Forensic Science Course: Exploring Crime Background

Introduction to Forensic Sciences:Overview of forensic science as a multidisciplinary fieldHistorical development and milestones in forensic sciencesRole of forensic scientists in criminal investigations

The Crime Scene Investigation:Techniques for securing and documenting crime scenesCollection and preservation of physical evidenceUnderstanding the importance of maintaining the chain of custody

Fingerprint Investigation:Principles of fingerprint analysis and identificationFingerprint classification systemsAutomated fingerprint identification systems (AFIS)

DNA Investigation:Fundamentals of DNA structure and geneticsDNA profiling and its applications in criminal investigationsTechniques for collecting and analyzing DNA evidence

Toxicology Investigation:Introduction to toxicology and its relevance in forensic scienceDetection and analysis of drugs and poisonsInterpretation of toxicological findings in forensic cases

Arson and Explosion:Investigation of fire and explosion scenesIdentification of accelerants and ignition sourcesCase studies and real-world applications

Serological Evidence Investigation:Examination of blood, semen, and other bodily fluidsBloodstain pattern analysisUse of serological evidence in criminal investigations

Forensic Ballistics:Principles of firearm examination and toolmark analysisIdentification of firearms and ammunitionReconstruction of shooting incidents

Determining Time of Death:Postmortem changes and their significanceMethods for estimating the time of deathCase studies illustrating the application of forensic entomology and other techniques

Court Duty:Role of forensic experts in the legal systemPreparation and presentation of expert testimonyEthical considerations in forensic science