Module Code: CHE1033 |
Module Title: FUNDAMENTALS OF FORENSIC SCIENCE |
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Module Provider: Chemical Sciences
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Short Name: CHE1033
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Level: HE1
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Module Co-ordinator: HAMERTON I Dr (Chem Science)
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Number of credits: 15
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Number of ECTS credits: 7.5
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Module Availability |
Semester 1 |
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Assessment Pattern |
CSI field day and practical work: 25%
Multiple choice test 15%
Formal Examination 60% |
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Module Overview |
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Prerequisites/Co-requisites |
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Module Aims |
· To introduce organisational and legal aspects of forensic science.
· To examine laboratory methods associated with searching and recovery of items of evidence.
· To introduce policies, procedures and protocols associated with accreditation of laboratories and expert witnesses
· To introduce the use of chemical methods in forensic science
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Learning Outcomes |
On successful completion of this module you should be able to:
· demonstrate knowledge of organisational and legal aspects of forensic chemistry;
· demonstrate knowledge of accreditation procedures employed in forensic chemistry;
· give an account of procedures followed at the scene of a crime and of the types of physical evidence;
· demonstrate knowledge of the different forms of analysis applied to different forms of physical evidence.
· demonstrate knowledge of crime scene management;
· demonstrate recording of a crime scene
· give an account of procedures followed at the scene of a crime and of the types of physical evidence
· give an account of the potential utility of chemical methods in examination of forensic evidence
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Module Content |
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Topic
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1
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What is forensic science? Locard’s Principle. The nature of forensic evidence. Forensic science categories. The history of forensic science and its place in modern society. When is forensic science needed?
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2
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Providers of forensic science, SSU, LGC, DSTL, independent practitioners. Accreditation and registration.
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3
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Crime scene investigation. The nature of a crime scene. Zoning and crime scene management. Collection, protection and documenting of evidence.
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4
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Workshop: documenting a ‘crime scene’
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5-6
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Scene profiling, DVD ‘The Natural History of Murder’
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7
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General tutorial
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8-9
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Trace and contact evidence. Direct and circumstantial evidence. Physical and biological evidence. Class and individual characteristics. Fingerprint evidence. Blood as evidence.
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10-11
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General examination methods (fibres, blood, biological fluids, firearms, explosives).
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12
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Workshop: obtaining fingerprint evidence
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13
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MULTIPLE CHOICE QUESTION TEST (15% of module mark)
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14
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Workshop: obtaining and recording tool wear marks
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15-16
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Introduction to the law. Criminal court system ( and , ). Types of offences. CPS, types of courts. Preparation of statements and presentation of forensic evidence.
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17-18
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Forensic science on trial: the Preece case, the Guildford 4, the
Birmingham
6, the Macguire 7, Judith Ward case, the May enquiry, judicial reform.
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19-22
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Forensic case studies: interactive sessions – you conduct the case.
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23
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Exam tutorial.
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10 hours
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Forensic chemistry practicals including investigations on topics such as:
White Powders
Analysis of Drugs by Infrared Spectroscopy
Bloodstains on the ground
Salicylates in blood
A pool of evidence
Quinine in urine
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Methods of Teaching/Learning |
Formal lectures, tutorials, podcasts, practicals and workshops |
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Selected Texts/Journals |
Recommended:
Jackson, A.R.W. and Jackson, J.M., (2004), Forensic Science (2nd edition)
Harlow
: Pearson.
Langford, A., Dean, J., Rees, R., Holmes, D., Weyers, J. and Jones, A., (2005), Practical Skills in Forensic Science, Prentice Hall.
Suggested:
White, P.D. (Ed.), (2004), Crime Scene to Court: the Essentials of Forensic Science (2nd edition)
Cambridge
: RSC.
Pepper, I.K., (2005), Crime Scene Investigation Methods and Procedures, Oxford:
Oxford
University
Press.
Erzinçlioglu, Z., (2006), Forensics, Crime Scene Investigations from Murder to Global Terrorism,
Carlton
Books
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Last Updated |
5 May 2011 |
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