Training course

Overview

Building Technology is a comprehensive professional training course designed to develop a practical and integrated understanding of the technologies, materials, systems, methods, and processes used in modern building design, construction, inspection, operation, and maintenance. The course examines building components from foundations and structural systems through walls, floors, roofs, façades, finishes, building services, environmental systems, and digital technologies. Participants develop the technical knowledge required to understand how building elements interact and how appropriate construction technologies contribute to safety, durability, functionality, energy performance, sustainability, and occupant comfort.

Building Technology provides a structured foundation in construction materials, building systems, construction methods, technical drawings, specifications, building codes, quality requirements, and site execution practices. Participants explore concrete, masonry, steel, timber, glass, composites, insulation, waterproofing, finishes, prefabricated components, modular systems, and modern façade technologies. Relevant standards and frameworks, including International Building Code concepts, Eurocodes, ASTM and ISO standards, building performance principles, fire-safety requirements, accessibility considerations, and sustainable construction frameworks, are incorporated to support sound technical decision-making.

The course also addresses modern building services and performance technologies, including electrical systems, plumbing, drainage, HVAC, fire protection, vertical transportation, lighting, building automation, renewable energy, and smart building systems. Participants learn how these systems are coordinated with architectural and structural requirements using Building Information Modeling, clash detection, digital documentation, commissioning procedures, and performance monitoring. Practical exercises, technical inspections, material-selection scenarios, construction case studies, and problem-solving activities reinforce the connection between design intent and actual building performance.

By the end of this 10-day Building Technology training course, participants will be able to evaluate building systems, construction technologies, materials, workmanship, technical documentation, building services, performance requirements, and emerging construction solutions. The program progresses from foundational building science and construction methods to advanced topics such as energy efficiency, sustainable construction, BIM, smart buildings, prefabrication, resilience, commissioning, and lifecycle performance. Participants will gain practical tools and structured approaches for making informed technical decisions and managing building technology throughout the construction and operational lifecycle.

Course Duration

10 Days (80 Hours)

Target Participants

·         Architects and Architectural Technologists

·         Civil, Structural, Mechanical, and Electrical Engineering Professionals

·         Building Technology and Construction Professionals

·         Building Surveyors and Quantity Surveyors

·         Construction Managers and Site Managers

·         Project Managers and Project Engineers

·         Building Inspectors and Technical Inspectors

·         Facilities and Property Management Professionals

·         Contractors, Subcontractors, and Construction Supervisors

·         Building Services and MEP Professionals

·         Developers, Asset Managers, and Property Professionals

·         Professionals seeking practical knowledge of modern building technologies and construction systems

Course Objectives

By the end of the training, participants will be able to:

·         Explain fundamental building technology principles and the relationship between building components and systems

·         Interpret architectural, structural, MEP, construction, and technical drawings

·         Evaluate building materials based on performance, durability, constructability, cost, and environmental considerations

·         Understand foundation systems, structural frames, walls, floors, roofs, façades, and building envelope technologies

·         Apply appropriate construction methods for concrete, masonry, steel, timber, glazing, finishes, and prefabricated systems

·         Assess building envelope performance, moisture control, waterproofing, insulation, thermal performance, and air tightness

·         Apply relevant building codes, standards, specifications, inspection requirements, and quality-control practices

·         Understand plumbing, drainage, electrical, HVAC, fire protection, lighting, and vertical transportation systems

·         Coordinate architectural, structural, and building services systems using BIM and digital construction tools

·         Identify common building defects, investigate their causes, and recommend appropriate corrective measures

·         Apply practical quality assurance and quality control techniques to building construction activities

·         Understand construction health, safety, environmental, and sustainability requirements

·         Evaluate energy efficiency, passive design, renewable energy, and sustainable building technologies

·         Understand fire safety, accessibility, occupant health, comfort, and building performance requirements

·         Apply prefabrication, modular construction, off-site manufacturing, and advanced building technologies

·         Understand building automation, smart building systems, sensors, IoT, and digital building management

·         Apply practical commissioning, testing, inspection, handover, and building performance verification procedures

·         Evaluate building lifecycle performance, maintainability, durability, and total cost of ownership

·         Apply structured troubleshooting, root cause analysis, defect investigation, and performance improvement techniques

·         Demonstrate integrated Building Technology knowledge through practical exercises, case studies, site scenarios, and a final capstone

Course Content

Day 1: Building Technology Foundations, Building Science, Drawings, and Construction Systems

Module 1: Building Technology Foundations, Building Science, Drawings, and Construction Systems

