Each year our curriculum changes with new technology and hands-on learning activities.
Campers are grouped by age and ability and work with teachers in a 12:1 ratio and science leaders in a 4:1 ratio.
We begin with safety, flight training and navigation commands such as take-off, landing, ascent and decent. As we master the foundations, we program Tello EDU to conduct missions. For example, a team may code their drone for a 'Space Station Fly Over Mission,' a 'Medicine Delivery Challenge' or a 'Search and Rescue.'
CAD Design for 3D Printing adds engineering and design components to our drone missions. Students design and print tools that complement the drone challenges. For example, a student may design medicine packaging for their delivery, adhere it to size specifications, and test its payload in flight.
The NASA Out of School Learning Network (NOSL) is a proven NASA model with evidence-based strategies to implement a quality STEM education. We present these nationally aligned math and science principles through fun, hands-on activities.
Our CORE curriculum targets to our younger campers, grades 1-2. We begin their STEM learning with principles of planning, teamwork and collaboration. Below are example lessons in our CORE program.
Mechanical engineers often need to understand how devices work to fix or improve them. Campers will work for a toy company that wants to create fabulous new wind-up toys. Their assignment will be to figure out how their company’s current wind-up toys work.
Campers will create a lunch box that can open and close and that protect a banana from bruising. They will design, build and roll-out their projects with competitive team presentations.
Students will sing about habitats, find hidden animals in National Geographic photos and then create a habitat and a creature that is camouflaged from view.
This is discovery science at its finest! Campers will float a carrot on a water solution and then present their findings to the class.
Campers will build a mini robot using principles of engineering and circuits.
Industry uses lasers are concentrated beams of light that can cut through glass, metal, and plastics.
Campers will see how mirrors reflect light and can redirect light at different angles. Campers will bounce a laser light off three mirrors, strategically changing their angles to target architectural drawings.
Each day we will do edible experiments and look at the science behind how it all works. At camp we will examine chemical, biochemical, biological, microbiological, and physics principles of recipes. Food topics include guacamole and salsa, cookies - death by chocolate, pancakes, molecular gastronomy, pasta and meatballs and ice cream.
Christine Marsden combines her B.S. in Biochemistry, her Le Grand Diplome from the French Culinary Institute, and her M. Ed. in Education to teach the fundamentals of science and French cooking.
Her boundaries are limitless!
What is her opinion?
Our GEMs STEM camp explores innovation, engineering and technology while empowering girls to be charismatic leaders of tomorrow.
We begin with safety, flight training and navigation commands such as take-off, landing, ascent and decent. As we discover the foundational commands we program Tello EDU drones to conduct challenging missions. For example, a team may code their drone for a 'Space Station Fly Over Mission,' a 'Medicine Delivery Challenge' or a 'Search and Rescue.'
This module incorporates engineering to our drone missions. Students design and print tools that complement the drone challenges. For example, a student may design medicine packaging for their delivery, adhere it to size specifications, and test its payload in flight.
Our AM and PM camp schedule includes curriculum from The NASA Out of School Learning Network (NOSL). It is a proven NASA model with evidence-based strategies to implement a quality STEM education. We present these nationally aligned math and science principles through fun, hands-on activities.
STEMists think big as they build mini homes filled with tech gadgets. We will dream up and design a home that does what we program it to do, like save energy and do chores. We will cover the basics of CAD design and 3-D print unique furniture. We will harvest blackberries to build a dye-sensitized solar cell (DSC) and measure its electrical characteristics. At STEM Stars, our STEMists will take engineering, physics and chemistry from the abstract into the everyday world!
Our camp schedule includes curriculum from The NASA Out of School Learning Network. It is a proven STEM engagement model with evidence-based strategies to implement a quality STEM education. STEM Stars, LLC camp presents NASA and these nationally aligned math and science principles through fun, hands-on activities.
Ring Wing Glider - Students will use engineering design principles to turn a piece of paper into a experimental wing for a new type of aircraft designed to be more economical and efficient than today’s airliners.
I Want to Hold Your Hand - NASA uses robotic explorers to collect information about places where humans cannot travel. This team activity leads students to build and test a robotic-like hand.
Life Cycle Of a Massive Star - The NASA/James Webb Space Telescope Life Cycle bookmark will model the life cycle of a massive star using beads to represent a star’s development.
Cleaning Water - This lesson will help students answer the question: What can I do to make clean water?
Bag of Bones - Students will investigate bone loss and the effects that it may have on astronauts in space.
Mystery Planet - Students step into the shoes of a planetary scientist and explore crustal samples from a “Mystery Planet”