Reg. No.F 429Registered UnderThe Bombay Public Trust Act 1950Registration Date13 Mar 1976
Community · Outreach · Change

Social Impact

Stories from the field — how the GS Mandal family is contributing beyond the classroom through outreach, service, awareness and social good.

Story 01 · Social Impact
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Sudamwadi Success Story: A Sustainable Model for Digitally Empowered Rural Education

Zilla Parishad Primary School, Sudamwadi, has emerged as an inspiring example of how technology, institutional collaboration and social commitment can transform rural education. With the joint support of MIT, Chhatrapati Sambhajinagar; Dr. Babasaheb Ambedkar Marathwada University; and the Rajiv Gandhi Science and Technology Commission, Government of Maharashtra, a modern computer laboratory was established to provide rural students with access to digital education and practical computer skills.

The initiative draws inspiration from Dr. Y. A. Kawade Sir, whose consistent encouragement and emphasis on the importance of rural education have guided MIT’s commitment to taking knowledge and technology beyond its campus. His vision reinforces the belief that children in rural communities deserve the same opportunities, educational resources and exposure to modern technology as students in urban areas.

The laboratory is based on the research project “Diskless Client Using Open Source Technology for School Education,” undertaken by Dr. B. S. Sonawane, Associate Professor, and Dr. Smita L. Kasar, Professor and Head, Department of Computer Science and Engineering, MIT. It consists of one central server and ten client computers. Initially, Linux and Ubuntu operating systems were implemented through diskless technology, allowing client computers to function without individual hard disks. This reduces hardware dependency, maintenance requirements and repair costs, making the model affordable, sustainable and particularly suitable for rural schools.

Windows facilities were subsequently introduced on all client computers to give students experience with a commonly used operating environment. Students now receive hands-on exposure to both open-source technologies and Windows, enabling them to develop practical and relevant digital capabilities.

The laboratory was inaugurated on 15 July 2023 by Dr. Pramod Yeole, then Vice-Chancellor of Dr. Babasaheb Ambedkar Marathwada University, in the presence of Prof. Munish Sharma, General Secretary, GS Mandal (MIT). It has remained regularly operational since its inauguration. MIT faculty members and students periodically visit the school to offer computer education, technical guidance and practical support. School teachers are also trained through a Train-the-Trainer model, enabling them to independently conduct computer classes and ensuring the long-term continuity of the programme.

The social impact of the initiative is clearly visible. School enrolment increased from approximately 110 students in 2023 to around 315 students in 2026. The school now attracts children from nearly 15 surrounding villages, with approximately 180 students travelling daily through two school buses and two Trax vans. Improved transportation and technology-enabled education have expanded access to quality learning for children who might otherwise have limited educational opportunities. The project has also strengthened parents’ confidence in government schooling, increased community participation and helped reduce the perceived educational gap between rural and urban areas.

Recognising this positive transformation, the Government of Maharashtra provided a new school building at an approximate cost of ₹1.37 crore, significantly improving the school’s infrastructure.

The school’s academic progress has been equally remarkable. In the “Mee Dnyani Honar” examination, which had more than eight lakh participants across Maharashtra, six Sudamwadi students secured positions among the state’s top ten meritorious students.

The Sudamwadi initiative is therefore much more than a computer laboratory. It is a replicable model of social and educational transformation that demonstrates how appropriate technology, trained teachers, continuous mentoring, institutional cooperation and community trust can empower rural students and create sustainable, high-quality learning opportunities.

For further details, you may also contact Prof. Babasaheb Sonawane at +91 98817 49819.

Story 02 · Social Impact
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Transforming Campus Food Waste into Clean Energy: The MIT Biogas Plant Project

G.S. Mandal's Maharashtra Institute of Technology (MIT), Chhatrapati Sambhajinagar, restored and operationalised its existing biogas plant during 2026 as an institutional initiative for sustainable waste management, renewable energy generation and experiential learning. The project converts biodegradable food waste generated by the Boys’ Hostel into useful biogas through anaerobic digestion. This creates a practical campus-level circular economy model in which waste is treated as a resource rather than being sent for conventional disposal.

The restoration focused on re-establishing the plant’s functionality, introducing regular feeding of biodegradable food waste, monitoring operational performance, recording gas utilisation and estimating the corresponding substitution of commercial LPG. From May to August 2026, the plant received and processed approximately 3,454 kg, or 3.454 tonnes, of food waste. Monthly quantities included 371 kg in May, 2,096 kg in June, 479 kg in July and 508 kg in August.

Between 25 May and 31 August 2026, the available gas-meter records documented 1,055 cubic metres of biogas utilisation. This quantity was estimated to be equivalent to approximately 441–443 kg of LPG, representing nearly 23 commercial LPG cylinders of 19 kg each. At an estimated local commercial LPG price of ₹2,700 per cylinder, the project generated financial savings of approximately ₹62,000 during the reporting period. These figures demonstrate the project’s potential to reduce the institute’s dependence on conventional fuel while recovering useful renewable energy from an existing waste stream. However, the report appropriately avoids claiming a specific reduction in greenhouse-gas emissions until a formal carbon-accounting assessment is completed.

The project also serves as a “living laboratory” for students and faculty. It offers practical exposure to anaerobic digestion, renewable energy technologies, organic waste management, circular economy principles, resource recovery, energy conservation and sustainability assessment. Students can connect theoretical engineering concepts with the operation, monitoring and evaluation of an actual waste-to-energy system. The records generated by the project can also support institutional sustainability reporting and provide quantitative evidence for NBA and NAAC assessments.

Social Impact

The initiative creates meaningful social benefits by promoting responsible behaviour towards food waste and encouraging students, hostel residents, faculty and staff to participate in sustainable campus practices. Diverting biodegradable waste from conventional disposal contributes to a cleaner and more hygienic campus environment, while reducing the burden associated with waste collection, transportation and handling. It also builds awareness that everyday waste can be transformed into a valuable energy resource.

By demonstrating a successful and measurable waste-to-energy solution, the project can inspire nearby educational institutions, hostels and communities to adopt similar decentralised biogas systems. Students participating in the project develop environmental responsibility, practical problem-solving abilities and skills relevant to renewable energy and sustainable development. The initiative contributes particularly to SDG 7—Affordable and Clean Energy, SDG 11—Sustainable Cities and Communities, SDG 12—Responsible Consumption and Production, and SDG 13—Climate Action.

Overall, the Biogas Plant Project Lab represents an effective integration of environmental responsibility, economic savings, education and social awareness, while establishing a strong foundation for future campus waste-to-energy initiatives.

For further details, you may also contact Prof. Kishore Patil at +91 92600 00123.