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In Focus to INSDAG 
Bulletin
BoardLast date of registration: 04th December, 2024
Attention: Civil & Structural Engineers
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INSDAG's perspective: June 2024
Last date of Submission of EOI (Soft Copy) - November 10, 2024
Last date for ‘DESIGN’ Submission (Softcopy) – December 20, 2024
Last Date Extended up to for Submitting ‘EOI (Soft copy)’ – October 30, 2024,
for ‘DESIGN’ Submission (Softcopy) – December 10, 2024
A consolidation of Case Studies
Institute for Steel Development and Growth (INSDAG) is a not-for-profit, member-based organization established by the Government of India (Ministry of Steel) and Major Steel Producers of the Country in the year 1996 as a “Society” under Societies Registrations Act of West Bengal 1961.
Read More About INSDAGTo work in unison with all the stakeholders in the steel industry so as to evolve ways and means for more efficient usage of steel and provide optimum value to the customer
Creating awareness amongst potential users about benefits of steel use. Providing prompt advisory service on materials, construction practices, interpretation of codes etc. and creating an environment for better usage of steel. Organizing refresher courses / training programmers and offering better technical know - how, design aids and teaching aids. Communicating the benefits of steel vis-à-vis other competitive materials, through life cycle cost studies, where required. Providing requisite thrust to increase steel consumption in rural areas.
Steel-Concrete Composite Technology is a construction method that combines the strengths of both steel and concrete to create efficient, robust, and cost-effective structures. By integrating steel beams with concrete slabs, this technology optimizes the load-bearing capabilities, enhances the durability, and improves the fire resistance of buildings.
Light Gauge Steel Framing (LGSF) is an innovative construction method that utilizes thin steel sections, which are cold-formed into various shapes to create structural elements. This system is known for its strength, durability, and flexibility, making it ideal for both residential and commercial construction.
Green steel buildings are at the forefront of sustainable construction, utilizing environmentally friendly materials and processes to significantly reduce carbon emissions throughout the building lifecycle. These structures incorporate steel produced with lower carbon footprints, often through renewable energy sources and innovative manufacturing techniques. By adopting green steel, the construction industry not only enhances e.
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