Dr. Al-Eesa, Chairman, SCAND EXPERTS HUB introduced a course on Sustainable Structural Engineering, titled “Shaping a Sustainable Future: Navigating the Evolution of Structural Engineering.” The course aims to guide engineers in embracing urgency, recognizing the environmental impacts, and fostering resilient designs.
The lecture emphasized the collaborative nature of sustainable design, showcasing interdisciplinary approaches for optimal results. These approaches included collaboration with architects, material scientists, environmental engineers, urban planners, and renewable energy experts.
Traditional construction materials were discussed, focusing on challenges such as resource depletion. Dr. Al-Eesa highlighted technological advancements that offer energy-efficient alternatives, promoting a shift towards more sustainable practices.
Dr. Al-Eesa delved into the significant carbon emissions associated with traditional construction practices, impacting climate, resources, and energy dependency. He emphasized the importance of addressing construction waste challenges through comprehensive reduction and recycling strategies.
The lecture covered globally recognized green building certification systems, including LEED, BREEAM, and Green Star. Dr. Al-Eesa highlighted their pivotal role in guiding designs towards sustainable outcomes, influencing architects and developers to prioritize energy-efficient systems and environmentally friendly practices.
The lecture introduced Life Cycle Assessment (LCA) as a systematic method for assessing environmental impacts. Dr. Al-Eesa emphasized the role of environmental performance metrics, such as embodied energy and carbon footprint, in quantifying and comparing the sustainability of different designs, materials, and construction procedures.
In conclusion, Dr. Eng. Azmi Al-Eesa’s lecture provided invaluable insights into the multifaceted aspects of sustainable structural engineering. The course, along with collaborative interdisciplinary approaches and a focus on environmental performance metrics, positions students to navigate the evolving landscape of structural design with a keen eye on sustainability.