Rajeev Singh, Founder and Managing Director of Sansar Green, participated in the First Convocation of Garhwa University as an invited Industry Expert, marking another step in his continuing engagement with academic institutions, agricultural experts and rural communities.

The convocation was attended by Jharkhand Governor Santosh Kumar Gangwar as the Chief Guest, along with Chancellor Dinesh Singh, Vice-Chancellor Dr. M. K. Singh, senior academicians and experts from different fields.

During the programme, Rajeev Singh had the opportunity to share his thoughts from the university platform and interact with members of the academic community.

For him, however, the visit was not limited to participation in a ceremonial event. It became an opportunity to explore how the knowledge and technical capabilities available within universities can be connected more effectively with farmers and agricultural communities.

Taking University Knowledge to the Field

Following the convocation, Rajeev Singh held discussions with academicians and experts associated with the university’s agriculture programme.

A central theme of the interaction was the possibility of connecting agricultural research, scientific expertise and technical knowledge available at the university with farmers in Giridih and other rural areas.

The discussions covered areas such as soil health, crop management, sustainable agriculture, biological and microbial-based agricultural technologies, farmer training, skill development and agricultural entrepreneurship.

The interaction also explored how problems experienced by farmers at the field level could be communicated to agricultural experts and how scientific knowledge could, in turn, be translated into practical solutions suitable for local farming conditions.

Building a Bridge Between Scientists and Farmers

Rajeev Singh believes that agricultural innovation creates its greatest impact when scientific knowledge moves beyond laboratories and classrooms and reaches the farmer.

“The real value of agricultural knowledge and technology developed in universities is realised when it reaches the field and the farmer. Our effort will be to connect farmers of Giridih with agricultural experts, new technologies and training opportunities available through institutions such as Garhwa University.”

The discussions highlighted the potential for regular interaction between farmers and agricultural experts.

Such engagement can create a two-way knowledge system: farmers bring their practical experience, local challenges and understanding of field conditions, while universities contribute scientific research, technology and specialist expertise.

Together, these perspectives can help identify solutions better suited to local agricultural conditions.

Agriculture, Skills and Entrepreneurship

Rajeev Singh’s interaction at Garhwa University also reflected a broader approach to rural development—one in which agriculture is connected with education, skills, technology and entrepreneurship.

Beyond introducing farmers to improved agricultural practices, institutional engagement can expose rural youth and aspiring entrepreneurs to new opportunities in agri-business, sustainable farming, biological inputs, value addition and related enterprises.

For Sansar Green, such academic–industry engagement complements its larger objective of bringing scientific agricultural practices closer to farmers and creating stronger connections among institutions, experts, entrepreneurs and rural communities.

From Institutional Dialogue to Ground-Level Impact

The discussions at Garhwa University considered taking the engagement forward through farmer training, technical interaction and exchange of agricultural knowledge.

The objective is practical: make institutional expertise more accessible to farmers and ensure that information about emerging agricultural technologies reaches the grassroots.

For Rajeev Singh, the visit represented the kind of collaboration that can contribute to a stronger agricultural ecosystem in Jharkhand—where universities generate knowledge, enterprises help translate it into practical applications, and farmers remain at the centre of the process.

His participation as an Industry Expert at the university’s first convocation therefore went beyond representing Giridih at an important academic occasion. It opened a dialogue on how education, scientific expertise, entrepreneurship and field-level experience can work together for the future of agriculture and rural development.

A Shared Vision

The interaction at Garhwa University reinforces a simple but important principle behind Rajeev Singh’s work:

Agricultural innovation should not end with research—it should ultimately improve what happens on the farm.

By strengthening connections between universities, agricultural experts, enterprises and farmers, Rajeev Singh aims to contribute towards a more knowledge-driven, sustainable and opportunity-oriented agricultural ecosystem in Jharkhand.

The post Rajeev Singh at Garhwa University: Connecting Agricultural Knowledge with Farmers and Rural Enterprise appeared first on Sansar Green .

Dhanbad | 16 September 2026

Hindustan, Dhanbad Edition, has featured an environmental initiative involving IIT (ISM) Dhanbad and its incubated startup Sansar Green Mission Private Limited to transform fallen dry leaves into nutrient-rich organic manure.

