Thermal Imaging Mastery for Damp Surveyors 5 Sections39 Lessons4 QuizzesLifetime
Curriculum
- 5 Sections
- 39 Lessons
- Lifetime
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- Introduction1 ItemGet started with the basics of thermal imaging and how it’s used in damp and insulation surveys. This module covers the core principles of infrared technology, the types of cameras used, and what to expect from the course.
- Defining Infrared Thermography & The Science12 ItemsThis module explains what infrared thermography is and breaks down the science behind how it works. You’ll learn the basics of heat transfer, emissivity, and how thermal cameras detect temperature differences to reveal hidden damp and insulation issues.
- 2.1V1.1 The Basic Science of Infrared Thermography
- 2.2V1.2 Key Definitions in Thermography
- 2.3V1.3 Key Scientific Laws in Thermography
- 2.4V1.4 Conduction – Direct Heat Transfer
- 2.5V1.5 Convection – Heat Transfer via Fluid Movement
- 2.6V1.6 Evaporation & Condensation – Phase Change and Heat Loss
- 2.7V1.7 Radiation – Heat Transfer via Electromagnetic Waves
- 2.8V1.8 Radiative Heat Transfer
- 2.9V1.9 Quick Summary – Core Heat Transfer Mechanisms
- 2.10V1.10 Kirchhoff’s Law
- 2.11V1.11 Direction of Heat Flow – Thermal Energy Movement
- 2.12Thermal Imaging Fundamentals – Quiz: V1 Modules10 Questions
- Thermographic Cameras11 ItemsIn this module, we explore the different types of thermal imaging cameras used in building surveys. You’ll learn how they work, what features to look for, and how to choose the right camera for damp and insulation diagnostics.
- 3.12.1 Thermographic Cameras
- 3.22.2 What to Look For in Thermal Cameras
- 3.32.3 Key Parameters of Thermal Cameras: Understanding Temperature Range
- 3.42.4 Colour Palettes in Thermal Imaging
- 3.52.5 Thermal Tuning
- 3.62.6 Tools on Thermal Cameras
- 3.72.7 Isotherm: Highlighting Critical Temperature Zones
- 3.82.8 Emissivity: The Key to Accurate Thermal Readings
- 3.92.9 Compensating for Conditions
- 3.102.10 Solar Loading
- 3.11Quiz: Modules – Thermographic Cameras10 Questions
- Applications and Examples17 ItemsThis module shows real-world examples of how thermal imaging is used in damp and insulation surveys. You’ll see common patterns, learn what different images indicate, and understand how to apply thermal imaging on-site.
- 4.13.1 Applications & Examples
- 4.23.2 Thermal Bridging & Insulation
- 4.33.3 Building Defects
- 4.43.4 Air Leakage
- 4.53.5 Moisture & Damp Issues
- 4.63.6 Example 1: Localised Cold Spot Around a Ceiling Light
- 4.73.7 Example 2: Corner Wall Anomaly – Structural or Damp Issue?
- 4.83.8 Example 3: Cold Zones Around a Window – Damp or Draught
- 4.93.9 Example 4: Cold Spot at Wall-Ceiling Junction – Damp and Structural Intersection
- 4.103.10 Example 5: Cold Air Infiltration at Front Door – Expected or Excessive?
- 4.113.11 Example 6: Heated Pipework Detection Through a Solid Floor
- 4.123.12 Example 7: Pipework Detection Using Isotherm Contrast Mode
- 4.133.13 Example 8: Cooling Patterns on Chimney Wall – Air Leakage or Moisture?
- 4.143.14 Example 9: Heat Loss at Wall-Ceiling Junction – Defect or Design Limitation?
- 4.153.15 Example 10: Moisture Ingress Visualised with Isotherm
- 4.163.16 Thermal Imaging for Surveyors – Course Recap Quiz
- 4.17Quiz: Modules – Application and Examples of Thermal Imaging10 Minutes10 Questions
- End of Course Exam2 ItemsCongratulations on completing the Thermal Imaging for Surveyors course! You've gained essential knowledge in thermography, camera use, and real-world diagnostics. You're now equipped to apply thermal imaging confidently and professionally in the field.
V1.1 The Basic Science of Infrared Thermography
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