assignment. The system was implemented as a web based application through the useful tools of hypertext mark-up language, cascading style sheet and Java Script as the front end design while using MySQL database for storing and retrieving data as the back end tool. The implementation of this system was aimed at downloading and uploading online assignments for students, with each interface having information about the instructions and its description for easy access. The main goal of this project is to design and implement online assignment submission and provide an interface use for uploading and downloading assignment by instructors and the submission by the students, while the instructor also perform the task of grading each student submission automatically. The most obvious advantage offered by this online assignment submission system is that it offers an easy and faster transmission of assignments between both the instructor and the students than using the manual process.

This project illustrates the designing and implementation of a web based Pharmacy management system for the Bliss Medical Centre. The primary aim of is to improve accuracy and enhance safety and efficiency in the pharmaceutical store by minimizing issues occur in day to day operations. Currently they are using a manual system which is very hard in handling. Managing the stock with paper records based on the expiry dates and the quantity available in the stock are some major problems identified in the problem domain. The system intends to minimize the workload of the staff and increase the value of the business to gain the competitive advantages in the pharmaceutical industry. The system allows different tasks for different users. They are administrator, cashier, data entry operator and normal user who can logging the system as different user roles to perform their functions separately. Administrator has all privileges of the system. Create users, generate reports for managerial decisions, manage employee attendance are some administrator tasks. In addition, the system will show a notification about expiry dates of drugs and stock ending details. It is easy to handle stock management through the software rather than working with paper records. Customers are the main asset of the business. So, the system will help to reduce waiting time of the customers. They can check the availability of the items before they come to the pharmacy by using the search facility provided in the pharmacy web site.

Clothing is a factor in every day human life and interactions with others. Clothing is a systematic means of transmitting information about the wearer. The purpose of this research is to understand the relationship of fashion designers ‘cultural values and personal experiences and the process of creativity in their design process. This study was designed to find out factors influencing the way they dress. The main objective in this study was to identify the physical,i) To produce simple and appropriate outfit. ii) To improve the branding image for fashion and design.iii) To look neat and well-groomed but relaxed iv) To promote recognition of the design. The research will be mainly in Nakuru town. I will involve various people in doing the research e.g. experts and designers. The casual wear will explain into further details hence the upcoming designers will also expand on their knowledge of designing other trending new styles. The clients will be informed of the latest trending designs and fashi

Cell phones are widely used in the world. While people have to be connected to one another, there are situations or places where there usage is to be prohibited either due to security reasons or it may cause health hazards. Cell phones detection has been on investigation for a long time. There are techniques which have been formulated or proposed on how cell phones can be detected. Most of the use the features such as audio system, RF system and common materials of the phones and try to look into how they can be used as basis to detect mobile phones This project utilizes the RF system of the cell phone as the features to be detecting its presence. A circuit that detects signals of the range 0.9GHz is used to detect a cell phone when in use. When the signal is detected, an LED blinks to indicate the use age of a cell phone within a radius of 1.5 mete

This research focuses on detection of an authorized access to residential and commercial buildings when residents are away fromthe access gate of thehouse .The system is simple reliable and touch less activator security system and uses sensor technology to revolutionized the standard of living .The system provides the best resolution to most of the problems forced by house owners in their daily life. Due to its simple electronic component nature, it is more adaptable and cost effective .the system is divided into three units which employs both the use of the dc battery and the mains supply to ensure constant power supply to the circuit. The design of the system was achieved by considering some factors such as economy, availability of the components and research materials, efficiency, compatability and portability and also durability in the design process. The system works on the principal of thetouch lesssensor. The general performance of the system depends on the presence of intruder enterrring through the door .the overall system was constructed and tested and wok perfectly. The IR theft alarm consists of infrared IR Transmitter, IR receiver and comparator IC LM358. This detector circuit can be used to detect any human entry, obstacles, theft, etc, in order to use IR detector circuit to sense human entry, the IR sensor has to be placed opposite to each other .IR rays is directly falls on IR receiver which in turn is given as input to the ic LM358 which is used as a comparator. Comparator is a circuit which compares two voltages. (Reference voltage and input voltage) produced output according to the input. The output of the comparator is given to the transistor which acts as an inverter and drives a LED and a Buzzer. Buzzer will give you sound if LED is turned ON.

Digital Visitor Counter is device or system that can read the incoming and outgoing agents or traffics that tends to visit or physically visit a place and. The system is proposed and designed in this paper that is the visitor counter that is bidirectional in feature which can read both the incoming and outgoing traffic and agents at same time securely. In this system, up to 999 incoming or outgoing visitors can be counted using microcontroller. Microcontroller is used here to make a secure count over a large number of visitors. This system is essentially required in many places where count for the visitors is needed by the administrator of that system. The design and demonstrations are produced in this paper.

This project presents a detailed study titled "Architectural and Structural Design of a G+3 commercial Building: Case Study of Kisii Central district" The study focuses on a G+3 commercial building at Kisii Central station that measure 207,775m x 158,64m, comprising essential features like balconies, agency office, restaurant, shops, bus parking, kitchens, bathroom, offices. Each floor stands at a height of 4 m. The structural analysis employed fundamental civil engineering principles to meticulously design key elements, including beams, slabs, columns, foundations, and stairs. Longitudinal beams, with a depth of 500 mm, width of 200 mm, and a flange width of 907 mm, utilized Ø16 mm reinforcement bars at both top and bottom. Slabs were diversified into three types (continuous and discontinuous), each with a 25 cm thickness and reinforced with Ø12 mm bars. Columns incorporated Ø25 mm bars with Ø8 mm links at 144 mm center to center. Foundation design adhered to a bearing capacity (Pb= 350 KN/m2), resulting in foundations measuring 1500*1500*500 mm, reinforced primarily with Ø20 mm bars. Stairs facilitating interfloor access were crafted with a 265 mm going, 180 mm riser, 200 cm flight height, and a pitch of 32.530. Reinforcement comprised Ø16 mm bars at the bottom and Ø8 mm bars at the top. This dissertation offers a comprehensive exploration of the structural intricacies involved in designing a G+3 commercial building. Through meticulous analysis and design, it provides valuable insights into construction practices, particularly within the unique context of Kisii Central district.

STRUCTURE DESIGN OF PUBLIC LIBRARY G+3