1.      Introduction to Building Technology and the Building Lifecycle

2.      Building Components, Systems, Functions, and Interdependencies

3.      Principles of Building Science and Building Performance

4.      Architectural Drawings, Specifications, Details, and Technical Documentation

5.      Structural Drawings, Engineering Information, and Construction Coordination

6.      Building Codes, Standards, Specifications, and Regulatory Requirements

7.      Site Investigation, Setting Out, Levels, Dimensions, and Construction Tolerances

8.      Construction Methods, Work Sequencing, and Buildability Principles

9.      Building Quality, Workmanship, Inspection, and Technical Documentation

10.  Practical Exercise: Interpreting a Complete Building Drawing Package and Developing a Construction Technology Review

Day 2: Foundations, Ground Floors, Structural Systems, and Building Frames

Module 2: Foundations, Ground Floors, Structural Systems, and Building Frames

1.      Building Loads, Structural Behavior, and Load Transfer

2.      Site and Ground Conditions Affecting Building Technology

3.      Shallow Foundations, Strip Foundations, Pad Foundations, and Raft Foundations

4.      Deep Foundations, Piles, Pile Caps, and Foundation Interfaces

5.      Ground Preparation, Earthworks, Compaction, and Subgrade Control

6.      Ground Floors, Slabs, Screeds, and Floor Construction Systems

7.      Reinforced Concrete Frames, Columns, Beams, and Slabs

8.      Structural Steel Frames, Connections, Fire Protection, and Corrosion Control

9.      Timber, Composite, and Hybrid Structural Building Systems

10.  Practical Case Study: Selecting and Evaluating a Foundation and Structural System for a Multi-Storey Building

Day 3: Walls, Façades, Roofs, Building Envelope, and Moisture Control

Module 3: Walls, Façades, Roofs, Building Envelope, and Moisture Control

1.      Building Envelope Principles and Environmental Separation

2.      Masonry Walls, Blockwork, Brickwork, and Mortar Systems

3.      Reinforced and Structural Masonry Construction

4.      Internal Partitions, Drywall Systems, and Lightweight Construction

5.      Curtain Walls, Cladding Systems, and Modern Façade Technologies

6.      Windows, Glazing, Doors, Shading Devices, and Solar Control

7.      Roof Structures, Coverings, Waterproofing, and Drainage Systems

8.      Thermal Insulation, Air Barriers, Vapour Control, and Thermal Bridging

9.      Damp Proofing, Waterproofing, Condensation, Moisture Ingress, and Building Envelope Defects

10.  Practical Inspection Exercise: Diagnosing Building Envelope Failures and Developing a Remedial Strategy

Day 4: Concrete, Masonry, Steel, Timber, Finishes, and Material Technology

Module 4: Concrete, Masonry, Steel, Timber, Finishes, and Material Technology

1.      Construction Material Selection and Performance Requirements

2.      Concrete Materials, Mix Design, Placement, Compaction, Curing, and Testing

3.      Concrete Durability, Cracking, Shrinkage, Defects, and Repair

4.      Masonry Materials, Construction Quality, Reinforcement, and Defect Prevention

5.      Structural Steel Materials, Fabrication, Erection, Welding, and Inspection

6.      Timber Technology, Moisture Control, Preservation, and Structural Applications

7.      Glass, Aluminium, Composites, and Advanced Building Materials

8.      Internal and External Finishes, Plastering, Rendering, Flooring, and Coatings

9.      Material Compatibility, Durability, Maintenance, and Lifecycle Performance

10.  Practical Materials Exercise: Developing a Technical Material Selection and Quality-Control Plan

Day 5: Building Services, Plumbing, Electrical, HVAC, Fire Protection, and Vertical Transportation

Module 5: Building Services, Plumbing, Electrical, HVAC, Fire Protection, and Vertical Transportation

1.      Building Services Coordination and MEP System Fundamentals

2.      Potable Water Supply, Storage, Distribution, and Plumbing Systems

3.      Drainage, Sanitary Systems, Stormwater, and Wastewater Management

4.      Electrical Distribution, Lighting, Earthing, and Building Power Systems

5.      Heating, Ventilation, and Air Conditioning Systems

6.      Indoor Air Quality, Thermal Comfort, Ventilation, and Building Health

7.      Fire Detection, Alarm, Suppression, and Fire Protection Systems

8.      Emergency Power, UPS Systems, Generators, and Building Resilience

9.      Lifts, Escalators, Vertical Transportation, and Accessibility Systems

10.  Practical Coordination Exercise: Reviewing an Integrated Building Services Layout and Identifying Technical Interfaces

Day 6: Building Quality, Inspection, Defects, Safety, and Environmental Management

Module 6: Building Quality, Inspection, Defects, Safety, and Environmental Management

