The COVID -19 pandemic has negatively impacted people's routine activities causing great concern, especially in the supply of basic necessities such as food. This situation leaves a significant impact on the progress of the United Nations (UN) Sustainable Development Goals (SDGs). SDG2, Zero Hunger, seeks to end all forms of hunger and malnutrition by 2030. One of the goals on which we base ourselves is goal 2.4. Adopt measures to guarantee the proper functioning of the markets for food products and their derivatives and facilitate timely access to market information, including food stocks, to help limit extreme volatility in food prices. As a solution to this problem, we decided to develop a web page with a friendly interface and a delivery system that allow the user to carry products without leaving home and avoid the risk of contamination. In order to have a good service practice, we decided to make an alliance in which a group disinfects the products inside the supermarket or warehouse and we send it to the client with all possible precaution.
Describe how you developed your project
After holding discussions and debating the problems of the current situation, it was agreed to develop an idea based on SDG2 Zero Hunger.
The project is carried out in two phases:
What inspired your team to choose this challenge?
The need for an early solution to the current problem that has affected economic, social and environmental activity. We wanted to focus on the primary need like food. Therefore, we rely on SDG2 Zero Hunger to have access to people who have difficulties in supplying themselves.
How did you use the data from the space agency in your project?
More than an economic activity of food supply, the idea of implementing biodegradable material and clean energy in the project was proposed. Based on a study of biodegradable packaging in the food of astronauts on the International Space Station - ISS to reduce waste and the use of solar panels in satellites and rockets from space missions. This part of the data helped us to have an overview of the importance of mitigating waste in any economic activity and reducing CO2 emissions causing positive impacts on the environment. The data was taken primarily from the website of the National Aeronautics and Space Administration - NASA. The data collected was implemented in the development of the food products delivery stage.
What problems and achievements did your team have?
The group's problems have been the lack of time. However, this has not been an impediment. Although we are of different nationalities, we have always presented assertive communication and teamwork. We have been aware of the progress and support for each member of the group.
>> Show your solution
We are based on developing a safe system for the distribution of food and products without the client having the need to leave home, avoiding getting infected by COVID - 19. The project consists of a web page that contains a user-friendly interface that will allow you to place orders. food with low risk of infection. The website will have a register for new clients that will be linked to a database. The user can see what products are available at the time and their respective price. As for the administrator tools, he will be able to create new products and add them to the inventory. Which will be ideally delivered with the prototype Van-style vehicle. This will be driven by a person with the proper protection and isolation equipment who, as far as possible, will not get out of the vehicle if it is not strictly necessary. The prototype design features side hatches that will open allowing the inner pistons to push the product out. The customer must have a scaffold that allows him to be at the height of the gate so that the box is positioned additionally the box must be friendly to the environment. The proposals for the co-pilot space are: put cleaning products, drones or even a solar panel on the roof to supply batteries in the space
Project links:
https://alianzaah.us/products.html
https://drive.google.com/file/d/1MVWTeg1LfpV5qnIs9S_ZfoPCofqxqd3y/view?usp=drivesdk
Web page:
▪Frontend: JQuery, Bootstrap, Html5, CSS, Porknub.
▪Backend: Python3, Flask, Heroku, Mongo Atlas
Designs:
Photoshop
Autocad
Camtasia Studio 8
Canva
Documentation:
Word
Conference:
On Sustainable Development, RIO +20: the future we want (2012)
Hardware
-Laptop Samsung procesador Intel
-Laptop Dell
Procesador Intel Core I3
-Laptop Dell
Procesador Intel core I7
-Laptop HP Notebook
Procesador Intel Core 13