This 3 day course aims to provide an understanding of the role of the firearms examiner in forensic firearms investigations and detail the underlying principles in the field of firearms identification and ballistics, including the affect of projectile ricochet on scene interpretation.
- Associate firearms manufacturing processes with the principles of firearms identification.
- Differentiate between class and individual characteristics for firearms identification.
- Demonstrate an awareness of the construction of small arms ammunition.
- Describe and apply the fundamental principles underpinning the comparison of fired bullets and cartridge cases.
- Demonstrate an understanding of the scientific theory underpinning internal, external and terminal ballistics.
- Evaluate changes in projectile mechanics on its trajectory.
- Consider the effect of projectile impact angle and target surface material properties on forensic investigation.
In this course, students will expand their knowledge and understanding of the fundamental principles of firearms, firearm component manufacturing, and forensic firearms identification, internal, external and terminal ballistics.
Subject matter will include:
- 1968 Firearms Act (amendment)
- Types of firearms
- Ammunition composition
- Barrel manufacturing processes
- Firearms evidence collection
- Class characteristics for firearms identification
- Individual characteristics for firearms identification
- Introduction to internal ballistics
- Introduction to intermediate ballistics
- Introduction to external ballistics
- Introduction to terminal (and wound) ballistics
- Projectile ricochet
The first of four laboratory practicals will cover the collection of firearms evidence from a crime scene and the comparison of fired ammunition component(s).
Two further laboratory practicals to allow the students to experiment, interpret and critically evaluate the effect of physical mechanics by changing the projectile mass and angle of firearm inclination.
The final laboratory practical will allow students to design the experimental method and undertake an investigation into the effect of the target angle on projectile ricochet.
Lectures (9 hours)
Laboratory practicals (9 hours)
Analytical workshop (3 hours)
Standard lecture theatre, criminalistics laboratory and gun room.
Special Admission Requirements
GCSE Mathematics (Grade C and above)
GCSE Science (Grade C and above)
- Additional Information
Start date 24 Aug 2020 End date 26 Aug 2020