Building Technology For Professionals

Training course

Overview

Building Technology for Professionals is a comprehensive professional training course designed to strengthen the applied technical knowledge and workplace capabilities of professionals involved in building design, construction, inspection, project management, engineering, facilities, and property development. The program provides a structured understanding of building systems, construction materials, structural components, building envelopes, building services, technical documentation, quality requirements, and construction processes. Participants develop practical skills for evaluating building technologies and coordinating technical requirements across the complete building lifecycle.

Building Technology for Professionals focuses on the practical application of building science, construction methods, technical standards, specifications, drawings, and quality-control principles. Participants examine foundations, structural systems, concrete, masonry, steel, timber, façades, roofing, waterproofing, insulation, glazing, finishes, and other building components. Relevant frameworks and standards, including ISO 9001, ISO 14001, ISO 45001, ISO 31000, applicable building codes, ASTM standards, Eurocodes, fire-safety requirements, accessibility principles, and sustainable building practices, are integrated into professional construction and technical decision-making.

The course also develops professional capability in building services and multidisciplinary coordination, covering plumbing, drainage, electrical systems, HVAC, fire protection, lighting, vertical transportation, building automation, and renewable energy systems. Participants learn to interpret technical drawings, identify interfaces between disciplines, inspect construction work, investigate defects, manage technical documentation, and support commissioning and handover. Practical tools such as inspection checklists, method statements, inspection and test plans, risk registers, defect reports, technical review templates, BIM coordination methods, and performance dashboards are incorporated throughout the training.

By the end of this 10-day Building Technology for Professionals training course, participants will be able to apply professional building technology principles to real-world construction and building-performance challenges. The program progresses from core building systems and materials to advanced topics including energy efficiency, sustainability, BIM, smart buildings, building diagnostics, resilience, lifecycle management, commissioning, and emerging construction technologies. Through practical exercises, case studies, technical inspections, problem-solving activities, and an integrated capstone, participants will develop the confidence to make technically sound decisions and contribute effectively to high-quality building projects.

Course Duration

10 Days (80 Hours)

Target Participants

·         Architects and Architectural Technologists

·         Civil, Structural, Mechanical, and Electrical Engineering Professionals

·         Building Technology Professionals and Construction Specialists

·         Project Managers, Project Engineers, and Construction Managers

·         Building Surveyors, Quantity Surveyors, and Technical Consultants

·         Site Engineers, Site Managers, and Construction Supervisors

·         Building Inspectors and Quality Control Professionals

·         Facilities, Property, and Asset Management Professionals

·         Building Services and MEP Professionals

·         Contractors, Subcontractors, and Construction Consultants

·         BIM and Digital Construction Professionals

·         Professionals seeking practical and integrated building technology expertise

Course Objectives

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

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

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

·         Apply building science principles to heat, air, moisture, energy, and occupant performance

·         Evaluate construction materials based on technical performance, durability, cost, sustainability, and constructability

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

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

·         Evaluate waterproofing, insulation, moisture control, thermal performance, and air-tightness requirements

·         Apply building codes, standards, specifications, tolerances, inspection requirements, and quality-control procedures

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

·         Coordinate architectural, structural, and MEP systems through effective multidisciplinary communication

·         Apply ISO 9001 principles and practical inspection and testing methods to building construction

·         Apply ISO 45001 and ISO 14001 principles to construction safety and environmental management

·         Apply ISO 31000 principles to building technology risk identification and mitigation

·         Identify, document, investigate, and resolve common building defects and construction nonconformities

·         Apply root cause analysis, Five Whys, Fishbone, Pareto, and PDCA techniques to building problems

·         Use BIM, digital documentation, mobile inspection tools, and building performance information effectively

·         Evaluate energy-efficient, sustainable, resilient, and resource-efficient building technologies

·         Understand smart buildings, building automation, IoT sensors, digital twins, and data-driven building management

·         Apply commissioning, testing, handover, maintenance, and lifecycle performance principles

·         Demonstrate integrated professional Building Technology capability through practical exercises, case studies, and an applied capstone

Course Content

Day 1: Building Technology Foundations, Professional Practice, and Building Systems

Module 1: Building Technology Foundations, Professional Practice, and Building Systems

