Project-MOONSHOT ACADEMY

Annually, numerous interdisciplinary projects emerge with the mission of contributing to a better world.These projects span multiple disciplines and areas such as biosciences, urban planning, innovative media, physics, and mathematics. Within them, we are engineers, designers, architects, scientists, thinkers, and visionaries for the future. We expect these projects could inspire learners in creating impactful work, prompting them to consider their place in the broader context of the world and the progression of human civilization.

Theme Academic Fields Track One Small Step

All Climate Energy Education Food Health Infrastructure

If the Earth no longer depends on traditional power grids and everyone can access energy anytime, anywhere, how should our energy system be completely restructured?

On the way.

How can we use technology to transform energy from being merely a “resource” into an integral part of natural ecosystems, achieving a true “ecological energy cycle”?

If all energy must come from renewable resources while global energy demand continues to grow, how can we create “infinite sustainable energy”?

On the way.

If future cities no longer rely on external energy sources and instead become 100% self-sufficient, what kind of revolutionary changes would be needed in urban design?

On the way.

How can we enable the production, storage, and consumption of energy to achieve free exchange akin to “data flow” on the internet, rather than relying on centralized supply?

On the way.

If agriculture were to completely decouple from dependence on soil and climate, how could we still produce food efficiently and sustainably?

On the way.

How can the Earth’s ecosystems automatically regulate the climate so that global temperatures no longer spiral out of control due to human activities?

If each person’s carbon emissions were limited by “carbon currency,” how could we design a global carbon economy system that is fair, just, and feasible?

On the way.

Project

Real-world projects creating positive impacts for self, others, communities, and the planet.

If the Earth no longer depends on traditional power grids and everyone can access energy anytime, anywhere, how should our energy system be completely restructured?

How can we use technology to transform energy from being merely a “resource” into an integral part of natural ecosystems, achieving a true “ecological energy cycle”?

If all energy must come from renewable resources while global energy demand continues to grow, how can we create “infinite sustainable energy”?

If future cities no longer rely on external energy sources and instead become 100% self-sufficient, what kind of revolutionary changes would be needed in urban design?

How can we enable the production, storage, and consumption of energy to achieve free exchange akin to “data flow” on the internet, rather than relying on centralized supply?

If agriculture were to completely decouple from dependence on soil and climate, how could we still produce food efficiently and sustainably?

How can the Earth’s ecosystems automatically regulate the climate so that global temperatures no longer spiral out of control due to human activities?

If each person’s carbon emissions were limited by “carbon currency,” how could we design a global carbon economy system that is fair, just, and feasible?

LET’S SHOOT FOR THE MOON