Project Description: Every year, earthquakes claim the lives of approximately 60,000 people, frequently as a result of inadequate preparation. Traditional drills are effective at training big groups, but they can come across as monotonous and uninteresting. Using PictoBlox and Arduino, we created an AI-powered earthquake simulator to improve earthquake education, producing a realistic and engaging learning environment.
AI is used in this simulator to identify player motions and make sure they react appropriately in the event of an earthquake. The experience is made more realistic and engaging by simulating earthquakes with a little model equipped with servo motors. Users must actively respond to the simulation, strengthening their comprehension through real-time testing and feedback, as opposed to passively learning safety protocols. Additionally, it enables customizable scenarios, which increases readiness for a range of earthquake intensities by adapting training to diverse environments and skill levels.
Even though it might not be as effective as conventional drills at training big groups of people at once, it provides more individualized learning and deeper engagement, guaranteeing that users actually retain replies that could save lives. This project creates a connection between technology and disaster preparedness by fusing physical seismic effects with AI-driven interactivity, offering a creative and useful teaching tool. Through interactive learning and training experiences that are adaptable for all age groups, this simulator can greatly increase earthquake preparation when used in conjunction with traditional exercises, potentially saving more lives.
Project Theme: Climate Action and Responsible Consumption
Project Category: AI and ML Projects, Games & Animations, Hardware Projects
