This "Forensic Science" course begins with an introduction to the historical development and evolving role of forensic science. You will explore the foundational principles that have shaped this discipline and its importance in solving criminal cases. From there, the course dives into the detailed processes involved in crime scene investigation, covering the meticulous procedures needed to collect, preserve, and analyze evidence accurately.

A major focus of the course is fingerprinting and DNA analysis, two essential tools for identifying suspects and linking them to criminal activity. You will learn the techniques used to capture and analyze fingerprints, as well as how DNA evidence is processed and interpreted in forensic labs. The course also covers toxicology, a critical field in forensic science, examining how poisons, drugs, and other substances can be detected and their role in investigations.

Further modules explore arson and explosion investigations, where you will study the science behind detecting and analyzing fire and blast evidence. The serological evidence module teaches you about blood and other bodily fluids found at crime scenes and how to analyze them for criminal investigations. Additionally, you will gain insight into firearms analysis, learning how ballistics and firearm markings can be used to link a weapon to a crime.

A vital aspect of forensic science is determining the time of death, and this course provides an in-depth exploration of the techniques used in post-mortem investigations. Finally, the course covers the role of the forensic scientist as an expert witness in court, preparing you to present complex scientific findings in a clear and credible manner. Collaboration in criminal investigations is also discussed, highlighting how forensic scientists work with law enforcement to solve crimes.