Untitled document
Upon completion of the course, students will be able to:
1. Demonstrate an understanding of the arson trends and the terminology used in fire investigations.
2. Demonstrate an understanding of fire behavior as it relates to fire investigation.
3. Describe the laws and case decisions applicable to fire investigation.
4. Describe Federal and California arson laws and legal considerations in arson cases.
5. Describe the principles of National Fire Protection Association (NFPA) standard 921 and the indicators and methodologies used to investigate structure fires.
6. Identify the common causes of accidental fires.
7. Describe the conditions that lead to electrically caused fires.
8. Identify the indicators unique to arson fires.
9. Describe the ability to process and document a fire scene.
10. Demonstrate the ability to process and document a fire scene.
11. Describe the methodology used to investigate wildland fires.
12. Describe the different type of explosions and their impact on fire investigation.
Untitled document
I. Introduction to Fire Investigation
A. Terminology
B. Arson trends and statistics
II. Fire Behavior
A. Combustion
B. Pyrolysis
C. Fire chemistry
D. Heat transfer
E. Phases of fire
F. Effects of accelerants
III. Legal Aspects of Fire Investigation
A. Constitutional law
B. Search and seizure
1. Consent
2. Plain view doctrine
C. Case law
1. Michigan vs. Tyler
2. Michigan vs. Clifford
D. Courtroom testimony
IV. Arson Law
A. Federal arson law
B. People vs. Fry
C. California arson law
D. Prosecutorial considerations in arson cases
V. Investigation Methodology
A. National Fire Protection Association Standard (NFPA) 921
B. The scientific method of investigation
C. Point of origin determination
1. Point of origin and fire cause
2. Overhaul
3. Structure fire point of origin indicators
a. "V" patterns
b. Low burns
c. Structural damage
d. Depth of char
e. Flashover
f. Glass indicators
g. Melting temperatures
h. Ignition sources
i. Impact of firefighting operations
j. Reconstruction of the area of origin
k. Structure fire investigation methodology
D. Accidental fire causes
1. Types of fire causes
a. Natural
b. Accidental
2. Misrepresentation of fire scenes
3. Heating equipment
4. Cooking equipment
5. Smoking
6. Misuse of flammable liquids
7. Open flames and sparks
8. Spontaneous heating
VI. Electrical Fire Investigations
A. Residential and commercial electrical standards
B. Aluminum wiring and accidental fires
C. Electrical fire considerations
D. Electrical appliances
E. Electrical principles
1. Wiring systems
2. Over-current protection devices
3. Conductors and insulators
4. Calculations and formulas
F. Ignition by electrical means
G. Testing of electronic devices
VII. Arson Fires
A. Motives
B. Indicators
C. Use of accelerants
D. Structural damage/irregularities
E. Fire location and damage
F. Incendiary devices
1. Electrical incendiary devices
2. Mechanical incendiary devices
3. Chemical incendiary devices
G. Fire effects
H. Fire movement and pattern analysis
I. Recognizing fire indicators
J. Tracking the fire course
K. Point of origin determination
VIII. Documenting and processing a Fire Scene
A. Narrative
B. Interviewing and witness statements
C. Evidence
D. Photographs
E. Diagrams
F. Duties upon arrival
G. Securing the fire scene
H. Fire fatalities
1. Identification and preservation of the body
2. Effect of fire on human tissue
3. Coordination with law enforcement
I. Exterior examination of the structure
J. Interior examination of the structure
K. Commercial fire scene considerations
L. Residential fire scene considerations
IX. Vehicle Fire Investigations
A. Accidental vehicle fires
B. Vehicle fire prevention devices
C. Vehicle arson fires
D. Vehicle fire scene examination
E. Vehicle fuel and emission systems
X. Wildland Fire Investigation
A. Fire causes
B. Fire behavior
C. Fire scene examination
1. Indicators
2. Incendiary devices
3. Evidence collection
XI. Explosions and Explosive Combustion
A. Terminology
B. Types of explosions
1. Mechanical explosions
2. Chemical explosions
3. Diffuse vapor explosions
C. Explosive types
1. Low explosive
2. High explosives
3. High and low order
D. Investigation of explosions
Untitled document
Kirks Fire Investigation, 6th Ed; by John D. DeHaan, Publ. Prentice Hall
CFSTES Manual Fire Investigation 1A, California Fire Service Training and Education System, Sacramento, CA 1996 (classic)