Published on 16 September 2026, the Hindustan report highlights an approach in which dry leaves—often burned or discarded—would instead be scientifically decomposed and enriched with organic nutrients and beneficial microorganisms. The objective is to improve the management of green waste while supporting soil health and organic farming.

Read the Hindustan coverage

Hindustan Highlights a New Use for Fallen Dry Leaves

Dry leaves are generated in large quantities across institutional campuses, gardens and public spaces. Burning them can contribute to air pollution, while improper disposal means the organic matter contained in the leaves is not productively utilised.

The IIT (ISM) Dhanbad–Sansar Green initiative seeks to address this by treating dry leaves as a biological resource rather than simply as waste.

According to Hindustan, the leaves would be scientifically decomposed and then combined with appropriate organic nutrients and beneficial microorganisms to develop nutrient-rich organic manure.

The proposed process can be summarised as:

Dry Leaves → Scientific Decomposition → Nutrient & Microbial Enrichment → Organic Manure → Improved Soil Health

This approach brings together waste management and soil improvement within a circular biological system.

IIT (ISM) Dhanbad & Sansar Green: Institution and Startup Working Together

The proposed project was discussed by Prof. Alok Kumar Das, Dean, Innovation & Corporate Relations, IIT (ISM) Dhanbad; Rajeev Singh, Director, Sansar Green Mission Private Limited; Anjana, District Agriculture Officer, Dhanbad; and Mritunjay Sharma, Assistant Registrar, IIT (ISM) Dhanbad.

Their participation brings together an academic and innovation institution, an agritech startup and the district agriculture administration around a practical environmental and agricultural challenge.

The initiative is also consistent with the broader relationship between Sansar Green and IIT (ISM) Dhanbad. Hindustan previously reported Sansar Green’s collaboration with IIT (ISM) Dhanbad on AI-driven organic farming solutions, including soil-health analysis and the development of region-specific bio-input solutions.

Rajeev Singh & Sansar Green: Connecting Waste Management with Soil Health

For Rajeev Singh and Sansar Green, the initiative extends beyond conventional composting.

The proposed approach seeks to retain the organic value of dry leaves and improve the decomposed material through nutrient and microbial enrichment.

Beneficial microorganisms are an important part of this concept because biological processes in soil contribute to nutrient cycling and overall soil functioning.

This creates a broader framework:

Waste to Wealth | Soil Health | Beneficial Microorganisms | Organic Farming | Circular Economy

The objective is therefore not simply to dispose of leaves differently, but to explore how biological waste can be converted into a useful soil resource.

From IIT (ISM) Dhanbad Campus to Farmers

The potential applications of the finished organic manure extend beyond waste management.

Hindustan reports that the initiative is intended to benefit public spaces and agriculture, with the processed material supporting improved soil health and organic farming.

Such enriched organic material could have applications in campus gardens, nurseries, plantations, landscaping and other green areas, while the broader initiative envisages benefits for farmers and other users.

This creates a cycle in which biological material generated locally can potentially be processed locally and returned to productive use.

A Practical Waste-to-Wealth Model

One of the strongest aspects of the initiative is its simplicity.

A material already available in abundance—fallen leaves—is treated as the starting point.

Instead of:

Dry Leaves → Burning / Disposal → Waste

the proposed model seeks to establish:

Dry Leaves → Processing → Biological Enrichment → Soil Resource → New Plant Growth

This represents the fundamental principle of a circular economy: retaining the value of a resource for as long as practicable rather than allowing it to become waste after a single stage of use.

IIT (ISM) Dhanbad’s Focus on Environmental Innovation

The initiative also demonstrates how an educational and research institution can become a setting for practical sustainability solutions.

Hindustan quoted Prof. Alok Kumar Das as describing dry leaves as a useful source of organic matter rather than waste, with the effort intended to contribute both to waste management and soil health.

By connecting institutional knowledge with startup-led implementation, initiatives of this nature can potentially serve as demonstration models before being considered for wider applications.

Hindustan Coverage Brings the Initiative to a Wider Audience

Hindustan’s coverage gives public visibility to an environmental issue that affects universities, government campuses, industries, residential complexes and cities across India.

Every year, large quantities of leaves and other biodegradable materials are generated. How those resources are managed can influence both waste-management systems and environmental outcomes.

