We are seeking your help to develop a pop-up Community Center, an easy and turnkey solution for creating off-grid centers using renewable, sustainable, recycled, and upcycled materials. We have created a comprehensive package that includes all necessary parts, which can be purchased, procured, and packed into a shipping container for delivery to the off-grid location. Once delivered, our trained team will provide a full turnkey solution to install the wooden beams or lean-to-shed model structures to create the pop-up Community Center.
This center will provide shelter and will feature solar panels installed on the roof of the shipping container, with energy stored in a battery system to create a microgrid. The design of this Community Center allows for crowdfunding to acquire all the materials and ship them from Seattle, Washington, to Ghana. Our team will then fly from Seattle to Ghana to install the Community Center in an underdeveloped rural community in need of basic electricity and resources like a classroom and a community kitchen. The model includes all necessary materials, such as wooden posts, solar panels, batteries, wires, tools, and equipment, packed into the shipping container to create a turnkey solution.
The Community Center will be a Key Tech Labs S.T.R.E.A.M Center, representing Science, Technology, Engineering, Art, and Math. It will consist of six unique areas created from two 40-foot shipping containers and wooden awnings for additional space. Each section will focus on one aspect of the STEAM matrix, aiming to provide energy, education, and internet access through a Starlink system, connecting the Community Center to the rest of the world.
Science: Green House
An aeroponics Greenhouse will teach Vertical Gardening and how to generate large amounts of food in a small amount of space.
Technology: Makerspace:
A library and Makerspace will provide hands-on learning opportunities and be a place for mim manufacturing, such as 3D printing the parts for our STEM kits. And Where we can create and build our handcrafted Solar Panels that we sell and use for other solar installation projects.
Reading: Library & Classroom:
This Library & Classroom focuses on teaching digital literacy. It is built for hybrid learning capabilities, like having its own internet, projector screen, and meeting owl for real-time two-way communication.
Engineering: Workshop:
An open-air workshop will facilitate project-based construction.
Art: Theater:
An open-air theater will provide space for artistic and communal events as well as a space for open community gatherings and cultural celebrations.
Math: Kitchen:
An open-air kitchen will support food education, communal meals, and local culinary entrepreneurship.
Basic videos will demonstrate how each part is laid out, introducing students to the names and functions of the items.
Students will follow the steps in a video game/simulation to understand the proper steps and processes.
Students will receive a STEM kit with 3D-printed parts of the turnkey model and will build a mini model of the pop-up community center.
Finally, students will use a VR headset for a fully immersive training experience, going through the step-by-step process of constructing the pop-up community center in the Ghana village.
As the final stage of training, students will travel to a rural community in need to install a real pop-up Community Center, applying their learned skills and making a tangible impact on a community in need of this turnkey solution.
We aim to raise funds through Key Tech Labs to showcase the step-by-step process of creating real impact in off-grid communities and third-world countries. The community center and its components will be developed digitally first, and students will be trained on the installation process.
$76,185
$53,891.78
$42,705.78
This comprehensive approach ensures that students are well-prepared to install these pop-up Community Centers, demonstrating the potential for creating sustainable, off-grid solutions in underserved communities.
The project incorporates solar panels embedded with artistic filaments, transforming them into a living canvas that generates energy.
The art will be designed collaboratively with the community, showcasing sustainability, culture, and regenerative themes.
This fusion of technology and creativity allows visitors to engage with renewable energy in a visually striking and meaningful way.
One of the key components of this system is its ability to store the energy from the solar panels.
The Battery management system will help to manage, monitor, and report back on energy use.
The building and the solar panels incorporate a rainwater capture system that directs rain into storage tanks. This feature allows the building to conserve water effectively and reduce dependency on external sources.
280 Gallon Cistern
The Building will host a 280 Gallon cistern to store the rainwater to utilize within the building. The cistern will have a water level sensor within in it to help monitor the water levels of the building.