Back close

Sustainable Architecture Solutions – Compressed Earth Block Technology for Rural Housing

Start Date: Friday, Dec 01,2017

End Date: Wednesday, Jan 31,2018

Thematic Area: Waste Management & Infrastructure

Project Incharge:Pradhipa L., Thiviya S.K., and Ashwathy G. Krishnan
Co-Project Incharge:Dr. Anil Kumar Sharma
Co-Project Incharge:Mr. Harish Mohan,Dr. Anil Kumar Sharma
Sustainable Architecture Solutions – Compressed Earth Block Technology for Rural Housing

Thematic Area: Waste Management & Infrastructure

Project Guides: Dr. Anil Kumar Sharma, Department of Civil Engineering and Mr. Harish Mohan, AMMACHI Labs

International Partner: Nicole Little, University at Buffalo, U.S.

Amrita Partner: Pradhipa L., Thiviya S.K., and Ashwathy G. Krishnan, Department of Civil Engineering

Village: Dewgain, Jharkhand

Project Duration: 1 month


Identified Challenge & Aim:

Rural communities have always been known for their deep connection to their surrounding environment. Their use of natural resources to build earthen homes is a testament to this age-old tradition. However, with changing climatic conditions and ambivalent weather patterns village residents were unable to keep up with the continuous cost of maintenance and switched to subsidized concrete government housing. Concrete houses, however, are hot in the summer and cold in the winter presents a different set of challenges to village residents. To address these various challenges, the student team, guided by Dr. Anil Sharma and Mr. Harish Mohan, proposed to utilize rammed earth technology.


The Study/Innovation:

The team first studied current house construction methods in the village and interviewed village residents about their attitudes and perceptions towards rural housing. They subsequently collected several soil samples to determine the best combination of soil and the best site to later build a model house. The team conducted several tests on site to understand the correct mix of soil, lime, and sand and made several block moulds to show villagers. The team combined traditional knowledge of house construction with modern masonry and proposed an innovative design for a model house that is strong, safe, and economically viable.


Addresses Sustainable Development Goals:

Related Projects

Self-E
Self-E
The SMART SHG Project – Sustainable Management to Achieve Social Responsibility using Technology and Training
The SMART SHG Project – Sustainable Management to Achieve Social Responsibility using Technology and Training
Analysis of Seepage Induced Soil Mass Movements and Stabilization using Vertical Sand Drains
Analysis of Seepage Induced Soil Mass Movements and Stabilization using Vertical Sand Drains
Development of high volume fly ash foam concrete wall Panel using rice straw as thermal insulation material
Development of high volume fly ash foam concrete wall Panel using rice straw as thermal insulation material
E-Learning Technologies and Software
E-Learning Technologies and Software
Admissions Apply Now