NEW:
Build A Mini Basketball Launcher Game
In this 2-class project, students will design and construct their own Mini Basketball Launcher Game, blending creativity with practical construction skills. Throughout the process, students are introduced to key STEM concepts such as Force, Motion, Trajectory, and Energy Transformation (from Potential to Kinetic). This engaging project encourages Problem-solving, Fine Motor Skills, and a deeper understanding of how Science and Structure are connected.
NEW:
Create A No-Sew Sock Bears
During this unique 1-class project, students will create their own personalized No-Sew Sock Bear using simple Folding, Tying, and Stuffing Techniques—no sewing required! As they bring their bears to life, students build essential skills in Fine Motor Coordination, Creativity, and Basic Textile Construction, while also nurturing Emotional Intelligence through purposeful, comforting design.
NEW:
Build A Designer Popsicle Picture Frame
Students will design and build their own Designer Popsicle Picture Frame within this 1-class project, blending artistic creativity with hands-on craftsmanship. As they Measure, Arrange, and Assemble their frames, students strengthen skills in Spatial Awareness, Fine Motor Coordination, and Personal Expression. This project is not only interdisciplinary—naturally connecting Art, Math, and Social-Emotional Learning, but it also efficiently empowers students to Create, Reflect, and Frame memories in style.
Mini Foosball Table
This class combines Creativity, Engineering, and Physical activity by taking students through the Design and Build process of making their own Mini Fooseball Table.
Light Up Card
In this class, students will use their knowledge of electronics and circuitry to create a card for their family member or friend. This project combines science and art resulting in a memorable gift.
S'mores Pops
This class explores the Nutritional Value of ingredients by first reviewing the nutritional information on food labels, and then discussing the primary nutrients found in each ingredient, such as carbohydrates, fats, sugars, and proteins. Afterwards, students will use this new-found knowledge to make S'mores Pops.