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List of Contributors xiii
Foreword xvDave Barclay
Acknowledgements xix
1 Forensic Science Education - The Past and the Present In and Out of the Classroom 1John P. Cassella, Peter D. Maskell, and Anna Williams
Introduction 1
Conclusions and Implications for Teaching and Practice 16
References 16
Further Resources 18
2 Forensic Anthropology Teaching Practice 19Anna Williams
Introduction 19
Practical Teaching Methods 20
Use Of Human Skeletal Material For Teaching Purposes 24
Alternatives to Human Skeletal Material 27
Teaching Forensic Anthropology Theory 29
Forensic Cases as Training 29
Assessment Methods 30
Post-Mortem Examinations 32
Conclusions 35
References 36
Further Resources 38
3 Considerations in Using a Crime Scene House Facility for Teaching and Learning 39David Rogers
References 44
4 Taphonomy Facilities as Teaching Aids 45Peter Cross and Anna Williams
Introduction 45
History of Taphonomic Research in Forensic Science 45
Taphonomy Research Facilities 47
Teaching Forensic Taphonomy 48
Establishment of a Taphonomy Facility for Teaching and Research 50
The Future of Taphonomy Facilities 52
Conclusions 52
References 52
5 Forensic Fire Investigation 57Richard D. Price
Introduction 57
Fire and Explosion Investigation Module 58
Fire Scene Simulation 60
Conclusions 69
Future Developments 69
Recommended Resources 70
References 70
Further Reading 71
6 Digital Forensics Education 73Christopher Hargreaves
Introduction 73
Challenges in Digital Forensics Education 76
Other Discussions in Digital Forensics Education 82
Summary 84
References 85
7 A Strategy for Teaching Forensic Investigation with Limited Resources 87Janice Kennedy
Introduction 87
Historical Background 87
Methodology 90
Results 94
Analysis 96
Conclusions 97
Acknowledgements 97
Appendix 7.A: Budget Information for Forensic Investigation Scenario 98
Appendix 7.B: Information on Testing Available for Forensic Investigation
Scenario 99
Appendix 7.C: Suggested Schedule for Delivery of This Style of Module 100
References 101
8 Improving the PhD Through Provision of Skills Training for Postgraduate Researchers 103Benjamin J. Jones
Introduction 103
Study of Student Perception of Training Needs 105
Training Course Attendance and Usefulness 106
Training Course Delivery 109
Conclusions 113
References 115
9 Educational Forensic E-gaming as Effective Learning Environments for Higher Education Students 119Jamie K. Pringle, Luke Bracegirdle, and Jackie A. Potter
Introduction 119
Background 120
Methodology 122
Results 126
Discussion 131
Conclusions 133
Acknowledgements 133
Glossary 133
References 134
Further Resources 136
10 Virtual Anatomy Teaching Aids 137Kris Thomson and Anna Williams
Introduction 137
Virtual Anatomy in Healthcare Education 137
Forensic and Virtual Autopsy Imaging 140
Advanced Clinical and Procedural Training 141
Conclusions 143
References 145
11 Online Teaching Aids 147Anna-Maria Muller, Luke Taylor, and Anna Williams
Introduction 147
Employability and Transferrable Skills 148
Online Learning Management Systems 150
Note-taking Apps - The Age of Evernote and OneNote 151
Scientific Demonstration Apps 151
Within the Forensic Curriculum 152
Practical Guidance for Using Online Tools 153
Social Networks and Forums 155
Deciding Which Technology to Use 156
Conclusions 159
References 159
12 Simulation, Immersive Gameplay and Virtual Realities in Forensic Science Education 163Karl Harrison and Colleen Morgan
Introduction 163
Terms of Reference 164
Serious Games 165
Simulation-based Real Environment Learning in Professional Forensic Training 166
Hydra Augmented Reality 167
Virtual Reality 168
Crime Science Investigators (CSIs) 172
Augmented Reality 172
Augmented Virtuality 172
Virtual Reality 173
Conclusions 174
References 175
13 Training Forensic Practitioners in DNA Profiling 177Sue Carney
Introduction 177
Prior Knowledge 177
Setting the Scene: Expectations 178
Preconceptions and Common Misconceptions 178
Introductory Concepts 179
Intermediate Concepts 182
Advanced Concepts 186
Specialist Techniques 189
In The Court of Appeal 191
Teaching Principles 195
Appendix 13.A: Low Level Profile Examples 197
References 201
14 The Forensic Investigation of Sexual Offences: Practitioner Course Design and Delivery 207Sue Carney
Introduction 207
Starting Points 207
Evidence Types 208