1.      Building Technology Principles and the Modern Building Lifecycle

2.      Building Components, Functions, Systems, and Technical Interdependencies

3.      Building Science Fundamentals: Heat, Air, Moisture, and Energy

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

5.      Structural Drawings, Engineering Information, and Construction Coordination

6.      Building Codes, Standards, Regulations, and Performance Requirements

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

8.      Construction Methods, Buildability, Sequencing, and Work Planning

9.      Professional Technical Communication, Site Records, and Construction Reporting

10.  Practical Exercise: Reviewing a Building Drawing Package and Preparing a Professional Technology Assessment

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

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

1.      Building Loads, Structural Behavior, and Load Transfer Principles

2.      Ground Conditions, Site Investigation, and Foundation Selection

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

4.      Deep Foundations, Piles, Pile Caps, and Ground Improvement

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

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

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

8.      Structural Steel Frames, Connections, Erection, and Corrosion Protection

9.      Timber, Composite, and Hybrid Structural Systems

10.  Professional Case Study: Evaluating Foundation and Structural Options for a Multi-Storey Building

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

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

1.      Building Envelope Principles and Environmental Separation

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

3.      Internal Partitions, Drywall Systems, and Lightweight Construction

4.      Curtain Walls, Cladding, Rainscreen Systems, and Façade Technologies

5.      Windows, Doors, Glazing, Shading, and Solar Control

6.      Roof Structures, Roofing Materials, Waterproofing, and Drainage

7.      Thermal Insulation, Vapour Control Layers, Air Barriers, and Thermal Bridging

8.      Damp Proofing, Waterproofing, Condensation, and Moisture Management

9.      Building Envelope Defects, Inspection, Testing, and Remedial Techniques

10.  Practical Inspection Exercise: Diagnosing Moisture and Building Envelope Problems in an Existing Facility

Day 4: Construction Materials, Finishes, Durability, and Quality

Module 4: Construction Materials, Finishes, Durability, and Quality

1.      Professional Material Selection and Building Performance Requirements

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

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

4.      Masonry Materials, Reinforcement, Workmanship, and Quality Control

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

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

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

8.      Plastering, Rendering, Flooring, Coatings, Painting, and Decorative Finishes

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

10.  Practical Materials Exercise: Developing a Building Material Selection, Inspection, and Quality-Control Plan

Day 5: Building Services, MEP Coordination, and Technical Systems

Module 5: Building Services, MEP Coordination, and Technical Systems

1.      Building Services Fundamentals and Multidisciplinary MEP Coordination

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

3.      Sanitary Drainage, Stormwater, Wastewater, and Building Drainage

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

5.      HVAC Systems, Ventilation, Thermal Comfort, and Indoor Air Quality

6.      Fire Detection, Alarm, Suppression, Smoke Control, and Life Safety Systems

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

8.      Lifts, Escalators, Access Systems, and Vertical Transportation

9.      Building Services Interfaces, Coordination Risks, and Technical Commissioning Requirements

10.  Practical Coordination Exercise: Reviewing an Integrated MEP Drawing and Identifying Construction Interfaces

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

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

1.      Building Quality Management and ISO 9001 Principles

2.      Quality Plans, Inspection and Test Plans, Checklists, and Inspection Requests

3.      Hold Points, Witness Points, Testing, and Verification Procedures

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

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

6.      Corrective and Preventive Actions and Construction Quality Improvement

7.      Construction Health and Safety and ISO 45001 Principles

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

9.      Environmental Management and ISO 14001 Principles

10.  Practical Investigation Exercise: Inspecting a Defective Building Area and Preparing a Corrective Action Plan

Day 7: Energy Efficiency, Sustainability, Resilience, and Building Performance

Module 7: Energy Efficiency, Sustainability, Resilience, and Building Performance

1.      Sustainable Building Technology and Whole-Building Performance

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

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

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

5.      Renewable Energy Systems and Building-Integrated Energy Technologies

6.      Water Efficiency, Rainwater Harvesting, Reuse, and Resource Management

7.      Sustainable Materials, Waste Reduction, Circular Construction, and Resource Efficiency

8.      Fire Safety, Accessibility, Universal Design, and Occupant Protection

9.      Climate Resilience, Building Adaptation, and Extreme Weather Considerations

10.  Professional Sustainability Exercise: Developing an Energy, Water, and Environmental Improvement Plan for a Building

Day 8: BIM, Digital Construction, Smart Buildings, and Building Information

Module 8: BIM, Digital Construction, Smart Buildings, and Building Information

1.      Building Information Modeling Fundamentals and Professional Applications

2.      BIM-Based Multidisciplinary Coordination and Clash Detection

3.      4D BIM for Construction Planning, Sequencing, and Progress Management

4.      5D BIM for Quantification, Cost Management, and Construction Control

5.      Common Data Environments and Digital Document 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 Management

9.      Mobile Field Applications, Digital Inspections, Drones, and Data Collection

10.  Practical Digital Exercise: Developing a BIM and Smart Building Coordination Strategy for a Complex Facility

Day 9: Advanced Building Diagnostics, Maintenance, Retrofit, and Emerging Technologies

Module 9: Advanced Building Diagnostics, Maintenance, Retrofit, and Emerging Technologies

1.      Building Performance Assessment and Technical Condition Surveys

2.      Building Diagnostics, Failure Investigation, and Evidence-Based Assessment

3.      Non-Destructive Testing and Advanced Inspection Techniques

4.      Structural, Envelope, MEP, and Materials Failure Analysis

5.      Preventive, Predictive, and Condition-Based Building Maintenance

6.      Building Retrofit, Refurbishment, Modernization, and Adaptive Reuse

7.      Lifecycle Costing, Total Cost of Ownership, and Asset Performance

8.      Prefabrication, Modular Construction, Off-Site Manufacturing, and Advanced Methods

9.      Smart Maintenance, Predictive Analytics, Automation, and AI-Assisted Building Management

10.  Professional Case Study: Developing a Technical Retrofit and Lifecycle Optimization Strategy for an Existing Building

Day 10: Commissioning, Handover, Operations, Lifecycle Management, and Capstone

Module 10: Commissioning, Handover, Operations, Lifecycle Management, and Capstone

1.      Building Completion, Readiness Assessment, and Commissioning Planning

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

3.      Integrated MEP Systems Testing and Building Performance Verification

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

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

6.      Building Operations, Maintenance Planning, and Asset Performance Management

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

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

9.      Professional Building Technology Action Plan and Lifecycle Optimization Strategy

10.  Integrated Building Technology Capstone: Assessing, Coordinating, Constructing, Commissioning, and Optimizing a Complex Building Project

 

Course Schedules:

Dates Fees Location Apply