Human factor training

Lesson 1 • Defining Human Factors Science

Introduces the discipline's scope, history, and relationship to ergonomics and safety. Grounds all subsequent chapters in shared terminology and purpose.

Lesson 2 • The Human-System Interface

Explores how people interact with tools, equipment, and environments. Connects interface design principles to performance outcomes covered throughout the course.

Lesson 3 • Regulatory and Industry Context

Surveys how safety regulations and industry standards incorporate human factors requirements. Prepares learners to apply principles within compliance frameworks.

Lesson 1 • Cognitive Mechanisms Behind Errors

Examines the mental processes that produce errors, including perception failures and decision biases. Links cognitive science to practical error prediction.

Lesson 2 • Error Classification Frameworks

Introduces established taxonomies for categorising human error by type and origin. Provides the analytical vocabulary used throughout error management chapters.

Lesson 3 • Situational and Environmental Triggers

Identifies external conditions that increase error likelihood, including time pressure and distraction. Connects environmental analysis to proactive risk control.

Lesson 4 • Error Probability and Prediction Tools

Introduces quantitative and qualitative methods for estimating error likelihood in tasks. Prepares learners to conduct structured error assessments in later chapters.

Lesson 1 • Situational Awareness Model and Levels

Presents the three-level model of situational awareness from perception to projection. Establishes the framework applied in all subsequent decision-making sections.

Lesson 2 • Threats to Situational Awareness

Identifies conditions that degrade awareness, including complacency and information overload. Connects threat recognition to error prevention strategies.

Lesson 3 • Maintaining Awareness During Dynamic Operations

Teaches active strategies for sustaining and recovering situational awareness during complex tasks. Directly supports performance in high-tempo and high-risk environments.

Lesson 4 • Decision-Making Models and Strategies

Compares analytical and naturalistic decision models used under varying time and uncertainty conditions. Equips learners to select appropriate strategies for operational contexts.

Lesson 1 • Managing Conflict and Assertiveness

Addresses interpersonal conflict resolution and assertive communication in safety-critical moments. Prepares learners to speak up and resolve disagreements without compromising safety.

Lesson 2 • Briefings, Debriefings, and Feedback

Teaches how to conduct effective pre-task briefings and post-task debriefs to reinforce learning. Builds a continuous improvement loop within team operations.

Lesson 3 • Crew Resource Management Principles

Covers the core CRM competencies: leadership, followership, workload management, and decision support. Connects team behaviour to accident prevention and operational efficiency.

Lesson 4 • Communication Barriers and Breakdowns

Analyses how message distortion, hierarchy, and noise impede accurate information transfer. Establishes the problem context that CRM techniques are designed to solve.

Lesson 1 • Physiology of Fatigue and Sleep

Explains sleep architecture, circadian rhythms, and cumulative sleep debt and their effects on performance. Provides the biological foundation for all fatigue management strategies.

Lesson 2 • Organisational Fatigue Risk Management

Covers system-level approaches including scheduling policies, duty limits, and safety culture. Connects individual countermeasures to organisational fatigue risk management programmes.

Lesson 3 • Fatigue Risk Identification and Assessment

Introduces tools and indicators for detecting fatigue risk in individuals and schedules. Prepares learners to conduct fatigue risk assessments within operational planning.

Lesson 4 • Countermeasures and Recovery Strategies

Presents evidence-based strategies for managing fatigue and stress before, during, and after duty. Equips learners with practical tools for personal and team performance protection.

Lesson 1 • Organisational Change and Safety

Addresses how restructuring, mergers, and rapid growth introduce latent safety risks. Prepares learners to manage human factors implications during organisational transitions.

Lesson 2 • Systemic Accident Models

Presents system-level accident causation models that go beyond individual blame. Provides analytical frameworks for understanding complex failure chains in organisations.

Lesson 3 • Just Culture and Reporting Systems

Introduces just culture principles that balance accountability with learning from error. Teaches how to design and sustain effective safety reporting environments.

Lesson 4 • Leadership's Role in Safety

Examines how leadership behaviours, visibility, and commitment directly influence frontline safety practices. Connects leadership style to error reporting rates and risk tolerance.

Lesson 1 • Root Cause Analysis Methods

Introduces systematic root cause analysis techniques applicable to human factors findings. Connects causal analysis to actionable corrective measures.

Lesson 2 • Data Collection and Witness Interviewing

Teaches systematic methods for gathering physical evidence and conducting cognitive interviews. Ensures learners can collect reliable data without introducing bias.

Lesson 3 • Human Factors Analysis Frameworks

Applies structured analytical tools to identify human and organisational contributing factors. Provides the analytical backbone for producing defensible investigation findings.

Lesson 4 • Investigation Principles and Objectives

Establishes the purpose of safety investigation as learning rather than blame assignment. Frames the investigator's role and ethical responsibilities within the process.

Lesson 1 • Simulation and Scenario-Based Training

Designs realistic scenarios that replicate operational stressors and human factors challenges. Maximises transfer of training by embedding practice in authentic task contexts.

Lesson 2 • Training Needs Analysis

Applies systematic methods to identify performance gaps and prioritise training interventions. Ensures training design is grounded in real operational deficiencies rather than assumptions.

Lesson 3 • Competency-Based Curriculum Design

Structures training around observable competencies and behavioural indicators rather than knowledge alone. Aligns learning objectives with measurable on-the-job performance outcomes.

Lesson 4 • Training Evaluation and Continuous Improvement

Applies multi-level evaluation models to measure training effectiveness from reaction to results. Establishes a feedback loop that drives ongoing programme refinement.