Education AI Prompt

​According to the UN Office for Disaster Risk Reduction, between 2000 and 2019 Emergency Events Database (EM-DAT) recorded 7,348 disaster events, an average of 367 disasters per year, with floods (44%) and storms (28%) constituting the majority of these disasters. The Internal Displacement Monitoring Centre (IDMC) reports that annually, an alarming 14 million people are left homeless as a result of natural disasters and more concerningly, 20.5% of people have no emergency funds saved to rebuild after a natural disaster has occurred. Asia has been disproportionately impacted by disaster events, with the Philippines being a prime example of the immense destruction natural disasters can cause. An average of more than 20 typhoons occur each year in the Philippines, and in December 2021, Typhoon Rai set a new record for destruction, with 1.5 million houses destroyed and leaving 9 million Filipinos displaced. Evacuation centers, the only refuge for victims of these typhoons, often become overcrowded, which increases risk of transmission and leaving many of the affected people with no option but to rebuild their homes with whatever materials they can find. This is a difficult and often dangerous task that can take months, or even years, to complete, leaving these victims in a vulnerable position for an extended period. The threat of natural disasters is increasingly becoming more alarming due to climate change, as rising global surface temperatures cause more water vapor to evaporate into the atmosphere, providing fuel for more powerful storms to develop. As a result, the possibility of increased intensity of storms is likely, meaning that more people will be left homeless and without the resources to rebuild their homes and lives. Describe your solution and how it works in simple terms. What is it? What does it do? What processes and technology does it use? Our solution is a solar-powered tent that provides a temporary shelter, energy-efficient light, and reliable power to homeless and displaced families affected by natural disasters. The tent features a solar box integrated at the top, providing electricity derived from solar energy to charge smartphones and power electric fans, rice cookers, and other appliances or devices. This solar box also includes a built-in light source that can be used to illuminate the inside of the tent at night, as well as a UV-C disinfection light to protect against bacteria and viruses such as SARS-CoV-2. Furthermore, the tent also provides adjustable air vents and a solar-powered air circulation system to ensure a steady flow of air, making it much more comfortable for occupants. This tent has been designed with waterproof and wind-resistant fabric, as well as layers of insulation for added protection. It is designed to be easy to assemble and transport, making it an ideal choice for those who require quick evacuation. With its robust design, easy setup, and reliable power supply, this solar-powered tent is a great solution for those who are vulnerable to the effects of natural disasters. Describe the specific problem that you’re trying to solve. What is the scale of the problem in your community? How many people are affected? What factors are contributing to the problem in your community? What consequences result from the problem?