Structural optimization is reshaping civil engineering by improving efficiency, reducing costs, and addressing environmental impacts. This course delves into the latest advancements in optimization methods, including size, shape, and topology optimization, and their applications to create sustainable and high-performance structures. Participants will explore key mathematical programming and metaheuristic algorithms, gaining insights into their strengths, limitations, and implementation in real-world projects.

Through case studies and practical tools, this course equips professionals with knowledge of modern computational techniques, enabling them to tackle challenges in design and construction while optimizing resource use.

Key topics include:

• Fundamentals of size, shape, and topology optimization in structural design.
• Metaheuristic algorithms and their applications in complex optimization problems.
• Strategies to minimize environmental impacts through structural innovation.