Natural Sciences
University of Bath
Natural Sciences
Programmes
A Student's Guide to
Course Selection within
the Natural Sciences Degrees
(August 2013)
www.bath.ac.uk/nat-sci/
The publication is a guide to the
Natural Sciences Programmes.
While we endeavour to keep this publication up to date, inevitably changes occur from time to time.
The University’s online Programme Catalogue is regularly updated and can be found at:
http://www.bath.ac.uk/catalogues/2013-2014/s/s-proglist-ug.html
The University may, at its discretion and for any reason,
alter or not offer, units or courses, or parts of courses.
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1 INTRODUCTION
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1.1 FURTHER DETAILS
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2 TERMINOLOGY & DEFINITIONS
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3 NATURAL SCIENCES BSC(HONS) DEGREE PROGRAMMES
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3.1 OVERVIEW
3.2 THREE YEAR BSC FULL-TIME
3.3 FOUR YEAR BSC WITH INDUSTRIAL PLACEMENT
3.4 FOUR YEAR BSC WITH STUDY YEAR ABROAD
3.5 PROGRAMME STRUCTURE BY YEAR
3.6 NOTE ON MATHEMATICS SUBJECTS
3.7 NOTE ON NON-SCIENCES SUBJECTS AND SPECIFICALLY LANGUAGES
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4 SPECIALIZATION ROUTES (BIOLOGY, CHEMISTRY, PHYSICS)
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5 CORE SCIENCE SUBJECTS
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5.1 CHEMISTRY (C)
5.2 LIFE SCIENCES (LS)
5.3 BIOLOGY (B)
5.4 BIOCHEMISTRY (BC)
5.5 PHARMACOLOGY (PC)
5.6 PHYSICS (P)
5.7 MATHEMATICS (M)
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6 SUPPORTING SCIENCE SUBJECT
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6.1 ENVIRONMENTAL STUDIES (ENV)
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7 NON-SCIENCE SUBJECTS
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7.1 EDUCATION (E)
7.2 LANGUAGES (L)
7.3 MANAGEMENT (MN)
7.4 PSYCHOLOGY (PS)
7.5 SOCIAL SCIENCES (SS)
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8 NATURAL SCIENCES MSCI(HONS) DEGREE PROGRAMMES
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8.1 OVERVIEW
8.2 FOUR YEAR MSCI (HONS) FULL-TIME
8.3 FIVE YEAR MSCI (HONS) WITH PROFESSIONAL PLACEMENT
8.4 FIVE YEAR MSCI (HONS) WITH STUDY YEAR ABROAD
8.5 SUBJECT STREAMS FOR THE MSCI (HONS) IN NATURAL SCIENCES
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9 WHICH PROGRAMME SHOULD I CHOOSE?
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10 INTERNATIONAL STUDENTS
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1 Introduction
The aim of this booklet is to explain the important features of the Natural Sciences programmes at the
University of Bath. First, an overview of the programmes is presented, followed by a detailed breakdown of the
programmes on a year-by-year basis. The Guide is completed with a more detailed look at the subjects
available on the Natural Sciences programmes and the units that may be studied.
You should use this guide to ensure that your programme offers you the opportunities and subjects that you
want in your future degree course.
1.1 Further Details
Further details of the content of the course can be found on the Natural Sciences web site:
www.bath.ac.uk/nat-sci/
Descriptions of each unit can be found in the Natural Sciences Unit Catalogue on this web page:
www.bath.ac.uk/catalogues/2013-2014/s/s-proglist-ug.html
There is also a web based tool for creating your own customised course at
www.bath.ac.uk/nat-sci/my-course
2 Terminology & Definitions
Programme: Programmes of study are those compulsory, optional and elective units defined within approved
schemes of study which lead to named awards of the University. Thus, the “BSc (Hons) in Natural Sciences”,
“BSc (Hons) in Natural Sciences with Industrial Placement”, “BSc (Hons) in Natural Sciences with Study Year
Abroad”, “MSci (Hons) in Natural Sciences”, “MSci (Hons) in Natural Sciences with Professional Placement” and
the “MSci (Hons) in Natural Sciences with Study Year Abroad” are all separate, although related, programmes
of study.
