The construction industry is undergoing a transformative shift driven by technology and the need for efficient project management. Our conference brings together professionals, researchers, and practitioners to explore innovations in BIM, sustainable practices, and digital construction. Attendees will gain insights into cutting-edge technologies like automation, augmented reality and IoT, revolutionizing construction processes. We highlight sustainable construction, showcasing innovative materials, energy-efficient technologies, and waste reduction strategies. By fostering collaboration among academia, industry, and tech providers, we propel the industry towards an efficient, sustainable, and technologically advanced future. The conference encourages knowledge exchange, networking, and hands-on exploration through keynote presentations, panel discussions, and technical sessions. Additionally, we address geotechnical engineering advancements, including computational geotechnics, remote sensing, soil behaviour, instrumentation and challenges in extreme environments, sustainability, and risk analysis. We delve into sustainable technologies for environmental management, such as water treatment, waste management, climate adaptation, and air pollution research. By promoting collaboration, we advance sustainable practices. Furthermore, we focus on sustainable transportation, addressing global challenges, exploring innovative solutions, and discussing intelligent transportation, electric vehicles, public transit, and renewable energy integration. The conference serves as a forum for disseminating contributions and exchanging knowledge in sustainable transportation. In the water resources domain, we provide a platform for professionals, academicians, and researchers. Understanding water balance and management is crucial. Challenges include representing complex hydrological processes, climate change projections, and integrating surface-water and groundwater interactions into models. Irrigation and drainage management tackle scarcity, inefficiency, and waterlogging. Managing flow, sediment transport, and channel morphology is vital for river systems. Addressing erosion, bank instability, hydraulic structures, sediment, and channel changes maintains river function. Climate change affects precipitation, extreme events, and water availability, requiring adaptation and resilience. AI and ML offer tools for demand forecasting, flood management, resource optimization, drought monitoring, and early warning. The conference disseminates contributions in hydraulics and water resources, focusing on sustainable solutions.