Forensic scientists perform the technical work of analyzing and interpreting the different types of evidence from a crime scene using scientific equipment in a laboratory to guide the investigation, allow detectives to effectively narrow their work, and ultimately hold offenders accountable.
Prior to beginning work on this discussion presentation, please review the following:
Chapter 5: Forensic Toxicology
Chapter10: Blood and Other Biological Fluids
Chapter 11: DNA Analysis
The articles:
Surrogate Testimony After Williams: A New Answer to the Question of Who May Testify Regarding the Contents of a Laboratory ReportLinks to an external site.
What Happens If Autopsy Reports Are Found Testimonial?: The Next Steps to Ensure the Admissibility of These Critical Documents in Criminal TrialsLinks to an external site.
To Analyse a Trace or Not? Evaluating the Decision-Making Process in the Criminal InvestigationLinks to an external site.
Examining the Role of Science in the Courtroom: Admissibility and Reliability of Forensic Science in the CourtroomLinks to an external site.
Testing the Testimonial Doctrine: The impact of Melendez-Diaz v. Massachusetts on State-level Criminal Prosecutions an ProcedureLinks to an external site.
The e-book Forensic Science Evidence: Can the Law Keep up with Science?Links to an external site.
From the video Forensic Science in Action: From Crime Scene to CourtroomLinks to an external site. : Segment 6. Forensics: Examination of the VictimLinks to an external site. 03:25
You are also strongly encouraged to review the recommended sources, which may further support this discussion forum.
As an intern at a Forensic Crime Scene Response Unit (CSRU) and as part of your duties, the unit manager occasionally asks you to develop presentations. This week the local chapter of the American Bar Association has requested a presentation for their quarterly professional development luncheon. You will develop a short presentation about the evolution of and impact the scientific analysis of evidence has had on both criminal investigations and at trials. You must address admissibility issues resulting from case law such as:
Frye v. United States (1923)
Daubert v. Merrell Dow Pharmaceuticals, Inc. (1993)
Melendez-Diaz v. Massachusetts (2009)
Crawford v. Washington (2004)
PowerPoint or any other presentation software may be used, especially in creating a visual presentation of your research design, but you must narrate your presentation and thus record it. You are not required to appear on camera but may choose to do so if you please. Write speaker’s notes as a script at the bottom of each slide to enable smooth narration. Narration is required. To include narration, you will need to record your presentation using Screencast-O-Matic or similar software and share a link with others. For more details about, Screencast-O-Matic refer to the Screencast-O-Matic Quick-Start GuideLinks to an external site.. You will need either a laptop’s built-in microphone or an external microphone headset to record your voice.
The following presentation resources are available in the Writing Center for you to use:
How to Make a PowerPoint PresentationLinks to an external site.
Presentation TipsLinks to an external site.
The file for the presentation should be attached or embedded in your post for your peers to review, and be sure to link your screencast recording. The class has been separated into five topics. You will be assigned a topic by your last name to complete this presentation.
The breakdown is as follows if your last name begins with the corresponding letter:
D through G: DNA
Your presentation must address the following elements:
Describe the history of the scientific processes used for your category of evidence.
Describe how the science in your area has evolved.
Explain the current standard for analysis included in this category.
Identify any shifts in how the evidence or science is perceived.
Explain how the results might be used in a criminal investigation.
Explain how the results might be used at trial.
