Keele University Prospectus Undergraduate | 2016 | Page 72

NATURAL SCIENCES

Chemistry and
Forensic Science
Overview

Chemistry and Forensic Science is one of the most
popular programmes within physical sciences
at Keele. Chemistry is the science behind many
of the modern innovations that we have come
to rely on today and forensic science focuses on
the applications of scientific methods, including
chemical analytical techniques, in the context of
crime. A degree in Chemistry and Forensic Science
will provide you with a broad perspective on the
sciences, with a focus on analytical science,
and equip with you with the key transferable
skills valued by employers.
The diversity of topics within chemistry and forensic
science is reflected in the teaching and research
at Keele. By choosing this degree you may focus
your career in analytical chemistry and apply these
scientific methods and techniques to a wide variety
of problems, with a wide range of relevant practical
laboratory skills coupled to a sound theoretical
understanding. This programme is recognised by
the Chartered Society of Forensic Sciences and
accredited by the Royal Society of Chemistry.

Course content
First year
During the first year you will gain the knowledge
and skills required for the study of chemistry and
forensic science to an advanced level alongside
laboratory and analytical skills. Many of the practical
experiments place chemistry and forensic science in
a real world context.
You will study modules including:
Chemical Concepts and Structure introduces the
fundamental concepts of elemental properties,
chemical bonding and molecular structure that
underpin chemistry.
Chemical Properties and Reactions explores the
chemistry of transition metals, the synthesis of
organic molecules and the thermodynamic and
kinetic basis of chemical reactions.
Forensic Science Principles provides an introduction
to forensic science, its role, and key topics such as
identifying individuals, identifying forgeries, chemical
identification and the legal and crime scene context.
Forensic Identification presents the concept of
identifying individuals by the analysis of the unique
complement of biological molecules produced
by their bodies (particularly DNA), or by the
identification of their skeletal remains.

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Second year
In the second year you will build on your problem
solving, analytical and research skills through a
variety of lectures, laboratory classes and problem
classes.
You will gain skills and knowledge through modules
such as:
Spectroscopy and Analytical Chemistry covers the
theory and applications of analysis in chemistry,
including the use of spectroscopic techniques to
determine the structural properties of a range of
organic and inorganic compounds.
Structural Inorganic Chemistry develops greater
knowledge of the synthesis and properties of
transition metal organometallic compounds and
their applications in catalysis.
Criminalistic Methods explores areas of forensic
science where pattern identification and analysis
is of vital importance. This includes the study of
marks and impressions, bloodstain spatter patterns,
photography and aspects of documents analysis.
Forensic Genetics continues the biological thread
with an exploration of the principles underlying DNA
and the molecular biology of genetics.
Third year
The third year enables you to study advanced
concepts and select from our range of taught
modules, allowing you to tailor the final year to your
interests. You will undertake an independent research
project in both areas of study under the supervision
of a member of academic staff allowing you to gain
valuable experience of research and apply your
knowledge and skills. You may also choose to follow
a major route and specialise in either subject.
In addition to core modules in Forensic Toxicology
and Evaluation of Evidence and Explosives and
Arson you may choose from specialist modules in:
• Advanced Organic Chemistry
• Chemical Kinetics
• Inorganic, Physical and Solid State Chemistry
• Materials Chemistry and Catalysis
• Biological Chemistry
• Topics in Chemistry
• Forensic Geoscience
• Advanced Topics in Forensic Analysis