MaCAD 24/25 Structural Optimization seminar, Evolving Nakagin Tower: parametric structural model by students Anzhelika Ignateva and Leila Sheikhzadeh

This course introduces students to the principles, methods, and applications of structural optimisation in engineering design. It combines fundamental theory with computational techniques to equip participants with the ability to formulate and solve optimization problems relevant to structural engineering. Topics cover classical methods, modern algorithms, and practical case studies drawn from real-world projects in civil, mechanical, and architectural engineering. 

By the end of the course, students will be able to design efficient, innovative, and sustainable structures that balance performance, cost and safety.

MaCAD 24/25 Structural Optimization seminar, Evolving Nakagin Tower: parametric structural model by students Anzhelika Ignateva and Leila Sheikhzadeh

Learning Objectives

During the course students will:

• Identify opportunities for optimisation in structural design workflows.
• Formulate structural optimization problems with clear objectives, constraints, and design variables.
• Apply both traditional and heuristic optimisation methods to engineering problems.
• Use software tools to perform structural and topology optimisation.
• Evaluate optimisation results and translate them into practical design improvements.
• Integrate sustainability, cost, and constructibility considerations into optimisation strategies.