1.      Building Quality Management Systems and ISO 9001 Principles

2.      Inspection and Test Plans, Checklists, Hold Points, and Witness Points

3.      Workmanship Inspection and Construction Quality Verification

4.      Building Defects, Snagging, Punch Lists, and Nonconformance Management

5.      Root Cause Analysis Using Five Whys, Fishbone, Pareto, and PDCA

6.      Construction Health and Safety Principles and ISO 45001 Concepts

7.      Building Site Hazards, Work at Height, Lifting, Excavation, and Electrical Safety

8.      Environmental Management and ISO 14001 Principles

9.      Construction Waste, Dust, Noise, Water, Pollution, and Site Environmental Controls

10.  Practical Defect Investigation: Inspecting a Defective Building and Preparing a Corrective Action and Prevention Plan

Day 7: Energy Efficiency, Sustainability, Fire Safety, Accessibility, and Building Performance

Module 7: Energy Efficiency, Sustainability, Fire Safety, Accessibility, and Building Performance

1.      Sustainable Building Technology and Whole-Building Performance

2.      Passive Design, Building Orientation, Solar Control, and Natural Ventilation

3.      Thermal Performance, Energy Modeling, Insulation, and Building Energy Efficiency

4.      Efficient Lighting, HVAC, Controls, and Building Energy Management

5.      Renewable Energy Technologies and Building-Integrated Energy Systems

6.      Water Efficiency, Rainwater Harvesting, Reuse, and Sustainable Water Systems

7.      Fire Safety Strategy, Means of Escape, Compartmentation, and Life Safety

8.      Universal Design, Accessibility, Inclusive Building Technologies, and User Safety

9.      Building Performance Monitoring, Indoor Environmental Quality, and Occupant Comfort

10.  Practical Sustainability Exercise: Developing an Energy and Environmental Improvement Plan for an Existing Building

Day 8: BIM, Digital Construction, Smart Buildings, and Advanced Building Technologies

Module 8: BIM, Digital Construction, Smart Buildings, and Advanced Building Technologies

1.      Building Information Modeling Fundamentals and Digital Construction

2.      BIM Coordination, Model-Based Design Review, and Clash Detection

3.      4D Construction Planning and Schedule Integration

4.      5D Cost Management and Quantity Information

5.      Common Data Environments and Digital Information Management

6.      Smart Buildings, Building Management Systems, and Automated Controls

7.      Sensors, Internet of Things, Remote Monitoring, and Building Analytics

8.      Digital Twins and Lifecycle Building Information

9.      Prefabrication, Modular Construction, Off-Site Manufacturing, and Industrialized Building

10.  Practical Digital Exercise: Developing a BIM-Based Building Coordination and Technology Integration Strategy

Day 9: Advanced Building Technology, Resilience, Innovation, and Lifecycle Asset Management

Module 9: Advanced Building Technology, Resilience, Innovation, and Lifecycle Asset Management

1.      Advanced Building Systems Integration and Performance Optimization

2.      High-Performance Building Envelopes and Advanced Façade Technologies

3.      Resilient Building Design and Climate Adaptation

4.      Seismic, Wind, Flood, Fire, and Extreme Weather Resilience Considerations

5.      Advanced Waterproofing, Durability, Corrosion Protection, and Building Preservation

6.      Building Automation, Artificial Intelligence, Predictive Maintenance, and Smart Analytics

7.      Advanced Materials, Low-Carbon Technologies, and Circular Construction

8.      Lifecycle Costing, Total Cost of Ownership, Maintainability, and Asset Management

9.      Building Performance Optimization, Failure Analysis, and Technical Decision-Making

10.  Advanced Case Study: Developing a Resilient, Sustainable, and Technology-Enabled Building Strategy

Day 10: Commissioning, Handover, Building Operations, Maintenance, and Integrated Capstone

Module 10: Commissioning, Handover, Building Operations, Maintenance, and Integrated Capstone

1.      Building Completion, Readiness Assessment, and Commissioning Planning

2.      Pre-Commissioning, Testing, Balancing, Verification, and Systems Integration

3.      Functional Performance Testing and Building Services Commissioning

4.      Building Envelope Testing, Water Tightness, Air Leakage, and Performance Verification

5.      Handover Documentation, As-Built Drawings, O&M Manuals, and Asset Registers

6.      Building Operations, Preventive Maintenance, Predictive Maintenance, and Asset Performance

7.      Defects Liability, Warranty Management, Post-Occupancy Evaluation, and Technical Support

8.      Building Performance Monitoring, Energy Management, and Continuous Improvement

9.      Integrated Building Technology Strategy, Lifecycle Optimization, and Future Technology Planning

10.  Integrated Building Technology Capstone: Evaluating, Designing, Constructing, Commissioning, and Optimizing a Complex Building System