Basic Fire investigation Course

Lesson 1 • Legal Authority and Jurisdiction

Covers the legal basis for entering and examining fire scenes. Students understand consent, warrants, and authority limits before conducting any scene work.

Lesson 2 • Safety at the Fire Scene

Addresses physical and chemical hazards investigators encounter at fire scenes. Proper personal protective equipment and dynamic risk assessment prevent injury during scene entry.

Lesson 3 • Fire Investigation Standards and Guidelines

Introduces nationally recognised standards governing methodology and documentation. Compliance with these standards ensures defensible, court-ready investigations.

Lesson 1 • Electricity and Fire

Examines how electrical systems contribute to ignition and fire spread. Students distinguish between fire-caused electrical damage and electricity as a cause.

Lesson 2 • Fire Patterns and Indicators

Introduces the physical marks fire leaves on structures and contents. Recognising these indicators is the primary skill for locating the area of origin.

Lesson 3 • Fire Behaviour and Dynamics

Covers how fire grows, moves, and interacts with its environment. Understanding fire dynamics allows investigators to reconstruct fire progression from physical evidence.

Lesson 4 • Chemistry of Combustion

Explains the chemical reactions that sustain fire, including fuel, oxygen, and heat interactions. This knowledge underpins every pattern-analysis technique taught later.

Lesson 1 • Note-Taking and Field Reports

Establishes standards for contemporaneous written notes during scene examination. Accurate field notes form the factual basis for all formal investigative reports.

Lesson 2 • Sketching and Diagramming the Scene

Covers hand-drawn and digital methods for creating accurate scene diagrams. Diagrams complement photographs by providing spatial relationships and measurements.

Lesson 3 • Scene Preservation and Security

Addresses methods for securing the scene against contamination and unauthorised access. Preservation integrity directly affects the admissibility of physical evidence.

Lesson 1 • Specialised Evidence Types

Addresses collection of biological, digital, and trace evidence at fire scenes. Each evidence type requires distinct handling to avoid cross-contamination or data loss.

Lesson 2 • Debris Examination and Excavation

Covers systematic layered excavation of fire debris to locate origin indicators. Methodical excavation preserves spatial relationships critical to cause determination.

Lesson 3 • Identifying Physical Evidence

Teaches recognition of relevant physical evidence within fire debris and structural remains. Systematic identification prevents overlooking critical items during excavation.

Lesson 4 • Sampling for Ignitable Liquid Residues

Explains how to collect substrate samples for laboratory analysis of accelerants. Proper sampling technique directly determines the reliability of laboratory results.

Lesson 1 • Interview Planning and Preparation

Covers pre-interview research, goal setting, and logistical preparation. Thorough preparation increases the quality and completeness of information obtained.

Lesson 2 • Cognitive Interview Techniques

Introduces research-based methods for maximising accurate recall in cooperative witnesses. These techniques reduce interviewer bias and improve the completeness of witness accounts.

Lesson 3 • Interviewing Firefighters and First Responders

Addresses the unique information first responders can provide about fire conditions on arrival. Systematic responder interviews capture perishable observations before memory fades.

Lesson 4 • Interview Documentation and Analysis

Teaches methods for recording, transcribing, and analysing interview content. Accurate documentation ensures interview findings are usable in reports and court proceedings.

Lesson 1 • Area of Origin to Point of Origin

Guides students from identifying a broad origin area to pinpointing the exact ignition location. Precision at this stage directly supports cause determination in the next chapter.

Lesson 2 • Witness Information in Origin Analysis

Explains how to gather and evaluate witness accounts to support origin findings. Witness data supplements physical evidence but must be critically assessed for reliability.

Lesson 3 • Reading Fire Pattern Evidence

Develops skill in interpreting burn patterns to trace fire back to its origin. Pattern analysis integrates char, smoke, and heat indicators into a coherent origin narrative.

Lesson 1 • Incendiary Fire Indicators

Identifies physical, behavioural, and circumstantial indicators associated with intentionally set fires. Investigators must distinguish true indicators from fire behaviour artefacts.

Lesson 2 • Cause Reporting and Documentation

Covers how to formally document and communicate cause findings in reports and testimony. Clear, evidence-linked cause statements are essential for legal and insurance proceedings.

Lesson 3 • Elements of Fire Cause

Defines the three required elements of cause: ignition source, first fuel, and circumstances. Understanding these elements structures the entire cause-determination process.

Lesson 4 • Undetermined Classification

Explains when and why an undetermined classification is the correct and defensible conclusion. Premature cause conclusions without sufficient evidence undermine investigative credibility.

Lesson 1 • Writing Objective and Defensible Narratives

Develops skills for writing factual, evidence-linked narrative sections free of speculation. Objective language protects the investigator's credibility under cross-examination.

Lesson 2 • Structure of the Investigative Report

Defines the standard components and logical flow of a complete fire investigation report. A well-structured report communicates findings clearly to legal, insurance, and regulatory audiences.

Lesson 3 • Direct and Cross-Examination Preparation

Prepares students for both supportive direct examination and adversarial cross-examination. Anticipating challenges strengthens testimony and prevents credibility damage.

Lesson 4 • Demonstrative Evidence in Court

Covers the use of photographs, diagrams, and models to support testimony. Effective demonstrative aids help judges and juries understand complex fire science concepts.