Build a Rocket With Kerbal

Lesson Plan: Using KerbalEdu to Build and Launch a Rocket

Objective:

Students will understand the basic principles of rocket science and aerospace engineering by building and launching a rocket using KerbalEdu, a modified version of the Kerbal Space Program designed for education.

Materials:

• Computers with KerbalEdu installed.

• Projector/screen for demonstrations.

Duration:

60 minutes

Introduction (10 minutes):

• Discussion: What do students know about rockets? How do they work? Why are they important?

• Video Clip: Show a brief video clip of a real rocket launch (like a SpaceX launch). Discuss what they observed.

Guided Exploration (15 minutes):

• KerbalEdu Tour: Project the KerbalEdu game onto the screen. Familiarize students with the user interface.

• Building Basics: Demonstrate how to:

  • Select and place the command pod.

  • Attach engines and fuel tanks.

  • Add fins for stability.

  • Use the symmetry tool for even placement.

Activity - Rocket Building (20 minutes):

• Design Phase:

  • Students draft a simple design of their rocket on paper.

  • They should label major parts: command pod, engines, fuel tanks, and stabilizers.

• Building Phase:

  • Students use KerbalEdu to replicate their rocket design.

  • Encourage students to experiment with different parts and designs.

Rocket Launch (10 minutes):

• Guided Launch: Project a demonstration of how to launch a rocket in KerbalEdu. Cover:

  • Throttle adjustments.

  • Staging sequence.

  • Navigation basics (tilting the rocket, etc.).

• Student Launch: Students launch their rockets. They should note:

  • How high did their rocket go?

  • Did it go straight or veer off course?

  • Were there any failures? What might have caused them?

Wrap-up (5 minutes):

• Discussion: What did students learn about rocket design and aerodynamics? What would they do differently next time?

• Future Exploration: Encourage students to learn more about space missions, other celestial bodies, and advanced rocket designs.

Assessment:

• Rocket Design Sheet: Check for labeled parts and thoughtful design.

• In-Game Performance: Observe student rockets for stability, altitude reached, and general performance.

• Class Discussion Participation: Who contributed? Who showed clear understanding?

Extension:

For more advanced students or subsequent lessons, delve into orbital mechanics, rendezvous with other spacecraft, or land on other celestial bodies within KerbalEdu.

Remember to ensure students are having fun while learning. The interactive nature of KerbalEdu is perfect for engaging middle school students and introducing them to the wonders of space exploration and physics.