The IIT (ISM) Dhanbad and Sansar Green initiative offers a different perspective:

A fallen leaf is not automatically waste.

It contains organic matter that can potentially be processed and returned to the soil.

For Rajeev Singh and Sansar Green, this approach connects the company’s work in soil health, microbial technology and sustainable agriculture with a practical environmental application.

For IIT (ISM) Dhanbad, it provides an opportunity to explore an institution-based model of sustainable green-waste management.

From Dry Leaves Back to Living Soil

The larger message behind the initiative is simple:

Don’t burn a biological resource when it can be reused.

Don’t discard organic matter when it can potentially return to the soil.

Through scientific decomposition, nutrient enrichment and beneficial microorganisms, dry leaves can become part of another biological cycle.

From fallen leaves to organic manure, and from organic manure back to plants and soil—the initiative demonstrates what “Waste to Wealth” can mean in practical terms.

The Hindustan coverage of 16 September 2026 brings this idea into wider public focus and highlights the collaboration involving IIT (ISM) Dhanbad, Sansar Green and Rajeev Singh in exploring a more sustainable approach to green waste and soil health.

The post Media Coverage: Hindustan Highlights IIT (ISM) Dhanbad & Sansar Green Initiative to Transform Dry Leaves into Organic Manure appeared first on Sansar Green .

Rajeev Singh Honoured at Usha Martin University: Discussing the Future of Organic Farming in Jharkhand

In a proud moment for agricultural innovation and environmental sustainability, Rajeev Singh, Founder of Sansar Green and Harit Sansar, was recently honoured at Usha Martin University, Ranchi. This recognition celebrates his relentless efforts to advance organic farming, empower local farmers, and drive sustainable agricultural practices across Jharkhand.

Organic Farming: A Golden Opportunity for Jharkhand

Local Solutions for Local Soil

• Soil-specific bio-inputs and locally suitable microbial solutions.
• Comprehensive soil testing and customized crop advisory.
• Hands-on farmer training and robust market linkages.

Harit Sansar: A Mission Beyond the Fields

Empowering Farmers & Igniting Youth Entrepreneurship

• Bio-input production and agricultural processing.
• Value addition and sustainable packaging.
• Technology services and agri-startups.

From Soil to Mandi: A Larger Vision

“This honour is not merely an achievement; it gives me greater responsibility and renewed motivation. My dream is to see Jharkhand’s farmers understand the true potential of their soil and become more self-reliant and prosperous through science, organic farming, and modern technology.”

A Collaborative Future: Academia, Science, Farmers, and Youth

A sincere note of gratitude to Usha Martin University for the prestigious honour, warm hospitality, and deeply meaningful interaction. This recognition serves as fuel to continue working with even greater commitment toward Jharkhand’s farmers, soil, environment, and future generations.

Healthy Soil • Prosperous Farmers • Green Jharkhand

The post Rajeev Singh Honoured at Usha Martin University: Discussing the Future of Organic Farming in Jharkhand appeared first on Sansar Green .

Giridih’s AgriTech initiative reaches a national technology platform

Dhanbad | 9 August 2026

Agricultural innovation from Giridih, Jharkhand, came into focus at IIT (ISM) Dhanbad as Rajeev Singh, entrepreneur and Director of Sansar Green Mission Pvt. Ltd., held a meaningful discussion with Prof. Sukumar Mishra, Director, IIT (ISM) Dhanbad, on soil testing, soil health and technology-driven solutions for farmers.

The interaction took place during the 20th Symposium on National Frontiers of Engineering (NatFoE) & Innovation in Manufacturing Practices (IMP) 2026, a national-level gathering that brought together scientists, researchers, academicians, technology experts, industry representatives and innovators from across India.

Soil-testing innovation at the centre of discussion

During the interaction, Rajeev Singh shared the concept of his soil-testing prototype and discussed the need for simple, scientific and practical technologies that can help farmers understand the condition of their soil and its nutrient requirements.

The initiative focuses on making soil assessment more accessible and useful at the farm level. The broader objective is to connect scientific soil information with practical agricultural decision-making.

Focus on farmer-centric technology

The discussion with Prof. Sukumar Mishra covered soil health, technology-enabled agriculture, farmer-centric innovation, research and the possibilities of taking technology from research and development environments to the field.

