Build Future Space Explorers
with Advanced Space Technology Labs

Hands-on Learning in Astronomy, Satellites, Rockets & Space Science (Grade 3–12)

Empowering students with real space science aligned with NEP 2020 — igniting curiosity, developing STEM skills, and building careers in aerospace and beyond.

📅 Book Consultation
✅ NEP 2020 Aligned
🎓 Grade 3–12
⭐ STEM Innovation
🌏 PAN India Setup
Curriculum Journey

The Space Learning Trajectory

A structured three-stage curriculum that takes students from foundational curiosity to advanced space science innovation.

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🌱
Start
🟢 Grade 3–5
Foundation — Curious Explorers
Focus: Curiosity & Discovery
  • Introduction to space & planets
  • Sun, moon & stars basics
  • Simple telescope observation
  • Space stories & astronaut culture
🛸
Mid Orbit
🔵 Grade 6–8
Intermediate — Space Scientists
Focus: Science & Technology
  • Rocket model building
  • Satellite communication
  • Gravity & orbital mechanics
  • ISRO missions case studies
🚀
Advanced
🟣 Grade 9–12
Advanced — Future Innovators
Focus: Innovation & Careers
  • Satellite simulation projects
  • Space mission design
  • Astrophysics fundamentals
  • Career pathways in space science
Learning Domains

Explore the Space Science Universe

Six core space science disciplines orbit around a single integrated lab — giving students a 360° exploration of space technology.

🔭 Astronomy Star mapping & telescope study 🛰️ Satellites Orbits & communication 🚀 Rocket Science Propulsion & aerodynamics 🌍 Space Missions ISRO, NASA & mission design 🌐 Earth Observation Satellite imagery & climate 🔬 STEM Projects Cross-disciplinary innovation 🌌 SPACE LAB Mission Control
Hands-On Experience

Real Science, Real Experiments, Real Impact

Every lab session is designed around tangible, memorable experiences that make space science feel immediate and personal.

Students using telescope for astronomy observation at school Telescope Observation
01
Telescope Observation

Students operate professional-grade telescopes to observe the moon, planets, and stars — recording data, identifying constellations, and developing the scientific habit of systematic observation.

  • ✓Refractor and reflector telescopes provided
  • ✓Night sky maps and observation journals
  • ✓Live sky observation sessions
Students building and assembling rocket models in science lab Rocket Model Building
02
Rocket Model Building

From foam rockets to water-powered launchers — students apply principles of aerodynamics, thrust, and trajectory as they design, build, and test their own rockets in guided engineering challenges.

  • ✓Model rocket construction kits
  • ✓Physics of flight and propulsion
  • ✓Safe indoor launch simulations
Students working on satellite simulation and space technology project Satellite Simulation
03
Satellite Simulation

Using digital simulation software, students design communication satellite orbits, analyze signal transmission, and understand how India's NAVIC and GSAT satellites serve millions of people daily.

  • ✓Orbital simulation software
  • ✓Communication systems study
  • ✓ISRO satellite case studies
Students conducting space science experiments in laboratory Space Experiments
04
Space Science Experiments

Hands-on experiments covering gravity, microgravity simulation, radiation, lunar soil analysis, and atmospheric science — using lab kits designed specifically for school-level space education.

  • ✓Microgravity experiment kits
  • ✓Atmospheric science tools
  • ✓Lunar and planetary models
Lab Infrastructure

Everything Your Space Lab Needs

Complete end-to-end hardware and software infrastructure — sourced, installed, and commissioned by our certified team.

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Hardware & Physical Equipment

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Telescopes (Refractor & Reflector)Professional-grade optical telescopes for daylight and night sky observation sessions
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Rocket Model Construction KitsMulti-stage model rocket kits with safe launch systems for hands-on aerodynamics learning
🛰️
Satellite Communication ModelsScale models demonstrating antenna arrays, transponders, and satellite dish alignment
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Planetary & Lunar Models3D scale models of solar system bodies, moon phases, and tectonic structures
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Space Science Experiment KitsGravity, atmospheric pressure, radiation, and microgravity simulation experiment sets
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Digital Tools & Software Platforms

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Space Simulation Software3D universe explorer, orbital mechanics simulator, and real-time ISS tracking tools
⭐
Astronomy & Planetarium ToolsVirtual planetarium software, night sky apps, and constellation mapping platforms
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Satellite Data PlatformsAccess to real satellite imagery, weather data, and Earth observation datasets for projects
🧑‍💻
Mission Design & Coding ToolsBlock-based and Python coding environments for space mission simulation and data analysis
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ISRO & NASA Content LibraryCurated digital library of space missions, astronaut interviews, and research documents
Why Choose Us

What Sets Our Space Lab Apart

Five defining advantages that make the Neod Global Space Technology Lab the most comprehensive school space program in India.

01
NEP 2020 aligned STEM curriculum education policy NEP 2020
📋
NEP 2020 STEM Alignment
100% mapped to NEP 2020's science, technology, and innovation mandates — audit-ready documentation included for CBSE and state boards.
02
Student looking through telescope at night sky astronomy Real Science
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Real Space Science Learning
Students use actual telescopes, build real rockets, and work with live satellite data — not just textbook diagrams and theory.
03
Students brainstorming innovation project together Innovation
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Innovation Projects
Semester-long innovation challenges where student teams design missions, solve real space problems, and present to expert panels.
04
Teacher training workshop certified educator development Teacher Training
👨‍🏫
Teacher Enablement
Certified educator training, comprehensive curriculum guides, and ongoing mentoring ensure teachers deliver with confidence from Day 1.
05
Rocket launch aerospace career space exploration Career Pathways
🎯
Future Career Exposure
Students explore real career pathways — aerospace engineering, astrophysics, satellite design, and ISRO/DRDO opportunities — from school itself.
06
PAN India deployment space lab setup schools nationwide PAN India
🌏
PAN India Expertise
150+ labs deployed across 18 states. Our certified teams handle everything — site survey, installation, commissioning, and AMC support.
Student Impact

The Explorer Journey

Watch students transform from passive observers to active space scientists — the difference a lab makes.

⬤ Before the Lab
Limited exposure to science beyond textbooks
Space seen as distant and irrelevant
No hands-on experiments or equipment access
Low engagement in physics and mathematics
Career in science seems out of reach
🚀
→
✦ After the Lab
Space-aware, curious scientific thinkers
Connects classroom learning to real universe
Hands-on with telescopes, rockets & simulations
Higher engagement across all STEM subjects
Inspired to pursue aerospace, ISRO, research
Mission Control

Our 4-Step Lab Deployment Mission

A clear, structured implementation process — from first contact to full program launch.

1
Mission Planning
School Assessment
Site survey, space audit, grade mapping, and infrastructure review to design the perfect lab configuration for your school.
2
Lab Deployment
Full Lab Setup
Complete installation of hardware, software, telescopes, rocket kits, simulation systems — turnkey, certified delivery.
3
Crew Training
Teacher Training
3-day certified educator workshop covering space pedagogy, lab management, and full curriculum delivery confidence.
4
Mission Launch
Program Launch
Full rollout of grade-wise space program with quarterly assessments, inter-school competitions, and ongoing mentor support.