Project Proposal Guidelines
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Item Appliance Control and Security Alert Using Infrared(UICT, 2022-06-30) Otim, David .....(et al)This project report describes the construction and implementation of an appliance control and security alert system using infrared which can be used in controlling various home appliances and sending an alert using the alert system. In this project, the appliances are remote controlled using an infrared remote which sends the command to the ATmega328P microcontroller which in turn communicate with the relays whether to turn on/off the appliance based on the command being sent. The microcontroller is used to control the entire system that makes the system smarter and easy to modify for other applications. The infrared receiver enables the user to control and operate loads from about 4 meters. The security alerting system is basically done by the GSM module which sends security alerts concerning emergencies to the concerned persons so as to respond to the situation.Item Smart Class Room with IR Sensor(UICT, 2022-06-30) Musimba, David .....(et al)Item Remote Patient Monitoring System(UICT, 2022-06-30) Oketch, Ibrahim.....(et al)With the ever-improving technology and use of sensors, attempts to utilize the new technology in various areas to improve the quality of human life have been made. The health care sector is slowly but steadily adopting technology. People in need of health care services find it very expensive, this is the case for developing countries like Uganda. As a result, this project is an attempt to solve health care problems currently being faced in society today. The main objective of the project is to assemble a remote patient monitoring system. It will comprise of three main parts. The first being, detection of patient’s vitals using sensors, second is analyzing and sending data to cloud and last part was providing the detected data for remote viewing over the dashboard of the IoT monitoring platform. Remote viewing of the data enables a doctor or guardian to monitor a patient’s health progress anywhere away from hospital premises. The internet of things (IOT) concepts has been widely used to interconnect the available medical resources and offer smart, reliable, and effective health care services to patients. Patient monitoring can use the IOT advantages to improve patient’s lifestyle. In this project, we have presented an IOT architecture customized for health Care applications. The aim of the project is to come with a remote patient monitoring system that can be made with locally available sensors with a view of making it affordable if it were to be mass produced. Hence the proposed architecture collects the sensor data through Arduino microcontroller and relays it to the cloud where it is processed and analyzed for remote viewing over the cloudItem Online Lecturer's Performance Monitoring System(UICT, 2022-06-30) Nabirye, Stella...(et al)This project report is a summary of the lecturers ‘attendance monitoring system that will capture daily lecturers’ attendance records in class at Uganda institute of Information and communications Technology and facilitates access to the attendance of a particular lecturer in a particular class and help in storing the attendance of a lecturer. Rather than signing an attendance sheet manually, the attendance records are captured and stored into the database of the lecturers’ attendance monitoring system that makes it easier manageable. The study was conducted in the presence of the Quality Assurance Officer at Uganda Institute of Information and Communications Technology and resultantly came up with lecturers’ attendance monitoring system that aid monitoring lecturers’ attendance records. The major objectives of the study were to design and develop lecturers’ attendance monitoring system during physical lectures for UICT with that system. The specific objectives included studying the current system on lecturers’ attendance monitoring in order to identify the inefficiency and weakness of the system, analyzing the findings from the study in order to generate user requirements, design and develop the monitoring system based on the user requirement and also test and validate the developed monitoring system. Data was gathered using interviews, observations and questionnaires. The collected data was sorted and analyzed using tools and techniques for examples data flow diagram, Entity Relationship Diagram among others and it was found out that the current manual system is inefficient, time consuming in addition to being insecure hence not good for the management of attendance record. With the new developed system (LAMS), management is able to capture and store attendance reports of lecturers. The very system does not grant permission to the lecturer to approve/ disapprove him or herself since every user is assigned to a specific taskItem Automated Blue Tooth Controlled Harvest Collection Robot(UICT, 2022-06-30) BYAMUKAMA, AMBROSE... (et al)This project proposal is intended to show how we would develop an automatic Bluetooth controlled harvest collection robot. This robot will be Bluetooth controlled and it will help on collecting farm produce that have been harvested. The second chapter contains what different scholars have written about robots, they different applications within the agricultural sector. The third chapter is about how we shall come up with the prototype, and the different research methods that we are to take to achieve our specific objectivesItem Internship Guidelines(UICT, 2020-01-03) Uganda Institute of Information and Communications TechnologyItem Uict students’ projects work plan & schedule(UICT, 2022-03-01) Uganda Institute of Information and Communications TechnologyItem Students Work plan(UICT, 2022-03-27) Uganda Institute of Information and Communications TechnologyItem Guidelines for Field Attachments(UICT, 2018-01-07) Uganda Institute of Information and Communications Technology