A key aspect of the discussion was the importance of developing agricultural technology around the actual needs of farmers. Solutions need to be scientifically sound while also being practical, affordable and easy to understand.

Rajeev Singh highlighted that meaningful agricultural innovation begins with identifying real challenges faced by farmers and developing solutions around those challenges.

From Giridih to IIT (ISM) Dhanbad

For Rajeev Singh, the interaction represents an important step in taking an agricultural innovation emerging from Giridih to a national technology ecosystem.

IIT (ISM) Dhanbad provided an opportunity to engage with one of India’s prominent technical institutions and discuss the potential of applying technology and scientific knowledge to agricultural challenges.

The participation also highlights the growing potential of Jharkhand’s AgriTech and grassroots innovation ecosystem.

Connecting research with the farmer

The discussion emphasised the importance of creating stronger connections between scientific research, engineering, entrepreneurship and agriculture.

Soil testing can play an important role in helping farmers understand their fields and make better-informed decisions regarding crop nutrition and soil management. Making such information easier to obtain and understand can contribute to more efficient and scientific agricultural practices.

Rajeev Singh’s approach is centred on taking this scientific understanding closer to farmers through practical technology.

A significant interaction for Jharkhand

The participation of a Giridih-based agricultural entrepreneur at a national technology platform such as IIT (ISM) Dhanbad is significant for Jharkhand.

The state has considerable potential in agricultural innovation, AgriTech, sustainable agriculture and farmer-focused entrepreneurship. Interactions between local innovators and leading technical institutions can create opportunities for research, technology development and future collaboration.

The engagement between Prof. Sukumar Mishra and Rajeev Singh reflects the importance of such connections in building solutions that address real agricultural challenges.

Looking ahead

The objective of the soil-testing initiative is to continue developing a practical and scientifically grounded solution that can help farmers better understand their soil and make informed agricultural decisions.

For Rajeev Singh and Sansar Green Mission, the larger vision is to connect science, technology and agriculture in a way that creates tangible value for farmers.

The interaction at IIT (ISM) Dhanbad marks another step in taking Giridih’s agricultural innovation to a wider national platform.

Better understanding of soil. Better nutrition. Better crops. Stronger farmers.

The post Prof. Sukumar Mishra and Rajeev Singh Discuss Soil Testing Innovation and Farmer-Centric Technology at IIT (ISM) Dhanbad appeared first on Sansar Green .

In a significant step towards advancing India’s agricultural innovation ecosystem, Rajeev Singh, Founder & Director of Sansar Green Mission Pvt. Ltd., held a strategic discussion with the Chairman of the Centre for Innovation, Incubation & Entrepreneurship (CIIE), IIT (ISM) Dhanbad, along with professors and researchers specializing in Artificial Intelligence, Robotics, Automation, Data Science, Electronics, and Smart Systems.

The meeting focused on exploring how emerging technologies can revolutionize Indian agriculture through AI-powered soil intelligence, robotics, Internet of Things (IoT), sensor technologies, cloud computing, and data analytics. The objective was to identify collaborative opportunities for developing intelligent solutions that empower farmers with real-time, science-based decision-making.

Vision for a National Soil Intelligence Platform

During the discussion, Rajeev Singh presented Sansar Green’s long-term vision of creating a National AI-Based Soil Intelligence Platform capable of providing real-time soil health monitoring, live nutrient analysis, and continuously updated field data.

Unlike conventional laboratory-based soil testing, the proposed platform would integrate field sensors, robotics, artificial intelligence, and cloud computing to create a digital ecosystem where farmers receive instant, location-specific recommendations based on continuously updated information.

The proposed platform would include:

• AI-powered soil nutrient analysis
• Robotics-assisted soil sample collection
• IoT-enabled smart soil sensors
• GPS and GIS-based field mapping
• Live cloud synchronization of soil data
• Historical soil health records
• Crop-specific fertilizer recommendations
• Predictive nutrient deficiency analysis
• Mobile applications for farmers
• AI-driven decision support systems

The vision is to enable farmers to move from periodic soil testing to continuous soil intelligence, resulting in better productivity, lower input costs, and healthier soils.

