Villa College, represented by its Faculty of Engineering and Technology and VIgnite - Qasim Ibrahim School of Business Incubator, participated in Maldives Expo 2025. Held from May 23rd to May 31st at the Digital and Innovative District, Central Park, Hulhumale’, the expo was organized by the Business Centre Corporation (BCC) in collaboration with the Economic Ministry, marking it as the largest exhibition of its kind in the country.
This event provided a fantastic platform for our students to showcase their innovative projects, demonstrating practical solutions to real-world challenges and a strong commitment to the United Nations' Sustainable Development Goals (SDGs).
Here’s a glimpse of the remarkable projects on display:
Ecobreez: Enhancing Air Conditioning Efficiency through Drain Water Radiator Cooling
Student: Mohamed Badheeu
SDGs: 7 (Affordable and Clean Energy), 9 (Industry, Innovation and Infrastructure), 11 (Sustainable Cities and Communities), 13 (Climate Action)
Description: This project aims to improve air conditioning efficiency and sustainability by recycling condensate water produced by the unit to cool the condenser coil. It utilizes an Arduino-based automation system with a water pump, spray nozzle, and temperature sensor, activating the cooling process only when needed to conserve energy.
Suspension Seats Using Pneumatic System For Marine Vessels
Student: Ali Humaid
SDG: 9 (Industry, Innovation and Infrastructure)
Description: The pneumatic suspension system significantly enhances marine seat comfort by effectively absorbing shocks and vibrations from turbulent waters. This innovation improves ride quality and reduces health risks associated with rough sea conditions, leading to a safer and more enjoyable maritime experience.
Design and Development of Hydraulic Sea Almond Nut Cracker
Student: Afraad Hassan
SDG: 9 (Industry, Innovation and Infrastructure)
Description: Addressing the challenges of traditional sea almond nut cracking methods in Maldivian communities, this project introduces a hydraulic nutcracker. It aims to provide a safer, quicker, and more effective alternative, using hydraulic mechanics to eliminate the need for dangerous instruments, increase yield, reduce nut breakage, and combine technological innovation with the preservation of cultural practices.
Ceiling Cassette type Airconditioner Indoor Servicing System
Student: Mohamed Zulhan Hassan
SDG: 9 (Industry, Innovation and Infrastructure)
Description: This research proposes an innovative solution leveraging Arduino, high-pressure water nozzles, and electronic components to revolutionize air conditioner maintenance. By automating cleaning processes, this system aims to reduce the time required for servicing, lessen physical exertion, minimize water wastage, and eliminate exposure to harmful chemicals.
Hydro-Harmony: Graywater recycling project in Islamic center ablution areas
Student: Mohamed Ahmed Didi
SDGs: 6 (Clean Water and Sanitation), 9 (Industry, Innovation and Infrastructure)
Description: The Hydro-Harmony project focuses on collecting and treating graywater generated from ablution (wudu) practices in an Islamic center. By implementing an efficient recycling system, the project aims to reduce waste, promote sustainable water management, and support water-conscious practices within religious facilities.
Developing a multi-modal drone for aerial and aquatic SAR
Student: Ismail Looth Shameem
SDG: 9 (Industry, Innovation and Infrastructure)
Description: Given that 99% of the Maldives is ocean, this project explores developing a multi-modal drone capable of both aerial and aquatic locomotion for search and rescue (SAR) operations. The primary objective is a rapidly deployable drone that can travel faster than conventional coastguard vessels, transition into a submersible for underwater search, and carry inflatables/airbags.
AI Driven Smart Aquatics
Student: Fahud Ibrahim Rasheed
SDG: 9 (Industry, Innovation and Infrastructure)
Description: AI Driven Smart Aquatics is geared towards aquarium enthusiasts, enabling them to manage their aquariums and small-scale fish tanks easily. This system allows owners to automate routine tank water changes, water pH management, and maintain appropriate living conditions for aquatic pets without manual human input.
