This UC approved course is a science laboratory course that provides students with an in-depth understanding of the theory, concepts, and application of a full-service crime laboratory. Throughout the course, students will explore various units, including crime scene documentation, fingerprinting and dusting for fingerprints, hair and fiber analysis, firearms, DNA and biotechnology, drugs and toxicology, dental analysis, and forensic anthropology.

The curriculum focuses on teaching students how laboratory scientists analyze physical evidence and document evidence during laboratory analysis. Students will also learn how to present their findings as testimony when requested by attorneys. The course follows a real case from start to finish, giving students a comprehensive understanding of forensic investigation as an integrated effort involving multiple scientific fields such as chemistry, biology, and physics.

By the end of the course, students will be able to piece together the whole story of a crime, including who committed it, when, how, where, and possibly why. The course emphasizes the importance of attendance, as most assignments involve hands-on group activities that facilitate practical learning experiences.

Successfully completing this course provides a valuable opportunity for students interested in forensic science or related fields. The UC approval and laboratory component demonstrate its academic rigor and commitment to providing a comprehensive understanding of the subject matter. Students will develop skills in evidence analysis, critical thinking, teamwork, and communication, which are essential for future studies or careers in forensic science.

At a glance:

• Comprehensive exploration of crime laboratory: This UC-approved course immerses students in the theory, concepts, and application of a full-service crime laboratory, covering various units like crime scene documentation, fingerprinting, DNA analysis, drugs, and forensic anthropology.

• Integration of scientific fields: Students will learn how laboratory scientists analyze physical evidence and present their findings as testimony, experiencing a real case from start to finish and understanding forensic investigation as a collaborative effort involving chemistry, biology, physics, and other scientific disciplines.

• Practical learning experiences and valuable skills: Through hands-on group activities and a focus on attendance, students will develop the ability to piece together the whole story of a crime, gaining skills in evidence analysis, critical thinking, teamwork, and communication, providing a strong foundation for future studies or careers in forensic science.