April 6 - Week 1: Introduction to Model Rocketry
• History and evolution of rocketry
• Basic physics of flight (Newton’s laws of motion)
• Overview of model rocket components and materials
• Building a model rocket using a kit
April 13-Week 2: Aerodynamics and Design Principles
• Forces acting on a rocket (thrust, drag, lift, gravity)
• Rocket stability and center of gravity
• Basic design software tools (e.g., OpenRocket or RockSim)
• Sketching initial designs and concepts of a custom rocket
April 27 - Week 3: Materials and Construction Techniques
• Choosing materials for the body, fins, and nose cone
• Building techniques (cutting, sanding, and gluing)
• Introduction to 3D printing components (optional)
• Assembling the airframe and fins
May 4 - Week 4: Propulsion Systems and Recovery Mechanisms
• Types of model rocket engines and classifications
• Engine selection and installation
• Recovery systems: parachutes, streamers, and tumble recovery
May 11 - Week 5: launch in Acton