Sensor Based Motorcycle Restrain System With An Integrated Brake System
Student: Mausoom Mohamed
SDG: 9 (Industry, Innovation and Infrastructure)
Description: This project aims to enhance motorcycle safety by developing a sensor-based restraint mechanism that works in coordination with an integrated brake system. It detects risky or abrupt movements, activating automated restraints and braking to prevent accidents, thereby reducing fatalities and injuries.
Optimizes Solar Powered Irrigation and Monitoring System for Enhanced Agricultural Efficiency in the Maldives
Students: Mohamed Masih, Ahmed Nizam, Adam Nifaz, Hussain Yameen, Mohamed Ahmed
SDGs: 7 (Affordable and Clean Energy), 9 (Industry, Innovation and Infrastructure), 13 (Climate Action)
Description: This project focuses on a solar-powered irrigation and monitoring system for the Maldivian agricultural sector. By integrating renewable energy and smart monitoring tools, it aims to maximize water use efficiency, reduce dependence on fossil fuels, and improve crop productivity sustainably, especially benefiting small-scale farmers facing water scarcity and high energy costs.
Tracking and Recording of Assets for Co-working Environments
Students: Fahud Ibrahim Rasheed, Ismail Looth Shameem, Hawwa Bushra Hussain
SDG: 9 (Industry, Innovation and Infrastructure)
Description: This project introduces a smart asset management system for co-working spaces. It enables real-time tracking and recording of shared assets, equipment, and resources using technologies like RFID, QR codes, or IoT sensors, aiming to improve accountability, reduce loss or misuse, and enhance operational efficiency.
Real-Time Personal Protection Equipment Violation Detection Using YOLOv8L
Student: Mohamed Zidhan Hassan
SDG: 9 (Industry, Innovation and Infrastructure)
Description: A camera equipped with AI algorithms (YOLOv8L) detects workers in industrial settings who are not wearing safety helmets and informs them to wear the helmet, enhancing workplace safety.
Real-Time Mobile Phone Usage Detection in Everyday Scenarios Using YOLOv8L
Student: Mohamed Azwar
SDG: 9 (Industry, Innovation and Infrastructure)
Description: This system uses a camera with AI algorithms (YOLOv8L) to detect workers using mobile phones for making calls during working hours in industry and issues a warning, aiming to improve focus and safety.
Face Mask Detection Using AI Deep Learning
Student: Mohamed Ivan
SDG: 9 (Industry, Innovation and Infrastructure)
Description: A camera with AI algorithms (YOLOv8L) detects workers not wearing a face mask in public or industrial settings and will intimate them to wear it, promoting public health and safety compliance.
Miroiter Bracelets and Aurelia Edition Lipsticks (QANI)
Student: Aishath Qanitha Adam
SDG: 8 (Decent Work and Economic Growth)
Description: QANI is rooted in the art of refined beauty, elevating everyday elegance through meticulously crafted jewelry and high-performance cosmetics. The project merges timeless aesthetics with clean, conscious formulations and sustainable craftsmanship, empowering individuals to express their unique essence with confidence and grace.
Ran iru
Students: Hawwa Abdulla, Mariyam Ziya Ibrahim, Fathmath Shadhin Shameel, Aishath Sofwa Fuad, Laisa Khaleel Hassan, Rishma Rasheed
SDG: 8 (Decent Work and Economic Growth)
Description: This project presents "Ran iru," a mineral water-based, organic sunscreen with SPF 50, specially developed for individuals with sensitive, eczema-prone, and dry skin, showcasing a commitment to gentle and effective skincare solutions.
Villa College is immensely proud of the dedication, creativity, and problem-solving skills demonstrated by our students. Their projects not only reflect a high level of technical expertise but also a deep understanding of societal needs and sustainable development.
Maldives Expo 2025 served as an invaluable stage for these young innovators, and we are excited to see how their projects will contribute to the betterment of our communities and the nation. We extend our gratitude to the organizers for this opportunity and look forward to fostering more such talents in the years to come.
