SPACE India

Engineering India’s Gateway to the Cosmos

SPACE India designs and manufactures world-class observatory domes and turnkey research facilities that transform institutions into centers of astronomical excellence.

Space Observatory and Research Facility (SOAR) By SPACE India

Established in 2001, SPACE India has been a pioneer in astronomy education, infrastructure development, and space science engagement across India. For over two decades, we have partnered with schools, colleges, universities, and educational groups to promote experiential learning and scientific curiosity.

Recognizing the growing need for dedicated astronomical research infrastructure within campuses, we developed:

SOAR – Space Observatory and Research Facility

A complete, institution-focused observatory solution designed to integrate infrastructure, automation, and academic engagement into one seamless ecosystem.

SOAR enables institutions to move beyond textbook astronomy and into real-time celestial observation, research exposure, and structured space science learning.

Why an Observatory on Campus?

Today’s educational institutions compete not only through academic results, but through infrastructure, innovation, and experiential excellence.

An institutional observatory:

  • Enhances institutional prestige and brand positioning
  • Differentiates your campus from competitors
  • Strengthens STEM-based academic reputation
  • Supports Physics & Astronomy curriculum
  • Encourages research culture at school and college level
  • Attracts scientifically inclined students
  • Creates opportunities for national-level competitions and collaborations
  • Generates strong visibility with parents and stakeholders

An observatory is not an expense.
It is a long-term academic and brand asset.

BRINGING RESEARCH TO CLASSROOM

  • Astronomy is an observational science; a lab cannot do justice to astronomy, and you cannot replicate a piece of the stars and phenomena of nebula and galaxies inside a lab.
  • The observatory is the house of the high-end telescope and imagining equipment is stored moisture-free inside it.
  • The observatory is the instrument involving students in experimentation and experiencing celestial phenomena through observation and analysis, such as the transit rotational speeds of planets, the inner planets studies, etc.
  • Observatories act as a high-end imaging and data storage center.
  • Bringing research to the Classroom

Infrastructure Options

With an Imagining and interpretation room

Without an Imagining and interpretation room

Interpretation Room (Warm Room/Control Room)

A professionally designed control and briefing room integrated beneath or adjacent to the dome.Features:
  • Climate-controlled academic space
  • Remote telescope and dome control
  • Briefing & instruction area
  • Equipment storage facility
Highly recommended for schools and institutions conducting structured astronomy sessions.

Without the Interpretation Room

Compact observatory installation allowing direct dome access.

Designed for institutions with limited infrastructure space or specialized usage models.

Strategic Value for Educational Institutions

SOAR is designed not only as an infrastructure project, but as a strategic institutional upgrade.

Key Institutional Advantages:

  • Strengthens NEP-aligned experiential education
  • Enhances STEM identity
  • Improves parent perception and institutional confidence
  • Supports interdisciplinary learning
  • Enables student research exposure at an early stage
  • Creates long-term academic positioning advantage

Forward-thinking institutions invest in infrastructure that defines their legacy.

Safety & Structural Engineering

All observatory installations are engineered with:

  • High-strength aluminum framing
  • Wind-resistant structural design
  • Weather-protected polycarbonate covering
  • Electrical safety compliance
  • Controlled automation systems
  • Secure access architecture for student safety

Safety, durability, and operational reliability are foundational principles in every project.

Manufacturing & Engineering Excellence

As a manufacturer, SPACE India follows precision-engineering processes including:

  • Controlled structural fabrication
  • Automation calibration & alignment testing
  • Rack & Pinion precision drive installation
  • IoT integration verification
  • Pre-dispatch quality inspection

Each dome is built for long-term operational efficiency and minimal maintenance.

Consultancy Services

Our pre-installation consultancy ensures scientific accuracy and optimal project execution.

We provide:

  • Site assessment & feasibility study
  • Light pollution and visibility analysis
  • Telescope & equipment recommendations
  • Structural and environmental planning
  • Detailed project report

We help institutions make informed, strategic decisions.

Introducing

The Interpretation Room, also known as the Warm Room, is a critical space in any professional observatory. Designed for telescope operations, real-time image processing, and dome control, it acts as the central hub where astronomers, researchers, and students manage celestial observations in a controlled indoor environment. Equipped with 10 high-performance computers and a dedicated control room, this space enables precise coordination of observational activities. Researchers and operators can remotely control telescopes, capture high-resolution images, and analyze astronomical data without exposure to extreme outdoor conditions.

Dual-Mode Operation:

The dome can be opened in two innovative ways. It functions as a slit-based observatory for targeted observations and as a rolling roof observatory where an opening section reveals an expansive view of up to 260° of the sky. This versatility provides both focused and panoramic stargazing experiences.

Optimized for Education & Research:

Developed with school and research environments in mind, SPACE Dome is engineered to accommodate large groups. Its design facilitates collaborative learning and research, making astronomy accessible and engaging for students and educators alike.

Intellectual Property & Patent Pending:

This pioneering design is our exclusive intellectual property and is currently patent pending in India. It represents a strategic innovation that not only enhances observational capabilities but also sets a new benchmark in educational and research infrastructure.

SPACE Dome is more than an observatory—it’s a gateway to exploring the cosmos, designed to inspire curiosity and foster scientific inquiry among future generations.

Turnkey Observatory Solutions

Let us build your gateway to the universe! 🚀🔭

Space Observatory Form

Frequently Asked Questions

Students of Grade 6-8 school can get enrolled in the program.

No, individuals cannot get enrolled in SPACE Astronomy Club. Only a student of SPACE associated school can get enrolled.

For individuals, please refer to our Online Educational Products such as iAstronomers and Astronomy Camps.

The Astronomy Club runs for a year in the school. 24 sessions in Module 1 (Beginners Level) and 26 sessions in Module 2 (Intermediate Level) are covered in 10 visits over 12 months.

Students of Astronomy Club are taken for one overnight session away from the light polluted skies of the city for a stargazing experience.
The cost of the program varies based on the types of conduction and execution as decided by the school.

The mode of payment varies based on the decision made by the school management.

Yes, as a space club member students get takeaway home kit.

The Astronomy Kit For Module 1 (Beginners Level):

  • 50mm Refractor Telescope
  • DIY Solar Filter & Viewer
  • Planisphere
  • Space Cap
  • Student Made Rocket
  • Student Certificate
  • Gnomon with Base & Rod
  • Latitude Finder
  • Module 1 Observational Log Book

The Astronomy Kit For Module 2 (Intermediate Level).

  • Barn Door Tracker
  • Messier Object Book
  • Spectroscope
  • Space Cap
  • DIY Sundial
  • Student Made Rocket
  • Module 2 Observational Log Book 
  • Student Certificate