Units: Units are discrete components of learning with defined outcomes and discrete assessment. Each unit
has a credit weighting which represents its fractional contribution to a student’s workload in a full-time academic
year of study.
Credits: Each unit is allocated a credit ‘size’, typically either 3, 6, 12, 18 or 24 depending on how much content
and study they entail. Usually a unit taught over one semester is worth 6 credits while a unit taught over the
whole-year is worth 12 credits. Each unit is assessed either by coursework, tests, practical classes, etc., within
the teaching period of its semester or academic year and/or by examination at the end of the relevant semester
or academic year.
Part: This term is used to distinguish three periods within a programme of study which are treated in different
ways for assessment purposes.
Considering the simple case of the three-year programme leading to a BSc (Hons) in Natural Sciences, Year
One is labelled as Part 1, and its assessment will normally be used only to determine the student’s fitness to
proceed to the rest of the programme (i.e., it is a qualifying year). Year Two of this programme is labelled as
Part 2, and its assessment will contribute to the calculation for the award in due course, but will not see the
completion of all that is required for the award (i.e., it is a progression year). The Final Year of this programme
is labelled as Part 3, and its assessment will contribute to, and will be the last to be taken by the student, before
the calculation for an award (i.e., it is the award year).
Stage: This term allows for easier comparison of programmes and for some which have a more flexible
duration of study.
Considering the simple case outlined above, the three Parts can also be referred to as Stages 1, 2 and 3,
respectively. However, in the four-year programmes leading to a BSc (Hons) in Natural Sciences with Industrial
Placement or Study Year Abroad, Part 2 is divided into two Stages; Stage 2 corresponding to Year Two and
Stage 3 corresponding to the Year Three spent away from the University of Bath. In this four-year case, Part 3
would be referred to as Stage 4. That is, there is always only three Parts in a programme of study, but different
programmes may have different numbers of stages.
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Overall stage average (OSA): This is the term used to denote the mean average mark across all summative
assessments in a Stage of a programme, in whatever Part that stage falls, calculated according to the
weightings of the constituent units.
Overall programme average (OPA): This is the term used to denote the mean average mark across all
summative assessments in all Stages of Part 2 and Part 3 of a programme, calculated according to the
weightings of the constituent units and Parts.
The BSc (Hons) in Natural Sciences and MSci (Hons) in Natural Sciences programmes are fully compliant with
the University’s New Framework for Assessment: Assessment Regulations (NFAAR). The NFAAR
describes the rules for progression from one Stage of the programme to the next (including supplementary
assessment and the extent of failure that may be condoned) as well as for the award of degrees. Students
taking a BSc (Hons) or MSci (Hons) programme will be assessed according to these rules. Further information
about the NFAAR is available at;
http://www.bath.ac.uk/registry/nfa/index.htm
Overview of the Natural Sciences programmes using the above terminology;
 The Natural Sciences BSc (Hons) Part 1 marks do not contribute to the OPA.
 Passing Part 1 with an average (OSA) of at least 40% is a requirement for progressing to Part 2.
 Although progressing to a Professional Placement or Study Year Abroad (i.e., progressing to Part
2/Stage 3) is automatic with progression to Part 2, typically a Part 1 OSA of at least 50% is needed in
order to be competitive in the application process.
 Passing Part 2 with an OSA of at least 40% is a requirement for progressing to Part 3.
 Part 2/Stage 2 contributes 32% to the OPA.
 The Professional Placement or Study Year Abroad years (Part 2/Stage 3) do not contribute to the OPA.
 Part 3 contributes the remaining 68% to the OPA.
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The Natural Sciences MSci (Hons) Part 1 marks do not contribute to the OPA.
Passing Part 1 with an OSA of at least 50% is a requirement for progressing to Part 2/Stage 2.
Progressing to a Professional Placement or Study Year Abroad (i.e., progressing to Part 2/Stage 3) is
automatic with progression to Part 2.