The Body as a Crime Scene: Information from the Forensic Medical Examination 209
Setting the Strategy 212
Interpretation of Findings 214
Writing the Statement 216
Training to Other Audiences 219
Conclusions 220
Appendix 14.A: Sexual Offence Case Training Scenarios 221
Appendix 14.B: Templates for Use in Statement Writing Exercises 226
References 232
15 The Use of High-Fidelity Simulations in Emergency Management Training 235Graham Braithwaite
The Need for High Fidelity 235
Scenario Design 236
Health and Safety Considerations 237
Initial Response 241
Site Management 242
Evidence Collection 244
Media Management 246
Team Management 247
Witnesses and Interviewing 248
Coaching Techniques 250
Analysis and Reporting 251
Summary 252
Reference 252
16 Police Training in the Twenty-first Century 253Mark Roycroft
Introduction 253
Training of Future Police Detectives 255
Evaluation of Police Performance 257
Avoiding Miscarriages of Justice 257
Maintaining and Developing the Role of the Senior Investigating Officer (SIO) 258
Expert Witnesses 260
The Compartmentalisation of Investigative Skills 260
Forensic Provision 261
Silverman Report on the Closure of the Forensic Science Service 261
Ethical Issues 262
High Volume Crime 262
New Investigative Challenges 263
Recommendations 265
Conclusions 266
Glossary 266
References 266
17 The Design and Implementation of Multiple Choice Questions (MCQs) in Forensic Science Assessment 269Claire Gwinnett
Introduction to Multiple Choice Questions (MCQs) 269
The Benefits and Limitations of MCQ Use in Forensic Science Assessment 270
Designing MCQs for Forensic Science 275
Integrating MCQs into Forensic Science Education and Assessment 289
Marking Methods for MCQ Assessments 294
Conclusions 297
References 297
18 The Future of Forensic Science Education 301John P. Cassella, Anna Williams, and Peter D.Maskell
Introduction 301
The Teaching Exercise Framework and the Research Exercise Framework 303
Accreditation of Forensic Science Providers 305
Accreditation of Academic Forensic Courses 305
Accreditation of Forensic Science Practitioners 306
Employers in the Next Decade 307
The Future of Forensic Science Education and Practitioner Training 308
Conclusions 309
References 309
Further Reading 310
Index 311
John P. Cassella,1 Peter D. Maskell,2 and Anna Williams3
1Staffordshire University, Department of Forensic Science and Crime Science, Faculty of Computing, Engineering and Science, Science Centre, Stoke on Trent, UK
2Abertay University, School of Science, Engineering and Technology, Dundee, UK
3University of Huddersfield, School of Applied Sciences, Queensgate, Huddersfield, UK
This chapter aims to reflect upon and to consider the 'where are we now' aspect of forensic science education and training. Despite the rhythms and reflective cycle that academia requires, it is surprising how little time the on-the-ground academics and practitioners involved in education and training get to truly reflect upon the curriculum and assessment of what they deliver. Of course what is specifically taught depends upon many variables; the interests, skills and experiences of those academics delivering the material coupled with the requirement of the industry to teach it. Whilst such criteria are of importance to say 'art' colleagues in their curriculum design, they are not as crucial as they are to a subject such as forensic science. This offers limited latitude for what is taught and requires industry professionals and accreditation boards to drive the expectations of the curricula to a greater degree. What is apparent over the coming pages is the change and the rate of change that has taken place in the forensic science profession at all levels, technical, practical and academic and its use within the Courtroom is now greater than ever, demanding higher and higher levels of skill, competence and understanding of what is useful in a police investigation and criminal trial.
Forensic science is a 'critical and integral part' of any judicial system in the 21st Century because forensic science is one of the primary means through which 'democratic governments fulfill one of the most fundamental obligations to their citizens: public safety insurance in a just manner'.
Houck, 2006
Well over a decade ago, in 2000, in the United Kingdom (UK), the educational landscape for forensic science was very different to today's current situation.
