National Space Innovation Challenge (NSIC)
by NITI Aayog, Government of India
Mentorship from ISRO
A national competition by AIM, ISRO, and Navars Edutech for students in Classes 5-12 to devise innovative solutions for space technology challenges.
Mode
Online
Fee
Free
Participation format
Individual
Duration
The competition typically runs for about 40 days, from registration opening to the final submission deadline.
Time needed
Depends on individual research and writing time
Eligibility
Grades: 5-12. Location: Pan-India. Open to students from all recognized schools (ATL and non-ATL). No specific academic prerequisites are required, but a strong interest in space science, technology, and innovation is essential.
- Grade level
- Grade 5 to 12
- Age range
- 10 to 18 years
- Eligibility region
- Available nationwide across India
- Academic requirement
- No specific academic prerequisites are required. A keen interest in space, science, and technology is encouraged.
- Prerequisites
- Creative thinking and ideation skills
- Problem-solving abilities
- A strong interest in space science and technology
- Basic research and report writing skills
See if your child qualifies.
Rewards and recognition
Prizes
SpaceSat Kits
Top performers and winners of the challenge receive exciting prizes such as SpaceSat kits to encourage further exploration in space technology.
Certificate
Certificate from AIM & ISRO
All participants receive a certificate of participation. Top performers are awarded a prestigious Certificate of Excellence from AIM, NITI Aayog, and ISRO.
Recognized by
Career pathways
Participants get exclusive access to mentorship sessions and pre-recorded lectures from eminent scientists and experts from ISRO and the space industry.
Recognition
National-level recognition
Skills your child builds
How to apply
- 1Register on the official NSIC portal hosted by Navars Edutech.
- 2Access the learning management system for masterclasses and resource materials.
- 3Select a problem statement from the provided themes.
- 4Develop a solution and submit a research report or project online before the specified deadline.
Rules and guidelines
- The competition is open to all students of classes 5 to 12 from schools located in India.
- Students must register accurately with their contact number and email ID for all communications.
- Participants must choose one challenge topic to work on.
- Submissions must be original work of the participant.
- Incomplete or incorrect information in the application form may lead to disqualification.
- The decision of the judging panel from AIM and ISRO will be final.
Technology requirements
- A computer, laptop, or mobile device with a stable internet connection is required to access the online portal, view resources, and submit the project.
About this opportunity
The National Space Innovation Challenge (NSIC) is a premier national initiative by the Atal Innovation Mission (AIM), NITI Aayog, in collaboration with the Indian Space Research Organisation (ISRO) and Navars Edutech. It provides a platform for school students to apply their creativity to solve real-world problems in the space sector, such as reusable rocket design and space debris management.
Open to all students from Class 5 to 12 across India, this challenge invites young innovators to showcase their problem-solving skills. Participants gain access to mentorship from ISRO scientists and industry experts, helping transform their ideas into impactful projects and fostering a deeper interest in space science and technology.
Rounds and format
Students first join an online bootcamp through the LMS, where they learn from space scientists through mentor-led videos. Next, they select a topic from the Junior (Grades 5–8) or Senior (Grades 9–12) track and prepare a research report in PPT, video, or document format. This report is then submitted online and evaluated by an expert jury panel. Top-performing students receive recognition, certificates, and exciting rewards such as SpaceSat kits.
How entries are judged
Submissions are evaluated based on ideation, innovation, the potential impact of the solution, and the feasibility of implementation.
Selection process
The competition consists of two phases. In the first phase, students submit their innovative ideas and solutions. The best projects are then shortlisted for the second phase, where finalists present their solutions to a jury for the selection of winners.
How to prepare
- Access to mentorship with pre-recorded lectures from experts in the space sector.
- A repository of technical skills, do-it-yourself content, and assignments.
- Live mentoring sessions and project guidance from industry professionals.
Academic details
Difficulty: Intermediate
What's covered
The challenge is structured around key themes in space technology, including Space Junk Collection, Reusable Rocket Design, and Satellite Design. Participants use provided resources to research and develop their solutions.
Frequently asked questions
What are the most critical factors for a successful project submission?
Judges prioritize originality, clarity of the proposed solution, and the scientific accuracy of the concept. A well-researched project that directly addresses the chosen problem statement with an innovative and feasible approach tends to score higher.
What common mistakes should participants avoid?
Common pitfalls include failing to adhere to submission guidelines, submitting a project unrelated to the selected theme, and plagiarism. It is crucial to ensure the work is original and all submission format requirements are strictly met.
How can students best utilize the provided mentorship and learning resources?
Participants should thoroughly review all pre-recorded mentor sessions to understand core scientific concepts. The DIY content should be used to build practical knowledge before finalizing the project idea and structuring the research report.
How is the originality of a project verified during evaluation?
Submissions undergo a review for plagiarism and novelty. The expert jury, comprising scientists and academicians, evaluates the uniqueness of the idea and its implementation. Projects demonstrating clear, independent thought and creativity are rewarded.
Beyond winning, what are the key long-term benefits for participants?
Participants gain national-level recognition, develop critical problem-solving and research skills, and receive a certificate from AIM and ISRO. This experience significantly strengthens their profile for future academic and career pursuits in STEM fields.
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