Forensic Chemistry Fundamentals: Theory and Analytical Techniques

Mastering forensic chemistry requires a structured grasp of both fundamental chemical laws and modern analytical instrumentation. This text-based course breaks down core concepts into clear, structured explanations designed to prepare you for forensic examinations and investigative applications. Throughout the material, you will build a solid theoretical foundation in organic, inorganic, and physical chemistry, before exploring how these principles apply to evidence analysis, drug identification, and toxicology. What you'll learn: - Understand core chemical terminology, stoichiometry, and reaction mechanisms relevant to forensic investigations - Explore modern analytical separation techniques, including gas and liquid chromatography - Apply spectroscopy principles such as mass spectrometry and infrared spectroscopy to substance identification - Examine the fundamentals of forensic toxicology, drug classification, and poison identification - Learn the chemical principles behind trace evidence analysis, including gunshot residue and accelerants - Review quality assurance, analytical validation, and evidence handling standards The course begins with foundational definitions and chemical principles before advancing into practical analytical workflows and diagnostic problem-solving through written case exercises. Designed specifically for beginners and aspiring forensic specialists, no prior investigative experience is required. Start reading today to deepen your understanding of forensic chemistry.