Innovation-Based Learning in Schools: Know how DPS MIHAN Students Turned a Classroom Idea into Global Recognition
Jul 03, 2026 Admin
In a world in which Artificial Intelligence, robotics, biotechnology and scientific discovery dominate, what exactly modern education is? For many parents, the answer is more than textbooks, examinations and report cards. Today's parents want children to be taught to think critically, solve real world problems, work as a team and confidently investigate new ideas. The following is an instance of how DPS MIHAN, Nagpur has harnessed innovation in education to enable curiosity to be translated into opportunities worldwide.
The school's student team, Nanostormers was awarded recognition in the prestigious Bose Beamline Challenge (BBLC) and invited to visit CERN Geneva, one of the world's largest scientific research organisations. It is an incredible achievement that shows the potential of experiential learning, STEM (Science, Technology, Engineering, and Mathematics) education and research-based opportunities to take students beyond what is expected in the classroom.
Read the official announcement: DPS MIHAN students receive international recognition at CERN, Geneva.
How did students from DPS, MIHAN get to CERN, Geneva?
The Bose Beamline Challenge proved to be a tremendous success, with 37 teams from all parts of South Asia participating and presenting their innovative scientific concepts.
Of these participants, the DPS MIHAN team was able to achieve:
| Achievement | Recognition |
|---|---|
| South Asia Ranking | 4th Position |
| India Ranking | 2nd Position |
| Special Recognition | Synergy Award |
| International Opportunity | Invitation to CERN Geneva |
The project, "Deep-Tissue NIR-Activated Microrobots for Biomedical Interventions", delved into novel applications of Near-Infrared (NIR) light, nanotechnology, and soft robotics such as targeted drug delivery and blockage removal for potential medical use.
This was a competition, but for the students, it was much more than that. It was a chance to learn about high-level scientific research, to do research and have exposure to the scientific community worldwide.
Students earned recognition in Leading Media
Publications: Recognition Beyond Classroom.
DPS MIHAN's Nanostormers team was recognised not only in the academic circles but also through the media. The students' innovative microrobotics project and their trip to CERN, Geneva, were featured in major newspapers, showcasing the achievement of the students and the role of innovation-based learning in schools.
Media Coverage
The Times of India coverage of DPS MIHAN students reaching CERN,
Geneva
Nagpur Today report on DPS MIHAN students representing India at CERN
Prime Sight Report: Young Innovators of DPS MIHAN Get International
Recognition at CERN, Geneva, Switzerland
What Is Innovation-Based Learning in Schools?
Innovation-based learning is an educational model that encourages students to go beyond mere memorisation. It enables the students to apply the knowledge in solving real-life problems.
Ratherthanfocusingontheoreticalconcepts,studentsareencouragedto:
- Conduct research
- Ask meaningful questions
- Design creative solutions
- Build prototypes
- Collaborate with peers
- Present ideas confidently
This will enable students to be active learners instead of just passive recipients of information.
Why Are Parents Looking for Schools That Encourage Innovation?
As the new academic session starts and schools reopen, parents are asking themselves, "What can I do to help my child succeed? "Will my child be prepared for the future?"
Academic achievement is still valued but now success in the future will be based on the following skills:
- Critical thinking
- Problem-solving
- Communication
- Collaboration
- Creativity
- Leadership
- Adaptability
Schools that are focused on innovation offer students opportunities to develop these competencies through STEM activities, competitions, projects and experiential learning.
How STEM Education In Schools Helps Students Succeed?
Education of the STEM (Science, Technology, Engineering, and Mathematics) concepts is an important method for teaching how the concepts they learn in the classroom could be applied to the real world.
The advantages to STEM education in the schools are:
- Strong analytical thinking
- Improved problem-solving abilities
- Greater insight and imagination
- Better collaboration skills
- Disaster prevention and preparation
Through the Nanostormers project, students are inspired to solve complex problems and gain hands-on skills in STEM.
What skills did the students acquire in the course of this project?
| Skill | Learning Outcome |
|---|---|
| Critical Thinking | Scientific research and experimentation |
| Teamwork | Collaborative project development |
| Communication | Presenting ideas and findings |
| Creativity | Designing innovative solutions |
| Problem Solving | Addressing biomedical challenges |
| Research Skills | Exploring emerging scientific concepts |
These are the skills that are what Universities and employers are looking for more and more now.
Why is innovation more important than Ever?
Students will have to work with fast-changing technologies and industries in the future.
Fields include:
- Artificial Intelligence
- Robotics
- Biotechnology
- Healthcare Innovation
- Space Research
- Sustainable Development
These skills start to be shaped in students from early childhood with the support of innovation-based learning.
What Do Parents Need to Know about a Future-Ready School?
Schools can be looked upon beyond the academic rankings by parents.
Ask these questions:
- Does project based learning foster in the school?
- Do students have opportunities to learn about STEM and research?
- Does the school provide support for innovation competitions?
- Are leadership and communication skills developed?
- Does learning have a connection to real world applications?
Schools that can answer "yes" to the following questions will more likely have students that are better prepared for success.
Why are experiences like CERN Geneva important?
Students have the opportunity to learn about cutting-edge science at one of the most famous scientific laboratories in the world (CERN). Students are helped by such experiences to:
- Think beyond textbooks
- Develop scientific curiosity
- Gain global perspectives
- Investigate career options
- Develop confidence and GOAL-setting skills
For parents, the opportunities are a reflection of a school's commitment to providing meaningful learning opportunities.
What is there for parents to learn from this Achievement?
The future is not just for exam high scorers. Currently, the future is for those who can innovate, collaborate and solve challenges.
By providing an opportunity for children to engage in research projects, STEM competitions and innovation challenges will build skills that will last a lifetime.
Conclusion
DPS MIHAN's students' trip from Nagpur to CERN Geneva is a testament to the potential of innovation-based education in schools.
Academic excellence, coupled with experiential learning, STEM education, and research opportunities can enable students to become future ready, to move through the world in a complex way
This accomplishment is a strong testament to the power of students thinking outside the classroom and students' curiosity, creativity and innovation for parents looking for such a learning environment.
Frequently Asked Questions
What does innovation-based learning schools mean?
Through innovation-based learning, students need to apply knowledge, carry out research, experiment, solve problems and have real-life projects.
Why is STEM education in schools important for students?
STEM education empowers students to be analytical thinkers, problem solvers, creative thinkers and is a tool for student career readiness.
How can innovation projects benefit school students?
Students enhance their communication, teamwork, leadership and practical skill for knowledge application.
Why is experiential learning important?
The students learn more meaningfully and engagingly with experiential learning. It is a kind of learning where they learn by doing.
How to identify a future-ready school?
Parents should consider innovative opportunities, STEM learning opportunities, research opportunities, leadership opportunities and opportunities for student growth for each student.