Passing Part 2/Stage 2 with an OSA of at least 60% is a requirement for progressing to Part 2/Stage 3
or 4.
Part 2/Stage 2 contributes 16% to the OPA.
Passing Part 2/Stage 3 or 4 with an OSA of 40% is a requirement for progressing to Part 3.
The Professional Placement or Study Year Abroad years (Part 2/Stage 3) do not contribute to the OPA.
Part 2/Stage 3 or 4 contributes 34% to the OPA (i.e., Part 2 in total contributes 50% to the OPA)
Part 3 contributes the remaining 50% to the OPA.
Blocks: Unique to the Natural Sciences programme is the linking of pairs of units (typically 6-credits each), one
in semester one and the other in semester two, which is called a subject block. In the case of a whole-year 12
credit unit, the single unit would be considered to be a block. Therefore, students select five blocks to study for
each year of the programme (i.e., totalling 60 credits worth of study per year).
Streams: The set of blocks supplied by an academic department to the Natural Sciences programme is called
a subject stream, e.g., Physics stream.
Blocks are labelled to show their subject, their year in the course, and their place in the subject stream. For
instance, the block labelled P2.1 is;
P
– a physics block
2
– a second year physics block
.1
– the first physics block in the second year
An additional suffix applies to Year 1 blocks. The extra labelling is “a” and “b”. An “a” shows that this block is a
post-GCSE block (e.g., M1a), whereas “b” shows that the block is a post A2-level block (e.g., M1b) which leads
to a major stream in the course.
Forbidden Combinations: Regrettably, not every combination of subject can be timetabled and certain
forbidden combinations have been agreed as follows:
 In the BSc (Hons) programmes, the five “non-sciences” subjects (i.e., Education, Languages,
Management, Psychology and Social Sciences) are blocked against each other throughout the
Programme (i.e., only one of these subject streams can be taken in any academic year).
 Pharmacology and Physics streams are forbidden combinations throughout the Programme.
 Physics and Psychology streams are forbidden combinations throughout the Programme.
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Biochemistry and Pharmacology streams are forbidden combinations throughout the Programme.
Other forbidden combinations in the same year are obvious, e.g. foundation mathematics and more
advanced mathematics.
Other forbidden combinations may be introduced from time to time where necessary.
Co-requisite units: Some units require the simultaneous taking of other units in order to provide sufficient
breadth of knowledge to satisfactorily attempt one or both units. The following co-requisites are in place:
 In order to take the Statistics stream (blocks M1.2b, M2.2 and M3.2) the “Maths for scientists” stream is
also required (blocks M1.1b, M2.1 and M3.1, respectively).
 In order to take the Physics stream (blocks P1.1b and/or P1.2b, P2.1 and/or P2.2), the “Maths for
scientists” stream is also required (blocks M1.1b and M2.1, respectively). Block M3.1 is not a co-requisite
for taking a Final Year Physics block(s) (P3.1 and/or P3.2) but is highly recommended.
 In order to take either Year One Pharmacology blocks, the other Pharmacology block must be taken (i.e.,
PA10237 and PA10238 are co-requisites of each other).
 In order to take the Biochemistry stream (blocks BC1, BC2 and BC3) the Biology Life Sciences/Molecular
Biology stream (Ls1.1b, B2.2 and B3.2) must also be taken.
Major: In Natural Sciences we informally consider students to major in a particular subject. Majors in the BSc
(Hons) programmes are possible in Biochemistry, Biology, Chemistry, Environmental Sciences, Pharmacology,
or Physics. Majors in the MSci (Hons) programmes are possible in Biochemistry, Biology, Chemistry or
Physics. To major in a given subject, students take two blocks in that subject each year (N.B. the single
Biochemistry stream (BC) is coupled with the Molecular Biology stream to provide the double block). In
addition, in the Final Year a research or dissertation project in this major subject is taken. Provided there are no
forbidden combinations, students may then take their remaining streams in unrelated subjects, although for
some blocks there may be co-requisite blocks (e.g., Ls1.2b supports either Biology or Pharmacology in Year
One; Mathematics supports Physics in Years One and Two).
