Learn about Climate Change, Gravity, & Astronomy.
Code and Build using Atro Pi Missions, Solar System & ISS VR Experience, & Raspberry Pi Robotic Arms.
Robotics & Engineering
Simulate real world applications using Water Rockets, Mars Rovers, & UAV Drones with sensors.
Understand the affect of space on the human body by dissecting hearts, brains, and researching biological diseases in a controlled environment.
Often times, lecture based learning fails to establish a connection between the student and the material which contributes to the dwindling interests in STEM fields. Our new “Science in the City” initiative teaches advanced STEM concepts through fun, hands on experiments designed to ignite the inherent curiosity in every child.
To combat this trend, we developed our forward thinking “Science in the City” program to show the youth how different things they learn in science class will be used throughout a specific career – our first career path being a Space Cadet. Throughout the program, we explore topics ranging from earth & space, technology, robotics & engineering, to life sciences.
Free for all children involved, we utilize project based lessons to ensure the participants are captivated by the possibilities STEM can offer.
Earth & Space
In this part of the curriculum, we teach participants about climate change, gravity and astronomy, and how they differ based on which planet you’re on. Our project based lessons include experiments such as making a comet, the water pendulum, and the greenhouse effect in the bottle.
Through highlighting these differences, we help children expand their mind and understand the vastness of the universe, while explaining some of the phenomena currently being experienced here on earth.
For this section, our goal is to demonstrate to students how coding is utilized by astronauts on their missions.
The projects we conduct in this section include the Astro-Pi experience which shows the children how space exploration systems work with one another, and explains how to repair it in case of emergencies, the Solar Systems and ISS VR experience so kids can see what life is like in space, and the robotic arm experience to see how samples are collected in hostile environments.
Robotics & Engineering
In addition to its applications in space, as automation takes on a bigger and bigger role in the workforce it will be absolutely essential for the youth in underprivileged communities to become familiar with the technology as it is replacing many blue-collar jobs they likely could have pursued.
We captivate their interest by having them build drones/rovers, and their own water rockets.
This segment of our curriculum is dedicated to understanding the effects space exploration has on the human body.
Through this venture, we are able to teach children about the different systems in our bodies, while giving them an up close and personal look at various organs during dissections.
You can make a direct impact within your community with our Science in the City initiative by engaging in one of the following.
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Science in the City
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