Day 1:
Dr. Anantha Singh T S
Assistant Professor
Department of Civil Engineering
National Institute of Technology, Calicut
TOPIC: Advanced Oxidation Process for Contaminant Removal
Summary:
The first day of the Faculty Development Program featured an insightful session by Dr. Anantha Singh T S from National Institute of Technology Calicut on the topic “Advanced Oxidation Process (AOP) for Contaminant Removal.” The lecture focused on modern and efficient techniques used in water and wastewater treatment to address emerging and persistent pollutants that are difficult to remove using conventional methods.
The speaker explained that Advanced Oxidation Processes are based on the generation of highly reactive species such as hydroxyl radicals, which possess strong oxidation potential capable of breaking down complex organic contaminants into simpler, less harmful compounds. Various AOP methods, including ozonation, UV/H₂O₂ treatment, and Fenton-based processes, were discussed in detail, along with their working principles and applications.
The session also highlighted the importance of AOPs in tackling industrial effluents, pharmaceutical residues, and other toxic pollutants that pose serious environmental and health risks. Advantages such as high efficiency, rapid reaction rates, and the ability to achieve complete mineralization of contaminants were emphasized. However, certain limitations like operational cost, energy requirements, and the need for process optimization were also addressed.
Overall, the lecture provided a comprehensive understanding of advanced treatment technologies and their growing significance in sustainable environmental engineering, encouraging participants to explore innovative solutions for water purification challenges.
Day 2:
Dr. Yuvaraj N
Associate Professor
VIT University, Vellore
TOPIC: AI-Driven Solutions for Smart Structures and Sustainable Cities
Summary:
The second day of the Faculty Development Program featured an engaging session by Dr. Yuvaraj N from VIT University on the topic “AI-Driven Solutions for Smart Structures and Sustainable Cities.” The session focused on the transformative role of artificial intelligence in modern civil engineering practices, particularly in the development of intelligent infrastructure and sustainable urban systems.
The speaker elaborated on how AI techniques such as machine learning, data analytics, and predictive modeling can be applied to monitor structural health, detect damages, and optimize maintenance strategies. Real-time data collected through sensors and IoT devices can be analyzed using AI algorithms to ensure safety, reduce risks, and extend the lifespan of structures. The integration of smart technologies in buildings and infrastructure was highlighted as a key step toward creating resilient and adaptive systems.
In addition, the session emphasized the application of AI in urban planning and smart city development. Concepts such as energy-efficient buildings, traffic management systems, waste management, and resource optimization were discussed, demonstrating how AI can contribute to environmental sustainability and improved quality of life. Case examples were used to illustrate how cities can become more efficient, responsive, and eco-friendly through data-driven decision-making.
Overall, the lecture provided valuable insights into the intersection of artificial intelligence and civil engineering, encouraging participants to adopt innovative, technology-driven approaches for designing and managing future-ready infrastructure.
Day 3:
Dr. Makendran C
Assistant Professor II
National Institute of Technology (NIT), Tiruchirappalli
TOPIC: Destructive and Non-destructive testing of Highway Engineering Projects
Summary:
The third day of the Faculty Development Program featured an informative session by Dr. Makendran C from National Institute of Technology Tiruchirappalli on the topic “Destructive and Non-Destructive Testing of Highway Engineering Projects.” The session focused on the importance of quality assessment and performance evaluation of materials and structures used in highway construction.
The speaker explained the fundamental differences between destructive testing (DT) and non-destructive testing (NDT). Destructive testing methods, such as compression and tensile strength tests, involve applying loads until failure to determine the material’s strength and behavior under stress. These tests provide accurate and detailed information but result in damage to the specimen. On the other hand, non-destructive testing techniques allow engineers to evaluate the condition and integrity of materials without causing any damage. Methods such as ultrasonic testing, rebound hammer tests, and ground-penetrating radar were discussed in detail.
The session also highlighted the practical applications of these testing methods in highway engineering projects, including pavement evaluation, detection of cracks, voids, and structural defects, as well as ensuring compliance with quality standards. Emphasis was placed on the role of NDT in maintenance and rehabilitation of existing road infrastructure, as it enables continuous monitoring and early detection of potential failures.
Overall, the lecture provided a balanced understanding of both testing approaches and their significance in ensuring safety, durability, and reliability in highway construction and maintenance. Participants gained valuable insights into modern evaluation techniques that support efficient infrastructure management.
Day 4:
Mr. Venkata Kishor S
Chief engineering manager
Buildings and Factories IC,L&T Construction Chennai
TOPIC: Design brief of “Statue of Oneness in Omkareshwar”
Summary:
The fourth day of the Faculty Development Program featured an industry-oriented session by Venkata Kishor S from L&T Construction on the topic “Design Brief of Statue of Oneness in Omkareshwar.” The lecture provided valuable insights into the planning, design, and execution of large-scale monumental structures.
The speaker presented an overview of the Statue of Oneness, highlighting its architectural significance and the engineering challenges involved in constructing such an iconic structure. Key aspects such as site selection, structural design considerations, material selection, and foundation requirements were discussed in detail. Special emphasis was placed on ensuring structural stability, durability, and resistance to environmental loads such as wind and seismic forces.
The session also covered the advanced construction techniques and project management strategies adopted during execution. Coordination between multidisciplinary teams, adherence to safety standards, and the use of modern technologies in design and construction were explained. The importance of precision, quality control, and timely project delivery in large infrastructure projects was also emphasized.
Overall, the lecture provided participants with practical exposure to real-world engineering applications, bridging the gap between theoretical knowledge and industry practices. It offered a comprehensive understanding of the complexities involved in executing landmark projects and highlighted the significance of innovation and teamwork in achieving engineering excellence.
Day 5:
Dr. Ashok M
Principal Scientist
Corrosion and Materials Protection Division
CSIR-Central Electrochemical Research Institute, Karaikudi
TOPIC: Corrosion Mechanisms, Protection Strategies and Advanced Intervention Techniques for Reinforced Concrete
Structures
Summary:
The final day of the Faculty Development Program featured a highly informative session by Dr. Ashok M from CSIR-Central Electrochemical Research Institute on the topic “Corrosion Mechanisms, Protection Strategies and Advanced Intervention Techniques for Reinforced Concrete Structures.” The session focused on one of the most critical challenges affecting the durability and service life of civil engineering structures.
The speaker explained the fundamental mechanisms of corrosion in reinforced concrete, emphasizing how environmental factors such as moisture, chlorides, and carbonation lead to the deterioration of steel reinforcement. The electrochemical nature of corrosion and its impact on structural integrity, including cracking, spalling, and reduction in load-carrying capacity, were discussed in detail.
The lecture further highlighted various protection strategies to prevent or minimize corrosion. These included the use of corrosion-resistant materials, protective coatings, cathodic protection techniques, and proper design practices to limit exposure to aggressive environments. The importance of quality construction and regular maintenance in enhancing the lifespan of structures was also emphasized.
In addition, advanced intervention techniques for repairing and rehabilitating deteriorated structures were presented. Methods such as electrochemical rehabilitation, use of inhibitors, and modern repair materials were discussed, along with their practical applications in extending the service life of existing infrastructure.
Overall, the session provided a comprehensive understanding of corrosion-related issues and modern engineering solutions, equipping participants with essential knowledge to design, maintain, and rehabilitate durable reinforced concrete structures.
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