Course Details

Summary Launch into the world of physics! This 2-hour workshop teaches you how to design, build, and launch your own bottle rockets using basic scientific principles. Who is this course for? Parents/carers can bring up to two children per adult, and children must be a minimum of 6 years old and a maximum of 18 years old. An additional form will be sent to you upon course confirmation to confirm these details. Course Aim Join us for an exhilarating Bottle Rockets Workshop! This hands-on session combines fun and learning as you explore the principles of aerodynamics and propulsion. Learn how to construct bottle rockets using readily available materials, understand the science behind their flight, and participate in a thrilling launch competition. Perfect for anyone interested in science, engineering, and hands-on activities. Course length A one off, 2 hour workshop. Entry requirements None. What you will learn Rocket Design and Construction: Understanding the basic components of a rocket. Learning how to build a bottle rocket using plastic bottles, water, and air pressure. Designing and constructing fins and nose cones for stability. Principles of Aerodynamics and Propulsion: Exploring Newton's laws of motion and their application to rocket flight. Understanding the role of air pressure and water in propulsion. Learning about factors affecting rocket stability and trajectory. Launch and Experimentation: Safely launching bottle rockets and observing their flight. Conducting experiments to test different designs and launch parameters. Analysing launch results and applying scientific reasoning. How you will learn Classroom and practical activities. What you will need to bring Please bring a notepad, and pen to each session. You may wish to bring a file for any handouts. A laptop with internet access is required for completion of coursework and home learning outside of the classroom (where applicable). Where next (Progression Pathways) Further courses in physics and engineering principles. Workshops on advanced rocket design and construction. Courses in STEM education and outreach. Courses in leading educational workshops. Will learners gain a qualification? No. How you will be assessed Formative Assessment: Observation of participation and engagement during construction and launch. Interactive discussions and question-and-answer sessions. Practical application of scientific concepts during experiments. Summative Assessment: Completion of a functional bottle rocket. Participation in a launch competition and analysis of results.