ISSF 2020 - STEM Student Project Presentation II - by VTC and Overseas Partner Institutions
Education
Introduction
In a recent collaborative event, students from various institutions presented their innovative projects in STEM education. Among the presenters were students from the National Institute of Technology Kumamoto College in Japan, Hong Kong Institute of Vocational Education, Coventry University in the United Kingdom, and Manchester Metropolitan University.
Development of Auto Parking System for Four-Wheel Vehicles
Emerson Takeda began with the introduction of an automatic parking system for four-wheel vehicles, showcasing the joint efforts between the teams from Japan and Hong Kong. The project focuses on addressing the challenge of parking inefficiencies, where drivers may waste over a hundred hours a year searching for parking spaces.
The system consists of three main modules:
- Map Construction: The vehicle scans the environment to identify suitable parking spaces.
- Path Planning: Utilizing AI reinforcement learning, the vehicle plans its movement to the selected parking spot.
- Control System: Integrating various sensors such as GPS, LiDAR, and ultrasonic sensors, the system fine-tunes vehicle movements.
The students emphasized the potential of this system to save time and improve the parking experience.
Intelligent Energy Management System for Buildings
Following this presentation, a team from Coventry University and Hong Kong presented an intelligent energy management system aimed at reducing energy consumption in buildings. Their system uses real-time monitoring of indoor environments, allowing for automated control of energy-consuming devices based on the environmental data collected through sensors.
Key functionalities highlighted include:
- Data Analysis: Gathering sensor data to optimize indoor comfort.
- User Engagement: Providing a dashboard for stakeholders to monitor energy usage and control building systems.
- Environmental Adaptation: Adjusting settings based on room occupancy and scheduling, significantly reducing energy waste.
The presenters noted the need for sustainable solutions given the challenges of global warming and energy inefficiencies.
The Role of Probiotic Bacteria in Healthy Product Development
Finally, students from Manchester Metropolitan University and the Hong Kong Institute of Vocational Education shared their findings on the role of probiotic bacteria in reducing acrylamide, a harmful compound found in food produced through certain cooking methods. Their research indicated that probiotics could effectively reduce acrylamide levels during food processing.
The project included:
- Market Research: Analysis of existing probiotic products in Hong Kong and the UK.
- Experimental Methods: Exploratory studies on incorporating probiotics into food formulations such as biscuits.
- Health Applications: Developing healthier food products that contribute to improved gastrointestinal health through the use of probiotics.
The students emphasized the growing market potential for probiotic products, particularly those that cater to health-conscious consumers.
Conclusion
Overall, the event highlighted the creativity and innovation of students addressing real-world challenges through technology and collaborative projects. Each presentation showcased how STEM education can lead to impactful solutions in various fields, promoting sustainability, efficiency, and health.
Keyword
- Auto parking system
- Energy management
- Probiotic bacteria
- Acrylamide reduction
- Sustainable solutions
- Collaboration
- STEM education
- Innovative technology
FAQ
Q1: What is the primary focus of the auto parking system project?
A1: The auto parking system project aims to develop an efficient solution for parking vehicles using automated scanning and AI path planning technology.
Q2: How does the intelligent energy management system work?
A2: The intelligent energy management system utilizes sensors to monitor indoor environments and automate energy-consuming devices based on real-time data to optimize energy usage.
Q3: What are the health benefits of using probiotics in food products?
A3: Probiotics are known to improve gastrointestinal health and reduce harmful compounds like acrylamide in food, making products healthier for consumers.
Q4: How are the projects from different institutions connected?
A4: The projects are a result of collaboration between various global educational institutions, highlighting different approaches to tackling societal challenges through STEM.
Q5: Why is sustainability a key theme in these projects?
A5: Sustainability is crucial due to rising concerns about global warming and environmental degradation, prompting students to seek solutions that minimize energy consumption and health risks.
