Space Tech

Inviting all the High School and Middle School Students (From Grade 7th to 12th)

Every Saturday, 11 AM – 12 Noon CST From June 21st to September 20th, 2025

Learn from the Space Engineers of the latest Space Missions

Space Tech for High School and Middle School

Empowering the next generation of space innovators, this hands-on Space Tech Program provides students with a deep dive into satellite technologies, robotics, and programming—preparing them for STEM careers in the booming space economy. Through experiential learning, students will design, build, and operate realistic satellite models while gaining insights into space missions and career pathways.

Students gain hands-on experience in satellite electronics, power systems, communication modules, and sensor integration—by building and testing Earth Observation satellite models using Arduino Nano, IO boards, and real-world components.

At the end of the program, students gain valuable industry insights, exploring career opportunities, educational pathways, and top universities offering space technology courses. This program equips future innovators with the skills and knowledge to contribute to global space missions, bridging the talent gap and fostering a sustainable future in the growing space economy

Learning Outcomes


Earth Observation Satellite (EO_SAT)
  • Build a model Earth observation satellite inspired by TIROS.
  • Learn about environmental monitoring, sensor integration, and data analysis.
  • Develop engineering skills by assembling electro-mechanical satellite components.
Communication Satellite (COMM_SAT)
  • Construct a working model communication satellite with a movable dish antenna and solar panels.
  • Learn satellite communication principles, programming, and electronics integration.
  • Enhance problem-solving skills through real-world challenges.
Navigational Satellite (NAV_SAT)
  • Design a model GPS-like satellite featuring precision timing and steerable components.
  • Explore atomic clock technology and its role in global navigation systems.
  • Gain hands-on engineering experience with complex satellite systems.

Navigational Satellite (NAV_SAT)

Target Audience

Program is recommended for High School Students from 9th to 12th Graders. Middles School students from 7th and 8th grade can also join

Takeaways

  • Engage in 12 interactive sessions led by Space Experts.
  • Receive 3 Satellite Kits with components like Arduino microcontrollers, sensors, and power modules.
  • Learn practical coding, engineering, and STEM skills for space technology careers.
  • Get access to mentoring and coaching in space exploration beyond the program.
  • Discover college and career pathways in the space industry.

3 Satellite Kits    Satellite Kits

Schedule

Program features 7 Experts led sessions one hour per week from June 21st to September 20th, every Saturday from 10 AM to 11 AM CST.

Session # Session Topic Session Type Learning Outcome/Aim
1 Satellite Systems & Subsystems Interactive Theory Exploration of satellite communication, solar panel technology, thrusters, thermal control, tracking systems, space debris challenge.
2 The Satellite Model - Electronics & Payload Interactive Theory Understanding of satellite electronic components, troubleshooting, optimizing satellite electronics.
3 EO_SAT Project (Day 1) Hands-on Project Building an Earth observational satellite with cameras and sensors, understanding remote sensing and LEO mechanics.
4 EO_SAT Project (Day 2) Hands-on Project Testing EO-SAT's electronic components, uploading code, ensuring camera and sensor functionality.
5 EO_SAT Project (Day 3) Hands-on Project Integrating and testing EO-SAT structure, performing full system test and data collection.
6 COMM_SAT Project (Day 1) Hands-on Project Building a communication satellite with a movable dish, understanding GEO satellites.
7 COMM_SAT Project (Day 2) Hands-on Project Testing COMM-SAT's electronics, calibrating sensors, ensuring functionality.
8 COMM_SAT Project (Day 3) Hands-on Project Integrating and testing COMM-SAT structure, performing a full system test.
9 NAV_SAT Project (Day 1) Hands-on Project Building a navigational satellite, understanding atomic clocks and laser ranging.
10 NAV_SAT Project (Day 2) Hands-on Project Testing NAV-SAT electronics, integrating, calibrating, and ensuring accurate data collection.
11 Satellite Innovation Challenge Hands-on Challenge Designing new satellite models with CubeSat constraints, encouraging innovation.
12 Reflection Assessment & Feedback Reflective Session Reflecting on learning, documenting observations, reviewing challenges.

Fees

Total Fee is $600. This includes 3 Satellite Kits, shipping cost along with 12 sessions from Space Expert. We also offer Mentoring and coaching beyond the program in Space Exploration.

Fees for the program include the hardware shipped to your address provided during registration.

Check out the Videos from Previous Participants

Meet the Instructor

Praveen Suryavanshi

  • 10 + years in Astronomy & Space science education
  • Certified Amateur Astronomer & Science Communicator
  • Earned "The Open Science Practitioner (TOPS)" Badge by NASA
  • STEM Curriculum Strategist – Space & Technology
  • Science Communicator for Nat-Geo India during Chandrayaan-2 Mission

Ashish kumar

  • 9+ years of experience in Astronomy and Space Science communication
  • Educated 100,000+ students in Astronomy through interactive learning
  • Expert in telescopes, observatory operations, and public engagement
  • Collaborated with the Gujarat Government to establish India’s first Astronomy Museum
  • Led the development of India’s largest public observatory
  • Specialist in STEM-based program development for Astro-tech and Astro-tourism