Forensic Science Online Course
Forensic science is the science of law, and has become a crucial component of criminal investigations.
This introductory course discusses the procedure of processing and reconstructing a crime scene, the use of fingerprints, DNA, and even the understanding of blood splatter analysis.
Discover the fundamental principles that are employed, and the different methods and technologies that are employed in the criminal investigation process and the court cases that follow them. If you are interested in criminology, psychology, science, criminal law, or crime writing, this is the appropriate course for you.
Recommended study time: 50 hours. The goal is to complete the training with 50 CPD points. See the Accreditation section for more information and to learn about all of the possible certification options.
Module 1: The Historical Development and Purpose of Forensic Sciences
Beginning of the forensic sciences and fundamental principles
Special regions and contributions of the forensic sciences.
The development of medical-legal investigations.
Forensic pathology and toxicology
Module 2: The crime scene
The analysis of the crime scene
Reconstruction of the crime area
The legal framework for the crime scene.
Using science to associate crimes with one another.
The importance of physical evidence
Module 3: Authentication
The fundamental principles that are involved in fingerprinting.
The categorisation of handwriting
Methods of recognising and recording fingerprints.
The use of digital imaging technology
Automated Fingerprint ID systems (AFIS)
Case study: the tampering of products and Stella Nickell's case
Module 4: Blood Sample Analysis
The composition of DNA
Getting DNA samples
DNA Subtyping
The analysis of DNA pruebas
The Combined DNA Index System (CODIS)
Case study: the release of Earl Washington
Module 5: Toxicology
What is the definition of forensic toxicology?
Toxicology's techniques.
The importance of toxicological findings
Toxicology and the identification of toxins
Toxicology and the identification of toxins
Module 6: Arson and Explosion Studies
The Physics of Fire
Investigation of the Fire Scene
Different types of Explosions
Acquiring and studying Explosives
Case Study: Is Daniel Dougherty Involved in Arson?
Module 7: Serological Signs
The Nature of Blood
Stain patterns of blood
Forensic analysis of blood, sperm, and other body fluids.
The Analysis of Rape Evidence and Collection.
Module 8: Firearms
Forensic military science
Gunpowder's leftover
Carrier proteins and bullet caskets' comparisons
Striations and permanent markings
Shot wounds
Case study: the family's murderer, Christopher Vaughn, was convicted.
Module 9: The Time of Death's Determination
Steps in the décomposition process
Temperature calculations for the body
Stomach content
Disintegrated skeletonised remnants
Forensic entomology (ants)
Case study: the murder of Leanne Tiernan.
Module 10: The Forensic Scientist as a renowned witness in court
Preparation for the test
Testimonies and questions,s and answers
Admissibility of Scientifically Based Evidence
Ethical Considerations
Module 11: Partnership in Criminal Investigation
Combining the work of detectives
Working with professionals who specialise in psychology for the criminal justice system
Working with the prosecution or defence team.
Conducting research
Teaching and learning
Who is this educational program intended for?
Anyone interested in a career as a detective, criminalist, or scientist at the forensic level
True crime devotees who have a passion for learning about criminal science.
Career route
As technology has developed, the demand for forensic scientists and their specialised knowledge has increased. Other fields you might want to explore after taking this class are law enforcement, criminology, psychology for the criminal justice system, or criminal law.
