High Rise Building Systems and Construction Challenges Course

Training Outlines

Introduction

High-rise buildings behave as tightly coupled systems. Structural form, wind response, foundations, façade movement, vertical transportation, fire strategy, MEP distribution and construction sequence continually affect one another. Decisions made within one discipline can create major consequences for safety, programme, usable floor area and lifecycle performance.

This five-day course develops an integrated understanding of high-rise design and delivery. Participants examine lateral systems, foundation interaction, core planning, building services, façades and life-safety provisions, then connect these systems to cranes, material flow, concrete pumping, temporary works and tolerance management. The emphasis is on interface risks and practical controls for coordinated construction and commissioning.

Objectives

• Evaluate high-rise system integration requirements.
• Compare lateral-load resisting systems.
• Assess foundation and ground-interaction risks.
• Coordinate façades, MEP and vertical transport.
• Interpret high-rise fire and evacuation strategies.
• Plan construction sequence and vertical logistics.
• Control temporary works and dimensional tolerances.
• Develop an integrated delivery-risk plan.

Course Content

Day 1: High-Rise Performance and System Integration

• Height, slenderness and performance criteria
• Gravity and lateral load paths
• Core planning and usable efficiency
• Movement and intersystem interfaces
• Design coordination and information flow
• System-integration workshop

Day 2: Structure, Wind and Foundations

• Frames, walls and core systems
• Outriggers and bundled systems
• Wind response and occupant comfort
• Seismic performance considerations
• Rafts, piles and settlement interaction
• Structural-system comparison

Day 3: Façade, Services and Life Safety

• Façade loads and movement joints
• Water, air and thermal performance
• Vertical transportation and zoning
• MEP risers and pressure zones
• Fire compartments and smoke control
• Multisystem coordination case

Day 4: Construction Methods and Logistics

• Core-first and floor-cycle strategies
• Formwork and self-climbing systems
• Tower cranes and hoist planning
• Concrete pumping at height
• Material flow and constrained sites
• Vertical-logistics simulation

Day 5: Delivery Control and Commissioning

• Temporary works and stability
• Survey control and tolerance accumulation
• Wind-sensitive construction activities
• Quality and façade testing
• Integrated systems commissioning
• High-rise delivery plan