Sustainable Built Environment: Green Materials, Energy-Efficient Systems and Smart Construction Technologies

Sustainable Built Environment: Green Materials, Energy-Efficient Systems and Smart Construction Technologies
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Sustainable Built Environment: Green Materials, Energy-Efficient Systems and Smart Construction Technologies

June 29, 2026
3 min read
Civil Engineering

National Level Online Faculty Development Programme on "Sustainable Built Environment: Green Materials, Energy-Efficient Systems and Smart Construction Technologies" Successfully Conducted

The Department of Civil Engineering, SRM TRP Engineering College, in association with the Indian Green Building Council (IGBC) and the Indian Concrete Institute (ICI), successfully organized a National Level Online Faculty Development Programme (FDP) on "Sustainable Built Environment: Green Materials, Energy-Efficient Systems and Smart Construction Technologies" from 29th June 2026 to 4th July 2026.

The six-day FDP witnessed enthusiastic participation from academicians, faculty members, research scholars, practicing civil engineers, and industry professionals from across the country. The programme featured insightful technical sessions delivered by distinguished academicians, scientists, researchers, and industry experts representing premier institutions and organizations including CSIR–Central Building Research Institute (CBRI), CSIR–North East Institute of Science and Technology (NEIST), Chandigarh University, National Institute of Technology (NIT) Calicut, National Institute of Technology (NIT) Andhra Pradesh, Malla Reddy University, Mahindra University, UltraTech Cement, Adani Cement, and SRM TRP Engineering College.

The FDP covered a broad spectrum of emerging topics in sustainable construction, including green building materials, advanced concrete technologies, smart construction practices, structural health monitoring, corrosion prevention, energy-efficient systems, artificial intelligence and digital twin applications in civil engineering, smart materials and sensors, and sustainable infrastructure development. The expert sessions effectively combined theoretical concepts with practical case studies, enabling participants to gain valuable insights into the latest innovations shaping the future of the construction industry.

The programme successfully achieved its intended learning outcomes. At the end of the FDP, participants were able to:

Gain in-depth knowledge of green materials, energy-efficient systems, and smart construction technologies for sustainable infrastructure development.
Integrate sustainability concepts and green building practices into engineering education, curriculum development, and professional practice.
Explore recent advancements in smart materials, AI-driven construction technologies, Building Information Modelling (BIM), digital twins, and structural health monitoring.
Understand innovative approaches to corrosion protection, high-performance concrete, and sustainable construction materials for enhancing infrastructure durability.
Identify emerging research opportunities and collaborative initiatives aligned with national priorities in sustainable development and smart cities.

The programme provided an excellent platform for knowledge exchange, interdisciplinary collaboration, and professional networking among experts, researchers, and educators. The interactive discussions, expert guidance, and real-world case studies were highly appreciated by the participants, enriching their understanding of sustainable engineering practices and innovative construction technologies.

The Department of Civil Engineering expresses its sincere gratitude to all the distinguished resource persons, IGBC, ICI, industry partners, participants, and the Management of SRM TRP Engineering College for their invaluable support and contribution in making the National Level Faculty Development Programme a grand success.

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Sustainable Built Environment: Green Materials, Energy-Efficient Systems and Smart Construction Technologies

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