ArtNoble STEAM at USA
Homeschool Drop-In
Service Description
Mondays | 1 Hour | 7 Weeks | Ages 8–12 No Classes on November 23rd Oct 26th is the beginning of our 7 week STEAM Course. Join Lukasz, an engineering student at South Alabama, as we observe and measure an objects' motion to provide evidence that a pattern of motion can be used to predict future motion. ArtNoble Homeschool STEM is a 7-week, hands-on course where students explore science through observation, experimentation, building, testing, and reflection. The course is divided into two units aligned with the Alabama Course of Study Science Standards. Unit 1: Changes in Motion Oct. 26 - Lesson 1 Observation Nov. 2 - Lesson 2 Create Nov. 9 - Lesson 3 Test, Reflect, Gratitude Unit 2: Non- contact Forces Nov. 16 - Lesson 1 Observe Nov. 30 - Lesson 2 Create Dec 7- Lesson 3 Test, Reflect, Gratitude Throughout both units, students follow the 7-Phase Noble Building Framework™: Observe → Think & Plan → Create → Apply & Integrate → Connect → Reflect → Gratitude Students begin by observing and asking questions, then plan and build STEM projects, test their ideas, connect their learning to the real world, reflect on their results, and close each experience with gratitude. students will: Investigate balanced and unbalanced forces and explain how the size, number, and direction of forces can affect an object's motion. Observe and measure patterns of motion and use those patterns to make predictions about future motion. Investigate cause-and-effect relationships between objects that are not touching, including magnetic and electrostatic interactions. Explore attraction and repulsion and describe how magnetic forces can act over a distance. Apply scientific ideas about magnets to solve an engineering problem** through designing, building, testing, and improving a STEM project. Make observations, ask questions, develop predictions, and communicate findings from hands-on investigations. Use the engineering design process to create, test, evaluate, and improve solutions. Science Standards SCI.3.1–SCI.3.4: Motion and Stability—Forces and Interactions.