Course Catalogue.

After participating in this course, you will be able to:

• Follow specialized visual inspection methods.
• Use the latest destructive and non-destructive investigation techniques for building condition surveys.
• Select the most suitable testing techniques based on their strengths and limitations for your structures.
• Interpret and analyze building system results effectively.
• Assess the useful life of building systems and the entire structure.

Description
As buildings age, those responsible for their upkeep must conduct thorough condition surveys. These surveys are crucial for evaluating materials, conducting both destructive and non-destructive tests, interpreting results, and determining necessary actions for structural rehabilitation. Participating in this course will teach you step-by-step procedures for conducting comprehensive condition surveys of concrete, steel, timber, masonry structures, HVAC systems, mould, plumbing, electrical, and fire safety systems.

Understanding the strengths and limitations of various destructive and non-destructive testing techniques is essential for accurate assessments. This course covers the specific applications and suitability of these techniques for different structural elements, helping you choose the best approach. You will gain insights into interpreting building system results and assessing the overall condition and longevity of buildings. Condition surveys of each building element will be presented, and participants will engage in discussions to develop checklists for inspections and assessments.

This knowledge is vital for building maintenance, as it helps ensure the safety and durability of structures. By the end of this course, you will be equipped with the skills to conduct thorough and accurate condition surveys, ultimately contributing to the efficient management and preservation of buildings.

Who Should Attend
This course will benefit structural engineers, project engineers, managers, consulting engineers, designers, facility supervisors, and building services managers. Technicians, technologists, capital asset personnel, inspection personnel, and architects will gain valuable insights into the latest testing techniques and their applications. Additionally, those involved in building renovation, construction management, and safety compliance will benefit from the coverage of condition survey techniques and best practices.

By participating, you will join a dedicated group of professionals committed to maintaining and improving building conditions through informed and effective practices.

Course Syllabus

Day I

Welcome, Introduction, Course Preview, Learning Outcomes and the Assessment Method

Assessing the Condition of a Building

• The objective of building condition assessments
• Procedures and checklists for assessing buildings
• A comprehensive study of the condition survey of a building
• Examples of assessing various building components

Structural Condition Assessment and Evaluation of Wood Structures

• Wood as a construction material, pressure-treated wood
• Visual inspection of columns, beams, fasteners and connectors, structural panels, glue laminated timber and metal plate-connected wood trusses
• Material evaluation
• Destructive and non-destructive testing
• Strength considerations
• Assessing the risk of failure
• Case Study
• Checklist for wood structures

Structural Condition Assessment and Evaluation of Wood Structures (Continued)

Structural Condition Assessment and Evaluation of Steel Structures

• Types of damage: corrosion, structural deficiencies and distress
• Visual inspection of columns, beams and trusses
• Material evaluation
• Destructive and non-destructive testing techniques
• Performance rating of components
• Upgrading of existing structures
• Reporting data reduction
• Case Study
• Checklist for steel structures

Structural Condition Assessment and Evaluation of Steel Structures (Continued)

Structural Condition Assessment and Evaluation of Masonry Structures

• Types of damage: dampness, spalling, efflorescence, corrosion of ties, structural deficiencies & distress
• Visual inspection of load-bearing walls, columns and brick veneer
• Material evaluation
• Destructive and non-destructive testing
• Statistical evaluation of test data
• Strength considerations
• Assessing the risk of failure
• Reporting-data reduction
• Case Study
• Checklist for masonry structures

Adjournment

Day II

Structural Condition Assessment and Evaluation of Concrete Structures

• Causes of concrete deterioration: frost action, chemical attack, alkali-aggregate reaction, mechanical abrasion, non-uniform volume change, corrosion of embedded reinforcement
• Types of damage: cracking, water leakage, staining, corrosion-related damage, structural deficiencies and distress, fire damage
• Visual inspection of columns, beams, slabs, parking garages
• Material evaluation
• Destructive and non-destructive testing
• Statistical evaluation of test data
• Strength considerations
• Durability considerations
• Assessing the risk of failure
• Reporting-data reduction
• Case Study
• Checklist for concrete structures

Foundation

• Soil type and bearing capacity
• Soil modifications
• Type of foundation-shallow or deep
• Foundation cracks/repairs
• Foundation settlement

Case Study

• Checklist for foundations

Testing and Monitoring Building Envelope

• Standard, non-destructive testing and monitoring of building envelopes will be discussed, encompassing the techniques and advantages of ground penetrating radar and impact-echo to evaluate building envelope conditions, including:
• Standard tests: testing brick mortar in the field, testing vapour pressure in the field
• NDT tests: general principles of ground penetrating radar, general principles and uses of impact-echo testing, comparison of the two NDT methods using case histories: evaluating the presence of cracking in stone masonry, evaluating the presence of voids in solid masonry units, evaluating the internal deterioration of historical masonry
• Monitoring buildings, including stress, crack and building envelope movement methods and accuracies, moisture methods and accuracies
• Case Study

Roofing

• Inspection
• Warranties
• Condition - membrane, aluminum/copper sheets
• Repairs and Replacements
• Case Study
• Checklist for Roofs

Adjournment

Day III

Doors and Windows

• Procedure for Inspection
• Deterioration
• Repairs or Replacement decision
• Case Study
• Checklist for Doors and Windows

Mould

• Areas of highwater episode potential
• Musty odour
• Floor coverings with water damage
• Behind wallpaper
• Ventilation equipment: filters, insulation, ducts, fan rooms
• Humidification units
• Case Study
• Checklist for Mould

Site Elements

• Parking lot, pavement, lights, signs, parking meters, drainage, fire hydrant,
• Substation, water and electricity hookups
• Condition survey and corrective action
• Case Study
• Checklist for Site Elements

Fire Safety

• Life safety and property protection
• Containment
• Early warning system
• Fire alarm
• Egress
• Suppression
• Checklist for Fire Safety

Adjournment

Day IV

Heating, Ventilating, and Air Conditioning

• System type- air furnace, central hot water boilers, electric furnaces, forced air, ducted forced air, hot water, cooling tower, humidifiers, evaporators, condensers, evaporative coolers
• Condition assessment of components
• Tests
• Assessing the risk of failure
• Reporting-data reduction
• Case Study
• Checklist for HVAC

Plumbing System

• Fixtures, drains and vents
• Domestic hot and cold water piping systems
• Sump and ejector pumps
• Hydronic systems
• Plumbing system materials and valves
• Checklist for Plumbing

Electrical System

• Single and three-phase wiring
• Metering arrangements
• Fuse panels and circuit breakers
• Transformers
• Feeders and services
• Subsystems: fire alarm system, life safety system, emergency lighting, emergency power
• Case Study
• Checklist for Electrical

Case Study at Venue Location

Workshop

• Check Lists
• Documentation Collection
• Notes
• Tables

Adjournment

Day V

Life Expectancy

• Calculating the expected useful life of a building from the expected life of its components
• Case Study

Written Report and Presentation

• General condition report for the owner
• Introduction to the report
• Order of magnitude estimate for required repairs
• Unpredictable repair
• Descriptive text for each element
• Appendices: pictures, maintenance recommendations, glossary
• Presentation
• Case Study

Facility Condition Index

• Overview
• Deferred Maintenance Costs
• Case Study

Building Condition Assessments

• Overview
• The Process
• The Tables
• The Report
• Case Study

Questions and Answers and Feedback to Participants on Achievement of Learning Outcomes

Concluding Remarks and Final Adjournment

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