Robotics for Precision Agriculture

A major focus of the meeting was the application of robotics in modern agriculture. Faculty members and researchers discussed how robotic technologies can automate several field operations, reducing manual effort while improving precision and efficiency.

Potential applications discussed included:

• Autonomous soil sampling robots
• Multi-location nutrient detection
• Soil moisture and temperature monitoring
• Real-time pH and electrical conductivity measurement
• Smart field mapping using GPS
• Integration with drones for crop monitoring
• Automated data collection and cloud synchronization
• Intelligent monitoring of field conditions

These technologies have the potential to transform traditional agricultural practices into intelligent, data-driven farming systems.

Artificial Intelligence for Smarter Farming

The discussions also explored how Artificial Intelligence can assist farmers by converting field data into actionable recommendations.

AI-based systems could support:

• Crop selection based on soil characteristics
• Precision nutrient management
• Irrigation scheduling
• Biofertilizer and organic input recommendations
• Disease and pest risk prediction
• Yield forecasting
• Climate-responsive farming advisories
• Long-term soil health management

By continuously learning from field data, AI models can improve the accuracy of recommendations and help farmers maximize productivity while minimizing resource wastage.

Industry–Academia Collaboration

The meeting highlighted the critical role of collaboration between research institutions and innovative startups in accelerating technological advancement.

Discussions covered several areas of potential collaboration, including:

• Joint research in AI and Robotics for Agriculture
• Development of indigenous smart soil sensors
• Robotics and automation for field operations
• Machine learning models for agricultural analytics
• Prototype development and field validation
• Technology incubation through CIIE
• Intellectual property and patent development
• Commercialization of agricultural technologies
• Pilot projects in precision farming

The participants emphasized that combining academic research with practical field experience can significantly accelerate the development of affordable and scalable technologies for Indian farmers.

Rajeev Singh’s Vision

Speaking after the meeting, Rajeev Singh, Founder & Director of Sansar Green Mission Pvt. Ltd., said:

“Agriculture is entering a new era where every farming decision should be supported by scientific data. Artificial Intelligence, Robotics, IoT, and cloud computing have the potential to redefine soil health management in India. Our vision is to develop an intelligent soil ecosystem that provides farmers with real-time information, personalized recommendations, and predictive insights to improve productivity while protecting soil health. Collaboration with IIT (ISM) Dhanbad will help bridge world-class research with practical agricultural innovation.”

Rimi Singh on Innovation

Rimi Singh, Managing Director of Sansar Green Mission Pvt. Ltd., added:

“The future of agriculture will be shaped by intelligent technologies that are practical, affordable, and accessible to every farmer. Our discussions with IIT (ISM) Dhanbad reinforce our belief that Artificial Intelligence and Robotics can revolutionize soil health management by delivering real-time insights that improve productivity while preserving our natural resources. We are committed to transforming scientific research into solutions that create measurable impact at the grassroots level.”

A Shared Vision for the Future

The discussions concluded with a shared understanding that the future of Indian agriculture lies in the integration of Artificial Intelligence, Robotics, Smart Sensors, IoT, Cloud Computing, and Data Analytics.

Rajeev Singh emphasized that India’s next agricultural revolution will not only depend on improved seeds and fertilizers but also on intelligent technologies capable of providing farmers with real-time insights and scientific recommendations. By integrating digital technologies into soil health management, farmers can improve productivity, optimize fertilizer use, reduce production costs, and promote sustainable farming practices.

The meeting also explored opportunities for collaborative research, prototype development, technology validation, startup incubation, and future commercialization of indigenous agricultural technologies developed through industry–academia partnerships.

The interaction marked an important milestone in strengthening the relationship between Sansar Green Mission Pvt. Ltd. and IIT (ISM) Dhanbad. Both sides expressed interest in exploring future collaborative initiatives that combine academic excellence with practical agricultural innovation to develop scalable, technology-driven solutions for Indian farmers.

As India moves towards Digital Agriculture and Precision Farming, collaborations between leading research institutions and innovative agritech companies have the potential to create transformative solutions that enhance productivity, improve soil health, and contribute to a more sustainable and resilient agricultural ecosystem.

The post Rajeev Singh and IIT (ISM) Dhanbad Explore AI & Robotics for Next-Generation Soil Intelligence appeared first on Sansar Green .