Prayoga

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Prayoga Prayoga is a not-for-profit, education research organization, pursuing its dream of contributing to

Prayoga's vision is “to bring about a transformation in society by enhancing the utility and quality of learning at the school level through research.”

As a young and passionate research organization in the private space, Prayoga is currently focused on school-level Science learning.

28/09/2026

Sometimes, the best lessons begin when students are given something to observe, question and investigate.

During Prerana at Prayoga Institute for Education Research last week, students of Shree Gurugnana Kendra Vidyalaya, located on Mysore Road, explored mathematics and Earth Science in ways that connected concepts with the world around them. From visualising mathematical ideas through familiar situations to studying the landscape and examining rocks collected from their surroundings, each activity encouraged them to think beyond what is written in a textbook.

Prerana created a day where learning was not just about finding the right answer, but about discovering how to look, think and ask better questions.



[SGKV school, Science, Learning, Hands on, Activity, Fun]

A tree can't move, can't speak, and can't run from danger. Yet beneath the forest floor, it can feed a struggling saplin...
28/09/2026

A tree can't move, can't speak, and can't run from danger. Yet beneath the forest floor, it can feed a struggling sapling, trade nutrients with its neighbours, and warn the forest when pests attack.

Mycorrhizal fungi makes this possible. Their threads, known as mycelium, link the roots of surrounding trees into one vast underground network, the Wood Wide Web. Through it, trees share carbon, nitrogen and phosphorus based on need. Evergreens support deciduous trees through the seasons. A single distress signal can raise an entire forest's defences before the threat arrives.

Our Founder and Chief Mentor Dr. H. S. Nagaraja, in his latest blog, explores how nature built sophisticated networks long before humans conceptualised them, and why a forest survives through cooperation rather than competition.

From the internet to the forest floor, it's a story about what networks can teach us about building resilient communities.

Read the full article: https://zurl.co/L2Au3



[Wood Wide Web, Mycorrhizal Fungi, Mycelium, Plant Communication, Nutrient Sharing, Carbon, Nitrogen, Phosphorus, Volatile Organic Compounds, Plant Defence, Tannins, Forest Ecology, Deciduous Trees, Evergreen Conifers, Super-organism, Interdependence, Cooperation, Resilience, Ecosystems, Sustainability]

26/09/2026

For many students, understanding science begins with being able to see it, question it and try it themselves.

At Karnataka Public School, Hanumanahalli in Madhugiri, the new Kriya Lab Station creates that opportunity within the school itself. It gives students a dedicated space to engage with science materials, investigate concepts and turn classroom learning into something they can experience.

With the support of Omnicom Global Solutions (OGS), this initiative is helping bring richer science-learning opportunities to rural classrooms.

The effort contributes to United Nations Sustainable Development Goals (SDG 4: Quality Education) by creating more meaningful and inclusive learning experiences for young learners.



[Experiential learning, OGS, Building for tomorrow, Government school, Madhugiri]

25/09/2026

As electronic devices and wireless technologies such as 5G and the Internet of Things continue to grow, electromagnetic interference is an important concern. Electromagnetic waves can interfere with the normal functioning of electronic devices, affecting their performance and reliability.

Can the right material combination help shield devices from this interference?
This was the Anveshana project carried out by three student researchers — Abhiram Sameer Barokar, 9th grade, Somalwar High School & J.R. College, Nagpur, Karthik Deshmukh, 10th grade, SSRVM, Bangalore and Ved Nilesh Khairnar, 10th grade, The Samhita Academy, Bangalore - at Prayoga Institute for Education Research, under the guidance of Principal Investigator Dr. Omprakash S. S., Senior Research Scientist, with Ms. Pooja VD, Research Associate, as Co-Principal Investigator.

The team investigated how different polymer matrices affect the electromagnetic interference shielding performance of the same ferrite material. They selected barium nickel ferrite as the ferrite filler and PBAT and PLA as polymer matrices.
The research demonstrated that the choice of polymer matrix plays a role in the material’s electromagnetic interference shielding performance.

From identifying a problem to designing experiments and measuring performance, the work reflects the research-driven approach of Anveshana.

Explore Prayoga's profile and programmes - www.prayoga.org.in



[EMI Shielding, Barium Nickel Ferrite, Polymer Composites, Materials Science, Radar, Aerospace, Communication Systems]

23/09/2026

Cooling your home without costing the planet.

Cooling already eats up a tenth of the world's electricity - and it's only growing. What if surfaces could cool themselves, using nothing but the sky?

As part of the Anveshana Research Project at Prayoga Institute of Education Research, student researchers Gargi Maru, Aarna Uttarkar, and Abhyudaya Saxena - mentored by PI Dr. Ramya Prabhu B and Co-PI Mr. Arjun V - worked on "Smart Radiative Cooling Coatings Using Phase-Changing Metal Oxide-Polymer

The team built coatings that reflect sunlight and release heat straight into space, no electricity required - a phase-changing material that shifts its infrared emissivity at a set temperature, so the coating can adapt on its own instead of overcooling. They synthesised four metal oxide nanoparticles, combined them with a polymer, and layered them into coatings; testing showed certain nanoparticles significantly improved performance and lowered surface temperatures - laying the groundwork for smart, self-regulating cooling systems that need no sensors or power to work.

This is what Anveshana makes possible - high school students working alongside experienced mentors on research that could genuinely shape a greener future.

Explore Prayoga's profile and programmes: https://zurl.co/nGIBu



[Radiative Cooling, Nanoparticle Coatings, Phase-Changing Materials, Metal Oxide Nanocomposites, Advanced Functional Materials, Sustainable Cooling, Energy-Free Cooling, Materials Science, Student Research, Education Research]

22/09/2026

Behind every classroom are teachers who bring their own experiences, strengths and ways of teaching their students.

