Fundamentals of Forensic Science (2nd Edition)

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Introduction to forensic science (FSC)

The spine may show signs of wear. Pages include considerable notes in pen or highlighter, but the text is not obscured. Choose between standard or expedited shipping to make sure that your textbooks arrive in time for class. When your books are due, just pack them up and ship them back. And don't worry about shipping - it's absolutely free! In Bone Remains, she offers details of twenty riveting cases from her files -- many of them involving facial reconstructions where only bones offered clues to an individual's story.

ISBN 13: 9781305077119

For more information on Forensic Anthropology Lyle Call Number: RA L Understand the real-life science behind crime scene investigation Forensics For Dummies takes you inside the world of crime scene investigation to give you the low down on this exciting field.

Cracking More Cases by Henry C. Lee; Thomas W. H6 L44 Truly a legend in his own time, Dr.

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Henry C. Lee is considered by many to be the greatest forensic criminalist in the world. He has gained widespread public recognition through his involvement in many high-profile cases. C58 This invaluable textbook, written by international experts, covers all the main elements of forensic toxicology and analytical toxicology techniques as well as the important parts of pharmacokinetics, drug metabolism, and pharmacology in general, with a particular focus on drugs of abuse.


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Prescription Drug Abuse Toxicology. Forensics Magazine This is a resource for informational articles national and international about the Forensic Sciences; also includes links to job openings and upcoming training. International Association for Identification Provides links to certification, jobs, upcoming training and events. Society of Crime Laboratory Directors A professional group that is comprised of supervisory professionals in the Forensic Sciences; links to training, jobs, additional resources in FS.

Students will build on their prior knowledge from subjects such as DNA Profiling and Investigation of Human Remains by learning how to analyse and interpret more complex forensic scenarios and traces, including contemporary issues such as trace DNA and blood pattern analysis. Students will also learn and develop their forensic reporting and documentation skills before applying this knowledge in a formal case report.


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Students will develop and reinforce their knowledge throughout the session in lectures and laboratory sessions, in which they will investigate a mock case in a small team. Students will have the opportunity to demonstrate the application of their knowledge in all assessment items and feedback will be provided during the session to assist student development.

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As graduates they will be equipped with an integrated knowledge of this discipline area and possess various scientific skills essential to Forensic Biologists. Students will develop problem-solving skills fundamental to this discipline area through the application of their disciplinary knowledge to analyse an unfamiliar mock case scenario. Students will manage and investigate mock cases in the laboratory sessions, and engage in interactive lectures that reflect on how modern forensic science practice could have mitigated or prevented past miscarriages of justice.

By forming, predicting the outcome of, and testing hypotheses on their mock case exhibits, students will build their problem solving and critical thinking skills. The development of inquiry-based learning is embedded in all assessment tasks, particularly the formation of their case assessment plan, and interpretation and expert opinion for the court report. As graduates, they will possess critical thinking and analysis attributes that have been gained from this intensive forensic subject.

This subject is designed for students to acquire, develop, employ and integrate a wide range of technical, practical and professional skills within the discipline of Forensic Biology and related fields. Students will refine their collaborative peer learning and working skills throughout the laboratory sessions.

The assessed case assessment plan, examination notes, case file and court report, and expert testimony are all designed to mimic authentic professional tasks to allow students a platform to develop and receive feedback on these essential skills. Students will also have an opportunity to refine generic professional attributes such as time management, problem solving, personal organisation, computing and data handling as part of the development of specific professional skills including forensic interpretation, documentation practices, ethics, laboratory practice and case management.

Essential to Forensic Scientists is the ability to communicate effectively to both scientific and non-scientific audience through various forms, for example, writing, reading, speaking and listening. Students will refine their communication skills both informally and via formal assessment. Students' technical written communication skills will be developed through the preparation of their case assessment plan, examination notes, case file and court reports.

Students have the opportunity to practice verbal communication of complex scientific concepts to a non-scientific audience in an adversarial legal environment during the moot court assessment.

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CHEAT SHEET

Students will also be given an opportunity to develop their scientific peer communication skills during the interactive lectures and laboratory sessions. These classes incorporate both interactive lectures and practicals, with a final mock court assessment.

Announcements, relevant subject materials and documents will be made available as handouts or downloads through UTSOnline. Students should prepare for lectures by accessing the provided resource materials detailing the collection and analysis of forensic traces that are discussed in the context of complex biological cases or may relate to their mock case.

Test bank for forensic science fundamentals and investigations 2nd ed…

The lectures for this subject combine theory, discussion and the practical application of concepts. The theoretical components of the lectures provide students with the knowledge to analyse and interpret biological traces recovered from complex crime scenes. The mock case is the thread that ties the lectures to the laboratory component. The mock case assessment plan, examination notes and expert testimony are introduced during the linked lecture sessions, giving students an opportunity to break into pairs and practice, receive formative feedback and ask questions before submitting their work for assessment.

Students also have the opportunity to discuss presented case examples through the application of concepts taught throughout the semester. In order to prepare for the case file, court report and expert testimony assessments, students are provided with opportunities for consultation with the teaching staff.