• Design and implementation of a smart control access system in institutions Case of Exxamination rooms at ULK 

  CITO, Mataba Armand (ULK, 2024)

  This project presents the design and implementation of a smart access control system for exam rooms using NodeMCU, RFID technology, LCD display, and Wi-Fi connectivity integrated with a Django-based backend. The primary ...
• Design and implementation of an automatic plant watering system using Arduino uno 

  MAHAMAT, Bachir Ousman (ULK, 2024)

  The growing needs of man and the increasing population of earth causes the scarcity of water. This greatly affects the plants, and the requirement water management is high. Water use has been growing globally at more ...
• Design and implementation of a military hospital calls system management based on voice over internet protocol 

  IZZADINE, Youssouf Mahamat (ULK, 2024)

  Voice over Internet Protocol (VoIP) has become a key technology of communication. This research aims to the development of a VoIP system based on TrixBox, to work on any HOSPITAL network. After studying and analyzing the ...
• Design and implementation of an automatic power factor correction system for domestic utilisations 

  MUBIGA, Zagabe Galien (ULK, 2024)

  When an electrical installation is loaded by numerous inductive loads, the active power requires a current [Ia] necessary for the intended work. However, the reactive power also demands another amount of current [Ir] ...
• Design and implementation of smart extinguishing system for gas cooking room 

  NTABALA, Gwabaluka Dan Gaël (ULK, 2024)

  This research focuses on developing a smart fire extinguishing system for gas cooking rooms to enhance household safety. The system is designed to detect gas leaks and fires, and automatically extinguish them before they ...
• Design and implementation of an IOT enabled vehicle safety system with real time alerts 

  MUGISHO, Bwihambi Leon (ULK, 2024)

  This project focuses on the design and implementation of an IoT-based vehicle road safety system with alert notification using NodeMCU ESP32, various sensors (alcohol, speed, and vibration), a GPS module, a GSM module, ...
• Design and implementation of phase fault detector in distribution three phase power system based on embedded system and GSM 

  KWIZERA, Isaac (ULK, 2024)

  In modern society, we cannot imagine the life without electricity. Most of the equipment requires a continuous supply of electricity. Not only industry, but also in the household. Power failure may be caused by several ...
• Design and implementation of a single inverter with Arduino-controlled MOSFET's 

  MWERI, N'Sumbu Josue (ULK, 2024)

  This project report covers the design and implementation of a single-output inverter. It converts a single 12V DC input to a 70V AC output at 7watts using Arduino-controlled MOSFETs. This setup is cost- efficient because ...
• Design and implementation of automatic irrigation system by using IOT technology 

  ELEMBA, Elemba Guy Vianney (ULK, 2024)

  This project focuses on developing an automatic irrigation system based on the Internet of Things (IoT) that monitors soil moisture content and integrates motion detection for efficient water management. The primary ...
• Design and implementation of a smart home appliances control system for individuals with lowe limb impairments 

  TWAGIRA, Julius (ULK, 2024)

  According to United Nations Development Programme (UNDP, 2023; Sesay, 2024), more than 446 000 Rwandans live with disability. They systematically experience poor health outcomes; lower educational achievements; less ...
• Design and implementation of automatic power thief detector 

  MUGABE, Ngana Egide (ULK, 2024)

  The proposed work in this book aims on the design and implementation model of electrical energy theft detection. A high percentage of electricity income is lost due to power theft and improper management. However, a bulk ...
• Design and implementation of a weight sensor alarm clock using an Arduino Uno 

  AMULI, Muzuka Christopher (ULK, 2024)

  In today's world, procrastination and difficulty getting out of bed are common challenges for many people. This project tackles these problems by developing an alarm system based on a weight sensor using Arduino Uno. The ...
• Development of an RFID-based attendance system using Raspberry Pi 4B, Case of ULK Polytechnic Institute 

  NDEZE, Bonheur Emmanuel (ULK, 2024)

  The project aims to create and deploy an RFID-based attendance system using a Raspberry Pi 4B to streamline attendance processes for students and employees at ULK Polytechnic Institute. By leveraging RFID technology, the ...
• Design and implementation of a smart automatic food dispenser 

  MUGISHO, Mwimuka Romuald (ULK, 2024)

  This project presents the design and implementation of a smart automatic food dispenser in a farm, tailored for agricultural environments, aimed at improving livestock feeding processes. The proposed methodology consists ...
• Design and implementation of an energy efficient system for disabeld individuals' homes 

  SADATE, Bahaya Joseph (ULK, 2024)

  The project entitled “Design and Implementation of an Energy-Efficient System for Disabled Individuals’ Homes” aims to develop a comprehensive solution that improves energy efficiency and accessibility of residential ...
• Implementation of a smart runaway illumination: Radar controlled lighting system 

  NZITA, Mpezo Grace (ULK, 2024)

  There is always a need to improve technology for safety, efficiency, and reliability in aviation and in operating airports. This is under this project on " Implementation of a Smart Runway Illumination: Radar-Controlled ...
• Design and implementation of magnetic field tester arduino-based 

  UWIZEYIMANA, Pierre Canisius (ULK, 2024)

  The design and implementation of a magnetic field tester is crucial for accurate measurement and analysis of magnetic fields in various applications, including industrial, scientific, and educational environments. This ...
• Design and implementation of smart agrivoltaic system using IOT 

  TABAN, Galuak Touloung (ULK, 2024)

  This project presents the design and implementation of a Smart Agrivoltaic System using IoT aimed at enhancing agricultural productivity while generating renewable energy. By integrating solar energy with smart farming ...
• Design and implementation of fire fighting robot 

  DUSABIMANA, Peter (ULK, 2024)

  The main purpose of this project is to fire extinguisher robot controlled using Bluetooth technology .the system consist of microcontroller and fire sensors to detect the presence of fire which then triggers the an ...
• Design and implementation of an automatic curtains opening and closing controller system using Arduino uno 

  BYUKUSENGE, Alistone (ULK, 2024)

  Home automation systems are growing in popularity because they can increase convenience, comfort, and energy efficiency. Automating curtain control is a crucial component of home automation because it maximizes the use ...

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