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VITYGRA™ ACADEMY
VITYGRA™ ACADEMY
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Define Gravity, Then Defy it!
Space Development Program:
- Introductory Courses: Basics of space exploration, history of space missions, introduction to space technology.
- Advanced Topics: Space engineering, satellite design, space habitat construction
Aviation
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Introductory Courses: Fundamentals of flight, history of aviation, principles of aerodynamics.
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Advanced Topics: Aircraft design, drone technology, aviation safety and regulations.
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Hands-On Projects: Flight simulations, drone piloting, airplane model building.
STEM Integration
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Math and Science: Applied mathematics, physics, and chemistry relevant to space and aviation.
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Technology and Engineering: Robotics, computer programming, and engineering design.
Capstone Project and Presentations
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Integration of all learned concepts into a final project.
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Focus on creativity, innovation, and problem-solving.
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Presentation skills and peer feedback.
Comprehensive Curriculum
Year 1: Foundations of Space and Aviation
Core Topics:Introduction to Space and Aviation: Basic concepts of space, planets, and the idea of flight. Storytelling and Exploration: Space and aviation-themed stories, creative play, and simple hands-on activities like paper airplanes. Basic STEM Skills: Simple counting, basic shapes, and introductory science concepts through fun experiments. Project: Create a solar system mobile and participate in a paper airplane contest.
Year 2: Exploring the Skies and Beyond
Understanding Flight: Basic principles of how things fly, introduction to different types of aircraft.Our Solar System: Introduction to planets, moons, and the sun.Hands-On Activities: Building simple gliders, crafting models of planets.Project: Build and launch a small foam glider, create a model of a favorite planet.
Year 3: Introduction to Space Missions and Aviation History
Core Topics:History of Space Exploration: Key milestones in space missions, introduction to astronauts. Pioneers of Aviation: The Wright Brothers, Amelia Earhart, and other aviation pioneers.STEM SkillsDevelopment: Simple engineering concepts, basic math related to flight (e.g., distance, speed). Project: Design a simple space mission with a team and create a timeline of aviation milestones.
Year 4: The Science of Space and Flight
Core Topics:The Science Behind Space Exploration: Gravity, orbits, and the basics of rocket science. Aerodynamics and Flight Mechanics: How wings generate lift, the importance of aerodynamics.Intermediate STEM Skills: Introduction to measurement, basic physics concepts, and problem-solving activities.Project: Build a simple water rocket and participate in a group challenge to improve its design.
Year 5: Spacecraft and Aircraft Design
Core Topics:Introduction to Spacecraft: How spacecraft are designed and launched, different types of space vehicles. Aircraft Design Principles: Basic concepts in aircraft design, introduction to different types of aircraft.Hands-On Projects: Design and create simple models of spacecraft and aircraft. Project: Participate in a group project to design a simple spacecraft or aircraft model, focusing on creativity and functionality.
Year 6: Advanced Space Missions and Aviation Technologies
Core Topics:Advanced Space Missions: Understanding manned vs. unmanned missions, introduction to space stations. Modern Aviation Technologies: Introduction to drones, jet engines, and modern aviation technologies. Applied STEM Skills: Introduction to basic programming, intermediate physics (forces, motion), and technology integration. Project: Develop a simple coding project for a drone or a space mission simulator.
Research
Landstronaut University
Development
Defy Gravity Academy
Testing
Lunar Landing Laboratories
Application
Landstronaut Institute of Technology
8-year progressive curriculum for the K-12 academy focused on space development and aviation, designed so that students can join at any time. The curriculum is structured to build on fundamental concepts while allowing new students to integrate seamlessly into the program.
Year 7: Space Colonization and Sustainable Aviation
Age Group: 11-12 years (6th - 7th Grade)
Core Topics:
Space Colonization: Concepts of living in space, space habitats, and the challenges of space colonization.
Sustainable Aviation: Introduction to green technologies in aviation, the future of flight.
Advanced STEM Integration: Combining physics, technology, and engineering to solve real-world problems.
Project: Design a sustainable space habitat or an eco-friendly aircraft, considering real-world constraints and sustainability.
Year 8: Capstone Year - Innovation and Exploration
Age Group: 12-13 years (7th - 8th Grade)
Core Topics:
Innovation in Space and Aviation: Study of current and emerging technologies in space exploration and aviation.
Exploration and Research: Introduction to scientific research methods, critical thinking, and problem-solving in space and aviation contexts.
Capstone Project: Students will select a specific area of interest within space or aviation, conduct research, and develop an innovative project.
Project: Complete a capstone project that addresses a challenge in space development or aviation, presenting it to peers, instructors, and industry professionals.
Year 8: Capstone Year - Innovation and Exploration
Age Group: 12-13 years (7th - 8th Grade)
Core Topics:
Innovation in Space and Aviation: Study of current and emerging technologies in space exploration and aviation.
Exploration and Research: Introduction to scientific research methods, critical thinking, and problem-solving in space and aviation contexts.
Capstone Project: Students will select a specific area of interest within space or aviation, conduct research, and develop an innovative project.
Project: Complete a capstone project that addresses a challenge in space development or aviation, presenting it to peers, instructors, and industry professionals.
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