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UNIL - Challenging Forensic Science: How Science Should Speak to Court 

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Challenging Forensic Science: How Science Should Speak to Court
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Coursera 
Overview

Duration

17 hours

Total fee

Free

Mode of learning

Online

Difficulty level

Beginner

Official Website

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Credential

Certificate

Challenging Forensic Science: How Science Should Speak to Court
 at 
Coursera 
Highlights

  • Shareable Certificate Earn a Certificate upon completion
  • 100% online Start instantly and learn at your own schedule.
  • Flexible deadlines Reset deadlines in accordance to your schedule.
  • Beginner Level
  • Approx. 17 hours to complete
  • English Subtitles: French, Portuguese (European), Russian, English, Spanish
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Challenging Forensic Science: How Science Should Speak to Court
 at 
Coursera 
Course details

Skills you will learn
More about this course
  • The aim of this course is to promote critical thinking with regard to forensic science. Today, in general, most people are dazzled by the technical possibilities offered by forensic science. They somewhat live in the illusion that forensic evidence is fool proof and brings factual findings with 100% certainty. This course ? given by specialists in the field ? goes beyond the conventional image that is promoted through TV series such as CSI. It alerts (without alarming) the public on the limits of the techniques in order to promote a sound administration of forensic science in the criminal justice system. It allows participants to understand the importance of probabilistic reasoning in forensic science, because uncertainty is a constitutive part of forensic science. The course is constructed as a series of causes célèbres that could or have led to miscarriages of justice. Some of these cases have been part of case reviews carried out at the School of Criminal Justice of the University of Lausanne.
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Challenging Forensic Science: How Science Should Speak to Court
 at 
Coursera 
Curriculum

Week 1 - What is the "DNA" of a good forensic report ?

Course Introduction: Meet your Lausanne Team

Presentation and visit of The School of Criminal Justice

Course learning objectives

Week 1 Introduction: What is the ?DNA? of a Good Forensic Report?

Forensic Science and Evaluative Reporting

Uncertainty in the Criminal Trial

Principles of forensic reporting (Part A): 1st Principle

Principles of forensic reporting (Part B): 2nd and 3rd Principles

ENFSI Guideline for Evaluative Reporting

Conclusion of week 1: What is the ?DNA? of a Good Forensic Report?

Interview with Prof. Colin Aitken

Interview with Dr. Sc. Sheila Willis

Instructors

Development Team

Guests interviewed

Syllabus and Grading policies

Discussion forum guidelines

Getting started: Break the ice !

Additional literature Week 1

Week 1

Week 2 - Elementary: source is not activity !

Week 2 Introduction - Elementary: Source is not Activity! !

Part A - DNA recovered on a suspect (1): Hierarchy of Propositions

Part A - DNA recovered on a suspect (2): the Weller Case

Part B - Gunshot residues recovered on a suspect: The George case

Part C - DNA recovered on a victim (1): the Butler and Nealon cases

Part C - DNA recovered on a victim (2): Checklist for auditing statements

Week 2 Conclusion - Elementary: Source is not Activity !

Interview with Dr. Sc. CBE Ian Evett and Prof. Graham Jackson

Additional literature Week 2

Week 2

Week 3 - DNA is not the magic bullet

Week 3 Introduction: DNA is not the Magic Bullet

DNA in the lab (1): From Detection to Quantification

DNA in the lab (2): From Amplification to DNA Profile

Part A - The Knox and Sollecito case (1) Summary of the circumstances

Part A - The Knox and Sollecito case (2) Low Template DNA

Part A - The Knox and Sollecito case (3) Discussion and Conclusion

Part B - Transfer and pollution (1) the Jama case

Part B - Transfer and pollution: The Probability of Error/Pollution

Part C - Transfer and pollution: the Anderson and Scott cases

Week 3 Conclusion: DNA is not the Magic Bullet

Interview with Prof. Peter Gill

Interview with Prof. Pierre Margot

Additional literature Week 3

Week 3

Week 4 - Trials by Numbers or Numbers on Trial

Week 4 Introduction: Trials by Numbers or Numbers on Trial ?

Part A - Statistics in Court (1): the Clark and Collins Cases

Part A - Statistics in Court (2): the Clark and Collins Cases

Part B - The Transposed Conditional (1): Prosecutor's Fallacy

Part B - The transposed conditional (2): The Adams and the Dreyfus Cases

Week 4 Conclusion: Trials by Numbers or Numbers on Trial ?

Interview with Prof. David Kaye

Interview with Prof. William Thompson

Additional literature Week 4

Week 4

Week 5: The wonderland of certainty

Week 5 Introduction: the Wonderland of Certainty

Detection of fingermarks in the laboratory

Part A - Identification with Earmarks (1): The Dallagher Case

Part A - Identification with Earmarks (2): The Dallagher Case

Part B - Identification with Fingermarks (1): The McKie Case

Part B - Identification with Fingermarks (2): The McKie Case

Part C - Identification with Fingermarks: The Mayfield Case

Analysis and comparison of the fingermark in Mayfield Case

Week 5 Conclusion: The Wonderland of Certainty

Interview with Mr Iain McKie

Interview with Dr Brandon Mayfield and Prof. Sharia Mayfield

Course Conclusions

Additional literature Week 5

Week 5

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Challenging Forensic Science: How Science Should Speak to Court
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