A Targeted Approach
STEAM Academies aims to heighten K-8 students’ interest and enhance their skills in Science, Technology, Engineering, Art and Math (STEM and Art).
STEAM Academies is uniquely focused on fostering and developing essential 21st Century and STEAM skills like Problem-Solving, Critical thinking, Creativity, and Collaboration in a hands-on and practical but fun learning environment.
Expertly designed Creative & Fun Curriculum
Plan & Track your Child’s Progress
Our Robotics for kids classes are an excellent way to cultivate an interest in Science, Technology & Engineering as well as encourage problem-solving skills, teamwork & creativity is to design, build and program working Robots. Create Lego robots that do interesting tasks such as traverse a maze, climb stairs or walls.
Introduces students Grade 4-8 to the fundamental principles of the Java, Python, or Scratch Programming Languages in a step-by-step structured manner. An emphasis is given to examples that use Graphics, Colors & Animation to keep the students engaged, curious and interested.
Art & Design
Our experienced CAD and 3D printing instructor will guide the kids step-by-step on how to use Google Sketch Up to create simple and fun CAD projects and show how easy it is for one to express their own imagination into plastic reality! Make houses, building, toy planes, and much more!
A practical hands-on science and craft camp for kids to enjoy and explore the amazing world of science! Chemistry experiments with food colors, baking soda, and other safe ingredients. Simple electronics with playdough and paper, building sturdy bridges, balloon-powered cars, and many more fun STEM activities.
Robotics for Kids
STEM Education and Creativity
When people think science or math, they don’t consider those subjects to foster creativity. However, having a strong foundation in science, technology, engineering and mathematics (STEM) courses can teach children to be creative in ways they could never have imagined.
STEM Learning is Fun!
By beginning at an early age, young STEM learners can also come to learn one important fact: STEM learning is fun! Instead of just seeing something on a screen, children can have hands-on engagement with experiments and projects.
At its core, STEM education looks to refine a child’s understanding of both scientific and technical realms. In these arenas, children could grow up to code the next artificial intelligence, save lives as doctors, advance space travel, or innovate to create clean energy alternatives.
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