Trainer Sustainable EHS LLP Start Date 19 Feb 2024
Location Live Online
Language English
Contact training@sustainableehs.com Places 09

19 Feb to 23 Feb 2024

Course Overview

  • Understand the effects of the thermal environment on people.
  • Learn to assess and control the risks associated with thermal stress

Learning Outcomes

You will learn to

  • Identify sources of thermal stress within the working environment.
  • Understand the nature of thermal strain on the body.
  • Make an assessment of the thermal environment through measurement and other methods.
  • Evaluate risk from exposure to thermal stress.
  • Suggest appropriate control methods for the thermal environment.

Course Format

Normally run as a 5 day taught course [minimum 45 hours including practical/demonstration sessions, lectures, tutorials, guided reading, overnight questions and examination]. There will be a 60 multiple choice question ‘open book’ examination with an allowed time of 120 minutes.

Course Content

Topic 1 The Thermal Spectrum – 1. Extreme Temperatures 2. Moderate Temperatures

 Topic 2 Principles– 1. Heat Stress 2. Heat strain 3. Homeostasis 4. Thermal Regulation including Feedback and Control Mechanisms 5. Physiological Responses to Hot Environment 6. Physiological Responses to Cold Environments 7. Heat Production and Heat Exchanges with the Surroundings 8. The Heat Balance Equation – Definitions of Terms 9. Metabolic Heat Production and Efficiency 10. Sensible Heat Exchanges 11. Latent Heat Loss

Topic 3 Effects of Temperature Extremes– 1. Effects of Excessive Heat Strain – Hot Environments 2. Effects of Excessive Heat Strain – Cold Environments 3. Predisposing Factors

Topic 4 Thermal Comfort– 1. Thermal Comfort 2. Scales for Subjective Evaluation of Comfort 3. Actual Ideal Indoor Environments 4. An Introduction to the Work of Fanger

Topic 5 Evaluation of Hot Environments- 1. The Use of Heat Stress Indices 2. Effect of Heat Stress 3. Effective and Corrective Effective Temperatures 4. Heat Stress Index 5. Required Sweat Rate (PHS) 6. WBGT

Topic 6 Control of Hot Environments– 1. Personal Factors Mitigating Against ‘Hot’ Work 2. A Simple Introduction to Control by Engineering and Organisational Measures 3. Hot Surfaces

Topic 7 Thermal Surveys: 1. Measurement Equipment 2. Surveys 3. Assessment of the Degree of Risk

 Topic 8 Evaluation of Cold Environments: 1. Assessment Indices

Topic 9 Control of Cold Environments: 1. Personal Factors 2. Engineering Controls 3. Management Controls 4. Clothing

Topic 10 Approaches to Risk Assessment: 1. AIOH Tiered Approach 2. SA DoMR Code of Practice for an Occupational Health Programme on Thermal Stress 3. ACGIH Thermal Stress TLVs 4. Quantitative vs Qualitative Approaches 5. Physiological Assessments




Note: any references made to standards and best practice documents are provided solely as guidance for candidates and may not represent the most current updates or publications.