Extra units: All students are permitted to study up to an extra 6-credits per year, beyond the standard 60
credits per year, provided permission is granted by the Director of Studies. Eligible units are restricted to
specific “Generally available units” if they can be timetabled along with a student’s standard units and the
student has the appropriate pre-requisites;
http://www.bath.ac.uk/catalogues/2013-2014/s/s-proglist-ug.html
Assessments for these extra units are taken and the grades recorded on the student’s academic record.
However, extra units do not contribute to the calculation of an OSA or OPA and can not be substituted for a
standard programme unit. The burden that extra units puts on a student means that they are not available
during Semester I of Year One, when students have limited knowledge of the workload associated with
university-level study. In addition, generally only students who have an overall First Class performance are
capable of taking on the extra workload while not affecting their normal units. Thus, permission to take extra
units is the Director of Studies decision and that decision is final.
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3 Natural Sciences BSc(hons) Degree Programmes
3.1 Overview
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In reference to Section 2 “Terminology & Definitions”, above. At the University of Bath, the degree of
Bachelor of Science with Honours in Natural Sciences can be obtained through studying one of three
different programmes;
1. BSc (Hons) in Natural Sciences
2. BSc (Hons) in Natural Sciences with Industrial Placement
3. BSc (Hons) in Natural Sciences with Study Year Abroad
Each year of study requires students to satisfactorily complete 60 credits of units chosen from a prescribed
list of units.
All units in all years have associated pre-requisite requirements (either GCSE, A-level or University of Bath
units) that must be met.
Some units may have co-requisite requirements.
The Natural Sciences programmes organise units into blocks of subject-specific study that total 12 credits
each year. Thus, five blocks must be studied each year in order to make a total of 60 credits.
In Year One (i.e., Part 1/Stage 1) there is a mandatory mathematics block. Students can then choose four
other blocks of study, provided at least two are in one of the core science subjects (this will normally
constitute the student’s major subject) and only one can come from the non-sciences subjects (Education,
Languages, Management, Psychology or Social Sciences).
Passing Part 1/Stage 1 is required in order to progress in the “Industrial Placement” or “Study Year Abroad”
programmes. However, an OSA of at least 50% is usually necessary in order to be competitive in finding a
place. Year One does not contribute to the OPA.
In Year Two (i.e., Part 2/Stage 2) students can choose five blocks of study, provided two remain in a core
science subject chosen in Year One (i.e., continuation of the student’s major subject) and only one can
come from the non-sciences subjects. Stage 2 constitutes 32% of the OPA.
Students on the “Industrial Placement” or “Study Year Abroad” programmes will spend Year Three away
from the University (this year will constitute their Stage 3 of Part 2). This year away is worth 60 credits and
is assessed, but does not contribute to the OPA.
In the Final Year (i.e., Part 3, either Stage 3 or 4 depending on the programme undertaken) there is a
mandatory research project/dissertation block that is coupled with two blocks of a core science subject (i.e.,
the student now majors in a particular subject by taking three blocks in it). The remaining two blocks are
chosen provided only one comes from the non-sciences subjects. Part 3 constitutes 68% of the OPA.
Year One
Mandatory Block
Major Stream
Remaining
Streams
Year Two
Mathematics
Block
Block 1.1
Block 2.1
Block 1.2
Block 2.2
Block 1.3
Block 2.3
Block 1.4
Block 2.4
Block 2.5
Final Year
Placement or Study Year Abroad

Project/Dissertation Block
Figure 1: Basic overview of Natural Sciences BSc (Hons) Programmes
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Block 3.1
Block 3.2
Block 3.3
Block 3.4
3.2 Three Year BSc Full-Time
Programme code:
UCAS code:
UXXX-AFB01
CFG0
BSc (Hons) Natural Sciences
The three-year programme with the pattern shown below leads to a BSc (Hons) in Natural Sciences whatever
combination of units is taken within the three years.
