Space Tech
Description
The Space Science Program at Capstone EdTech is designed to introduce students to the fascinating world of astronomy, astrophysics, space exploration, and satellite technology. This course bridges theoretical scientific concepts with real-world space applications, helping students understand how space research impacts communication, defense, climate studies, and future technologies.
Students will gain exposure to planetary science, rocket systems, satellite engineering, space missions, and emerging private space technologies. The program combines scientific theory, simulations, case studies, and project-based learning to make students industry-ready and innovation-focused.
This course is ideal for high school students, PU college students, and engineering aspirants interested in aerospace, astrophysics, robotics, and future space technologies.
Learning Objectives
- Understand the fundamentals of astronomy and astrophysics
- Explain the structure and dynamics of the solar system
- Analyze how rockets and satellites function
- Understand orbital mechanics and basic space navigation principles
- Explore satellite communication and remote sensing technologies
- Study real-world space missions and their objectives
- Design basic space mission models and conceptual prototypes
- Identify career pathways in space science and aerospace industries
Modules & Structure
- History of space exploration
- Major space agencies (NASA, ISRO, ESA, etc.)
- Milestones in space missions
- The Solar System
- Stars, galaxies, and black holes
- Light, telescopes, and observation techniques
- Principles of propulsion
- Types of rockets
- Stages of rocket launch
- Basics of fuel systems
- Types of satellites (communication, navigation, weather)
- Orbital motion and gravity
- How GPS works
- Satellite deployment
- Human spaceflight
- Mars missions
- Moon exploration programs
- Space stations
- Reusable rockets
- Space tourism
- Private space companies
- Future colonization concepts