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High School Forensic Science I

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Suggested Prerequisites

Biology 1

Description

Take a new look at forensics through the lens of some of the world’s most famous and intriguing crime cases. This course examines the latest forensic techniques and innovations used to solve crimes. It also focuses on basic scientific principles and laboratory processes used in the field, such as DNA testing, presumptive tests, and material analysis. Investigative experiences for students include electrophoresis and evidence analysis techniques such as fingerprinting, blood typing, and fiber analysis. Students also study crime scene investigation (CSI) and evidence collection using mock crime scenes. Note: Case studies in forensic science examine evidence that may be sensitive to some students.

Module One: Introduction to Forensics

-Different types of evidence

-Steps of processing a crime scene

-Examining documentary evidence

-Demonstrative and digital evidence

-Types of testimonial evidence

-Reliability of evidence in court


Module Two: Trace Evidence

-Cell components and their importance in forensics

-Characteristics of fiber and hair evidence

-Microscopic analysis

-Forensic botany and plant identification

-Soil and insect evidence

-Use of evidence to support a claim about a crime


Module Three: Genetic evidence

-DNA basics and its importance in forensics

-Application of genetics and inheritance in forensics

-Blood typing

-Confirmatory tests for the presence of blood

-DNA fingerprinting, genealogy, and genetic profiling in forensics

Module Four: Pattern Evidence

-Analysis of tire tracks, footprints, and dental impressions

-Identification of weapons through tool marks

-Characteristics of fingerprints, blood spatter, glass, and paint evidence 

-Steps for collecting pattern evidence

-Forensic psychology and criminal profiling


Module Five: Biochemical Evidence

-Forensic chemistry and sample analysis

-Characteristics and analysis of skeletal remains

-Manner, cause, and mechanism of death

-Timeline of human decomposition

-Effects of drug and toxin exposure 


Module Six: Projectile and Flammable Evidence

-Forces and momentum

-Application of Newton's laws to crimes involving falls and collisions

-Characteristics of ballistics evidence

-Chemistry and the process of burning

-Analysis of arson and explosive evidence

-Fire and explosive evidence collection

-Use of evidence to support a claim about a crime