About the Course
The “Design of Towers and High-Rise Structures” course is a premier opportunity to develop technical expertise in the field of skyscraper engineering. This program focuses on the latest global standards and methodologies used in the design of tall buildings. As the 2026 labor market demands more specialists in civil and structural engineering for mega-cities, this course provides the advanced tools and knowledge necessary to participate in high-profile international projects through a rigorous scientific approach.
Course Objectives
- Understand the fundamental engineering principles of tower and high-rise design.
- Master international building codes and specifications (e.g., ASCE, ACI, and IBC).
- Acquire skills to analyze complex structural loads, including gravity and lateral forces.
- Develop proficiency in using modern structural analysis software for skyscraper modeling.
- Enhance expertise in preparing professional execution and shop drawings for tall buildings.
- Study critical safety, stability, and serviceability challenges unique to high-rise structures.
- Enable participants to conduct professional technical reviews on existing high-rise designs.
Course Syllabus
Day 1: Introduction to Tower and High-Rise Engineering
- Core concepts: Defining high-rise structures and their various classifications.
- The strategic role of towers in modern urban development and 2026 smart cities.
- Review of iconic global skyscraper projects and their design innovations.
- In-depth look at international codes: ASCE 7, ACI 318, and IBC.
Day 2: Structural Analysis: Loads and Forces
Focusing on Wind Engineering and Seismic Analysis, where the wind pressure $q_z$ is a critical design variable.
- Classification of loads: Dead, Live, and Lateral Loads.
- The dynamic impact of wind and seismic activity on tall structures.
- Mathematical modeling techniques for force analysis in skyscrapers.
- Safety principles in material selection: High-strength concrete and structural steel.
Day 3: Designing Structural Systems for Towers
- Exploring Lateral Force Resisting Systems (LFRS): Moment-resisting frames, shear walls, and core systems.
- Optimizing structural systems based on building height and aspect ratio.
- Foundations for high-rise buildings: Pile rafts and deep foundation design.
- Case studies on hybrid and composite structural systems.
Day 4: Digital Modeling and Engineering Software
Utilizing industry-standard software to simulate real-world behavior.
- Introduction to ETABS and SAP2000 for high-rise analysis.
- Step-by-step modeling of a skyscraper in a digital environment.
- Interpreting analysis results: Deflection, drift, and base shear.
- Digital model auditing: Identifying and correcting common modeling errors.
Day 5: Execution Drawings and Coordination
- Phases of preparing detailed execution (shop) drawings for skyscrapers.
- Multidisciplinary coordination: Civil, Architectural, and MEP integration.
- Design review for efficiency, cost-optimization, and long-term safety.
- Challenges in maintenance, facade engineering, and structural health monitoring.