For some, their dedication is recognised through the “Best Teacher” Award - a celebration of the meaningful work they do. At the same time, it is an opportunity to acknowledge every teacher whose everyday efforts shape a child’s learning journey.

Different classrooms, different approaches, different journeys—but a shared commitment to helping children learn and grow.

To every teacher who gives their best to their students, your work matters.

Featured in this video are our Kriya teachers, who continue to shape meaningful learning experiences for children every day.

This commitment to meaningful learning contributes to the United Nations Sustainable Development Goal 4: Quality Education.

To know more about our Kriya program, Click here: https://zurl.co/lALgf



[Award, Teachers, Students, Celebration, Teach, Child]

Bridging research and wider audiences through science communication. In a recent IndiaMedToday feature, Deepika S, Scien...
21/09/2026

Bridging research and wider audiences through science communication.

In a recent IndiaMedToday feature, Deepika S, Science Communications Specialist at Prayoga, translated the research of Dr. Athavan Anand, Senior Research Scientist, on computational methods in cancer research for a broader audience.

Through science communication, we continue to create pathways for research to reach beyond the laboratory and engage with the public.

Aligned with UN Sustainable Development Goals 3 (Good Health and Well-being), 4 (Quality Education), and 9 (Industry, Innovation and Infrastructure).

Read the full article:
https://zurl.co/0kURL



[Research Translation, Scientific Writing, Cancer Therapies, Computational Research, Health Research, Public Engagement]

Rethinking how we build the future of education in Bharat. In a recent thought leadership piece in EducationWorld, Dr. H...
21/09/2026

Rethinking how we build the future of education in Bharat.

In a recent thought leadership piece in EducationWorld, Dr. H. S. Nagaraja, Founder & Chief Mentor, Prayoga Institute of Education Research, presents a vision for strengthening India’s education ecosystem through Special Purpose Education Zones (SPEZs).

The proposed model brings together education, research, industry and skill development to create ecosystems that foster quality, capacity-building and real-world opportunities for learners.

A perspective on building stronger educational ecosystems that can contribute to India’s aspirations as a global knowledge and innovation hub.

Aligned with UN Sustainable Development Goals 4 (Quality Education), 8 (Decent Work and Economic Growth), 9 (Industry, Innovation and Infrastructure), and 17 (Partnerships for the Goals).

Read the full piece: https://zurl.co/oeub9



[Education Ecosystem, Education Innovation, Higher Education, Research and Industry, Skill Development, Educational Infrastructure]

Nature's tiny factories don't need steel reactors - just a living cell. Vitamin B12 takes over 70 lab steps to synthesis...
21/09/2026

Nature's tiny factories don't need steel reactors - just a living cell.

Vitamin B12 takes over 70 lab steps to synthesise from scratch. Human insulin once had to be extracted from animal tissue. Today, microbes make both - faster, cheaper, and with a precision decades of chemistry still struggle to match.

Our Founder and Chief Mentor Dr. H. S. Nagaraja, in his latest blog, explores how microorganisms have quietly been running some of nature's most sophisticated chemical factories for millions of years - and why the future of manufacturing may lie in working alongside biology, not just imitating it.

From insulin to Taxol to the promise of AI-monitored bioproduction, it's a story about rethinking what a "factory" really is.

Read the full article: https://zurl.co/MEyfs



[Vitamin B12, Cobalamin, Human Insulin, Recombinant DNA, Paclitaxel, Taxol, Microbial Fermentation, Pseudomonas denitrificans, E. coli, Yeast, Enzymes, Metabolic Pathways, Chemical Synthesis, Pharmaceutical Industry, Bioengineering, Frances Arnold, Artificial Intelligence, Sustainable Manufacturing]

18/09/2026

Kitchen waste takes weeks to compost. Can science bring that down to just 72 hours?

Our Anveshana students Hasini Gandra , Nidhi Jayaprakash Nayak and Keerti B Raddigeri guided by Principal Investigator Dr. Venkata Krishna Bayineni and Co-Principal Investigator Jayatha Chandrashekhar, explored this question. Their project, ‘Rapid Bioconversion of Kitchen Waste into Compost-Like Soil Using a Thermophilic Microbial–Enzyme System', tested whether a combination of thermophilic bacteria and enzymes could accelerate the breakdown of kitchen waste.

The results were promising. At 72 hours, the combined bacteria-plus-enzyme treatment performed best. The team identified two microbial strains, whose enzyme-producing characteristics aligned with their role in the bioconversion process.

Future studies will involve developing a low-cost, portable kitchen waste composting device in a short period of time.
A question rooted in an everyday waste problem, explored through microbiology, experimentation and evidence.

Aligned with the United Nations Sustainable Development Goals: SDG 11 — Sustainable Cities and Communities, SDG 12 — Responsible Consumption and Production, SDG 13 — Climate Action



[Student-Led Research, Experiential Science Learning, Scientific Inquiry, Research Mentorship, Kitchen Waste Management, Microbial Bioconversion, Thermophilic Bacteria, Sustainable Waste Solutions]

Address

SY No 133, Ravugodlu, Bolare Post, Off Kanakapura Road
Bangalore
560082

Opening Hours

Monday 9:30am - 6pm
Tuesday 9:30am - 6pm
Wednesday 9:30am - 6pm
Thursday 9:30am - 6pm
Friday 9:30am - 6pm
Saturday 9am - 12:30pm

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