The changes that have occurred in the past decade not only in the forensic science area but also within policing (Neuroyd, 2011) are the greatest since either forensic science or indeed policing came into being. A number of key national and international events have occurred and documents have been published that have aimed to examine the status quo and to offer direction for future developments within forensic science and hence its delivery and education. Some of these early key events and the documentation resulting from them include:
As a result of the field's prominence and popularity (Mennell, 2006), the number of education providers offering forensic science courses and the number of students enrolling in these courses increased exponentially (Engber, 2005; NIFS, 2006) but the subjective observation is that there is now a downward trend in recruitment in forensic science courses in favour of policing based education.
The expansion in forensic science education worldwide driven by university consumer forces and popular demand, in addition to the inconsistency and lack of clarity in the huge range of forensic science courses on offer, have led to inconsistencies in skills and competencies acquired by the graduates seeking employment in the field. Whilst this has clearly been addressed through accreditation by the laudable attempts of learned societies in their host countries (such as the UK Chartered Society of Forensic Sciences) to harmonise the content of delivery, this has worked within countries to some extent, but less so across countries, which reflects the relationship of forensic science with the law and the wider Criminal Justice System within that particular country.
In 2004 that may have been the case, but the situation is now somewhat improved. The question concerning the variety and the value of the many publications and reports on this topic into forensic science provision and education and the legacies and the recommendations that they have offered will be considered further within this chapter and indeed as a paradigm throughout this book. There is, however, much still to be done as forensic science education enters the second decade in the UK HEIs. As Samarji (2012) observed, forensic science academic programmes are still characterised by a great deal of randomness and uncertainty.
Burnett et al. (2001) had argued that little research has been undertaken and published on forensic science education; it is reasonable to surmise that this issue of a paucity of literature at the turn of the twenty-first century has long since been redressed with a myriad of documents, investigations and recommendations at national and international level into all levels and aspects of forensic science. Four years later, Lewis et al. (2005) concluded that the random expansion in forensic science education worldwide, in addition to an inconsistency and lack of clarity in the wide range of forensic science courses on offer, led to variations in the skills and the competencies acquired by trainees and graduates seeking employment in the forensic field. Moreover, forensic science education departments still lack formal arrangements with practitioners and employers to discuss course content, delivery and assessment. Currently in the HEI sector, at best there is a 'Memorandum of Understanding' but more often there is a reliance upon the good will of management level staff from both the academic and practitioner organisations involved. Instead 'what exists is a series of ad hoc arrangements' (with a couple of notable exceptions), which occur on an individual basis between employers or individuals and UK universities through which 'employers liaise with universities about particular courses' (SEMTA, 2004) and how they should or could develop their courses.
Forensic science suffers a non-consensus within the academic community on whether it is a stand-alone and distinct applied field of knowledge, an associate field of study, or merely a technical derivative of existing arenas. Moreover, some scholars and practitioners argue in the public domain in the extreme as to whether or not forensic science education is a necessity at all within Higher Education.
Despite this dialogue, criticisms by potential employers (Lewis et al., 2005) abound more than a decade after the first courses were introduced. Forensic science (education) departments still lack formal arrangement or requirements with employers and national level organisations, for example, the College of Policing (CoP), Chartered Society of Forensic Sciences (CSFS) and Skills for Justice (SfJ), offering endorsement programmes to discuss course content in a meaningful fashion and certainly not at a national, European-wide or international level.
These inconsistencies have resulted, particularly in forensic science education courses because of the lack of dialogue between the various contexts, cultures and mind-set, in a field of shifting but unconfirmed reigning paradigms. This lack of dialogue, compounded by the lack of Quality Assurance Agency (QAA) guidance (until 2012), had resulted in a set of competencies determined to a large degree by the skill set of the academics from the university at the time that the course was first designed. This has been offset in part by up-skilling of HEI academics in the realisation, from advice given by forensic practitioners from industry when attending university forensic science course 'validation events,' that the course must be more than `forensic' in name. Whilst this has been achieved to varying levels across the HEI sector, most, if not all institutions involved, are guilty (in part) of not fully entering into dialogue with legal or policing colleagues. The closure of the UK Forensic Science Service (FSS) in 2012 had one positive effect upon HEIs as an industry, in that it offered a willing pool of highly qualified individuals who could join the academic teams. Previously, such individuals had only entered this pool at retirement on a visiting lecturer basis.
Despite the prominence and high stature that forensic science has gained within the general public consciousness and the consequent expansion it has achieved within...
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