Rocket Science

Course Overview:
This course introduces students to the principles of physics through engineering challenges. Learners will explore forces, energy, motion, and materials by designing, building, and testing projects like rockets, bridges, and zip lines. The program develops problem-solving, teamwork, and creative thinking skills in a hands-on, engaging environment.

Course Modules:

1. Introduction to Engineering Physics
   
   

   • Explore basic physics concepts used in engineering projects.

   • Understand forces, motion, and energy in practical contexts.
     
     

2. Rocket Design & Propulsion
   
   

   • Learn about thrust, gravity, and aerodynamics.

   • Build and test small rockets with safe, hands-on experiments.
     
     

3. Structures & Bridges
   
   

   • Study strength, stability, and load distribution.

   • Design and construct model bridges and test their durability.
     
     

4. Zip Lines & Mechanics in Motion
   
   

   • Apply Newton’s laws and energy concepts to moving systems.

   • Build and test mini zip lines, analyzing motion and tension.
     
     

5. Materials & Engineering Challenges
   
   

   • Investigate different materials and their properties.

   • Solve design challenges using appropriate materials for each project.
     
     

6. Creative Engineering Projects
   
   

   • Encourage innovation through open-ended tasks.

   • Decorate rockets or personalize structures while applying physics concepts.
     
     

7. Advanced Physics Applications (Optional for older students)
   
   

   • Explore advanced concepts such as momentum, energy transfer, and aerodynamics.

   • Tackle more complex design challenges for a deeper understanding.
     
     

Learning Outcomes:

• Develop conceptual understanding of physics principles in engineering contexts.

• Gain practical skills in design, testing, and problem-solving.

• Build teamwork, creativity, and critical thinking through collaborative projects.