A simple guide to sharing your aerospace project, finding people who can help, and bringing your space community together across India.
Concise answers grounded in official Indian Space Hub platform guidelines.
A dedicated digital directory and creator studio hosted by Indian Space Hub. It connects university rocketry laboratories, deep-tech aerospace startups, and amateur astronomy societies to showcase engineering hardware, post build logs, and issue event passes.
Anyone building space hardware or gathering space enthusiasts: middle and high school students, undergraduate rocketry teams (CanSat, sounding rockets, rovers), early-stage aerospace founders, and local astronomy clubs hosting skywatches.
No corporate registration is required. You can register as an academic team, student group, or community club. Verification is performed through university advisor recommendations or institutional email verification.
Organizers publish events (symposiums, dark-sky camps, workshops). Registered attendees instantly receive a digital QR pass stored in their wallet. Organizers check in attendees using an in-browser camera scanner.
Choose what you want to do. You can expand your profile later.
School students, college teams & independent builders
Turn your idea, CanSat, rover, or sounding rocket experiment into a verified project others can discover and mentor.
Student founders, early ventures & aerospace businesses
Give your propulsion technology, satellite buses, and aerospace hardware a clear home for partners and clients.
Clubs, schools, colleges & space enthusiasts
Bring people together to learn, explore the night sky, and exchange rocketry, astronomy, and science ideas.
Not sure which to choose? Pick Projects & Student Teams for something you’re building, Startups & Companies for a commercial venture, or Events & Communities for an observation society or astronomy gathering. Individual astrophotographers and telescope builders are always welcome.
Detailed differences in verification, TRL applicability, and platform features.
| Category | Target Audience | Showcase Focus | Verification Needed | TRL Range | Passes & Check-In |
|---|---|---|---|---|---|
| Projects & Student Teams | Collegiate rocketry, CanSat clubs, robotics & solo builders | CAD models, prototypes, test flights, sponsorship decks | Institutional email or faculty advisor reference | TRL 1–6 | Workshops, team recruitment sessions |
| Startups & Companies | Aerospace ventures, component vendors & tech labs | Propulsion systems, payloads, specs (thrust, mass, power) | Corporate domain, founder ID or pitch deck validation | TRL 4–9 | Product demos, investor showcases |
| Events & Communities | Astronomy clubs, science societies, dark-sky camps | Observation nights, star parties, lectures & symposiums | Club charter, social handle, or community lead review | N/A (Events) | Full QR passes, camera check-in, attendee caps |
You don’t need technical experience or incorporation papers to get started.
Use the account sign-in option. You’ll need an account to manage your workspace or reserve event passes.
Open Register Creator Team and select whether you are a Student Project, Startup, or Community.
Add a title, campus or city location, and contact information. Explain what hardware or goals you are pursuing.
Add projects or events in Creator Studio. Await Active Admin moderation approval, then share your verified public page.
Pick your path for a practical, step-by-step walkthrough.
A school science model or CAD concept is a valid starting point. You can also share propulsion research, a Mars rover prototype, a CanSat, or an altitude test rocket.
Make it transparent how academic advisors, alumni, and sponsors can contribute to your next milestone.
List engineering disciplines you need (aerodynamics, avionics, telemetry, structural finite element analysis). Use the Hiring module for student recruitment.
Share a PDF pitch deck explaining your budget, test site costs, carbon fibre composites, or propulsion test stands. Support can be hardware, testing facilities, or travel grants.
Post unedited static fire results, motor burn curves, structural load tests, and setbacks in your Build Logs. Transparent engineering attracts genuine industrial partners.
Use the built-in Share modal on your profile or event page to distribute verified links across WhatsApp, LinkedIn, X, Telegram, and university notice boards.
Note: The platform facilitates technical discovery, peer networking, and contact. Publishing a profile does not guarantee monetary funding, corporate sponsorship, or commercial contracts.
An integrated workspace for managing your profile, hardware specifications, events, and community inbox.
Edit your logo, team banner, campus affiliation, social links, website, and institutional contact email. Check moderation status.
Publish your rockets, satellites, rovers, and software with transparent specifications (Thrust, Mass, TRL 1–9, Documentation PDFs).
Keep a dated chronological diary with photos, milestone achievements, design changes, and upcoming engineering goals.
Create workshops, skywatches, competitions, or rocket launches with venue directions, maximum capacity, and digital ticket quotas.
Use your device camera to scan attendees’ admission QR passes in real time, or enter 8-character pass codes manually at the venue.
Receive and reply to sponsorship proposals, quotation inquiries, mentorship requests, and media interviews from one unified desk.
Post openings for collegiate rocket sub-teams (Structures, Propulsion, Avionics, Recovery) or full-time aerospace engineering positions.
Invite co-captains, student leads, and advisors with granular role permissions (Owner, Admin, Member) so your team collaborates securely.
A clear, reliable workflow for both attendees and event organizers.
Important note on reservations:
Bookmarking an event saves it to your wishlist. Make sure you complete reservation to receive your confirmed QR admission pass.
Planning an outdoor skywatch?
Always include local terrain directions, telescope availability, warm layer recommendations, and cloudy weather backup schedules.
Clear, authoritative answers to help you navigate registration, verification, and event passes.
Standardized definitions for technical specifications and platform operations.
A 1–9 maturity scale developed by NASA/ISRO: TRL 1 (basic principles observed) through TRL 9 (flight-proven in successful space operations).
A public, dated engineering diary detailing incremental iterations, failure root causes, manufacturing milestones, and test firings.
CanSats are miniaturized satellite simulations contained within a soft-drink can. Sounding rockets carry suborbital scientific experiments to altitudes from 1 km to 100+ km.
A 9-level numerical scale measuring night sky brightness: Class 1 (superb dark-sky site) to Class 9 (inner-city sky). Most camps target Bortle 2–4.
Lead Author: Kapil Dev Pal(Founder & Platform Architect, Indian Space Hub).
Institutional Scope: Covers Indian collegiate rocketry clubs, space robotics teams, IN-SPACe / ISRO student outreach, aerospace startups, and amateur astronomy societies nationwide.
Fact-Checking & Corrections: To submit factual updates, report invalid event check-ins, or request creator profile support, contact admin@indianspacehub.com.
Authoritative Resources: Explore our About & Mission Page, ISRO Centres Directory, and Moon Phase Tracker.
An idea, a small CanSat prototype, or a group of curious stargazers. There’s an active place for all of it.
