Each day of our program is carefully structured to provide a balance of learning, hands-on activities, and fun exploration.
Day-1
Hands -On Model Rocketry
Topics Covered
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Welcome & Orientation
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Introduction to Space Sciences
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Rocket Science Fundamentals
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Basics of Physics
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Model Rocket Assembling
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Rocket Launch Practise
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Precautionary measures
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Launch Time
Location
FIRST Block, GITAM University,
Visakhapatnam, Andhra Pradesh.
What to Bring
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Comfortable Clothes & Closed toe Shoes
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Notebook, Pen and Pencils
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Water bottle
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Camera (optional, for Day 2)
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Curiosity & Enthusiasm!
Your Three-Day Journey
Day-2
Star Gazing and Telescopes
Topics Covered
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Introduction to Astronomy
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Why Space Exploration is important
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History of Telescopes
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Basics of Telescopes and Lenses
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Telescope Setting up
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Precautionary measures
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Star Gazing
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Astrophotography
Day-3
Space Robotics & Tinkering
Topics Covered
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Introduction to Space Robotics
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Space Machine Learning
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History of Space Robotics
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Importance of robotics in Space
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Small tinkering projects
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Hands - On projects on Space
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Program Conclusion
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Certificate Issuance
Day-4
Hands -On Satellite Building
Topics Covered
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Introduction to Satellites
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What are Cubesats
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Impact of CubeSats
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Differences and Usecases
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Components / Equipment
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Building own CubeSats
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Launching CubeSats
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Fetching Information from sats
Comprehensive Space Education
Our carefully designed curriculum combines theoretical knowledge with hands-on experience to inspire the next generation of space enthusiasts.
Rocketry
Students build their own model rockets, learning about propulsion systems, aerodynamics, and Newton's laws of motion. Each student launches their rockets.
Astronomy
Discover the wonders of the night sky through professional telescopes. Students learn to identify celestial objects, understand astronomical concepts, and practice astrophotography techniques.
Satellite Technology
Explore how satellites function, their various applications, and how they orbit Earth. Students participate in a satellite data analysis workshop to understand how we gather information from space.
Space Robotics
Explore the future of space missions by building and real-world robotic / tinkering projects. Students engage with sensors, actuators, Arduino kits.
Instructor - to - Student Ratio
We maintain a 1:8 ratio to ensure each student receives personal attention and guidance throughout the program. One lab assistant / Asst. Instructors would be assigned for every 8 students.
Program Dates
April 26-28th, 2025.
Day 1 & 3 Timings: 1 PM - 5 PM
Day 2 Timings: 4 PM - 8PM
Recommended for 6th -10th grade students
11th & 12th students can also join.
Age Groups
What Students Will Take Home
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Model Rocket
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Astronomy field notebook
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Certificate
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Astrophotography they've captured
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SpaceSkool Merch / Patch
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Digital Materials
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Soft-Copies of Student's pictures with their projects