Parts and Stages in UXXX-AFB01
Year 1
Year 2
Year 3
End
Stage 1
Progression
Assessment
Part 1
Stage 2
Progression
Assessment
Part 2
0% to OPA
Stage 3
Final
Assessment
End
68% to OPA
End
Part 3
32% to OPA
3.3 Four Year BSc with Industrial Placement
Programme code:
UCAS code:
UXXX-AKB02
FCG0
BSc (Hons) Natural Sciences with Industrial Placement
The four-year BSc (Hons) programme that includes a placement year has the pattern shown below. The final
year of this programme is identical to that of the three year BSc (Hons) degree above.
Parts and Stages in UXXX-AKB02
Year 1
Stage 1
Year 2
Progression
Assessment
Part 1
Stage 2
Year 3
Industrial
Placement
Progression
Assessment
Stage 3
Year 4
End
Qualifying
Assessment
Part 2
0% to OPA
Stage 4
Final
Assessment
End
68% to OPA
End
Part 3
32% to OPA
Students taking a degree with an industrial placement year (sometimes also called a ‘professional placement’
or simply a ‘placement’) spend Year Three of their degree programme (typically 11 months) pursuing a project
in an approved company or research organization that might employ a Natural Sciences graduate. By providing
direct experience through applying their knowledge and skills in a real-world context, the placement year
supports and enhances the broad aims of the Natural Sciences degree programme. Although the year is
assessed, it does not contribute towards the OPA, i.e., it is a “standard” placement, not an “enhanced
placement”.
During the placement year, students are employees of the placement company or organization and the great
majority are paid for their work, usually at rates similar to those of graduates. Most placements are in the UK,
but a number each year are overseas (in both English-speaking and non-English-speaking countries). Students
are given support and guidance in obtaining placements by working with the Placement Officer or Tutor in the
department with which they have registered for a placement – typically, Biology & Biochemistry, Chemistry,
Physics, or Mathematical Sciences. Ultimately, however, a placement year depends on a company or
organization offering a job to the student, and for this reason placements cannot be guaranteed.
Note: students should register with a placement subject department by the end of Year One. Students who
wish to transfer to the Industrial Placement programme from the other Natural Sciences programmes may do so
in Year One – but an OSA of at least 50% in Year One is usually necessary in order to be competitive in the
selection process. It is important to ensure you are registered on the correct programme code by the end of
Year One in order that administration and funding is in place for four-year courses.
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3.4 Four Year BSc with Study Year Abroad
Programme code:
UCAS code:
UXXX-AAB02
GCF0
BSc (Hons) Natural Sciences with Study Year Abroad
Students taking a degree with a study year abroad spend Year Three of their degree programme studying at
an overseas university. The aim of this year is to allow students to gain knowledge of a foreign language and/or
culture to widen their experience as an undergraduate (i.e., study need not be in a non-English speaking
country).
Parts and Stages in UXXX-AAB02
Year 1
Stage 1
Year 2
Progression
Assessment
Stage 2
Part 1
Year 3
Study Year
Abroad
Progression
Assessment
Stage 3
Year 4
End
Qualifying
Assessment
Part 2
0% to OPA
Stage 4
Final
Assessment
End
68% to OPA
End
Part 3
32% to OPA
Students work with the Natural Sciences Study Year Abroad Tutor to organise the placement. However, the
University has a limited number of places available for exchanges, hence, there is competition for the places
available for this option and so a place can not be guaranteed. Historically, more students have taken up a paid
industrial placement in a European country than have chosen the study year abroad option.
As an indication of the opportunities available, the University of Bath currently (2013) has the following
reciprocal arrangements:
University of Canterbury, New Zealand; University of Woolongong, Australia; Simon Fraser University, Australia;
National University of Singapore, Republic of Singapore; Pennsylvania State University, USA; Binghamton
University, USA; Purdue University, USA; University of Nebraska-Lincoln, USA; Dalhouse University, Canada;
University of Bordeaux, France; University of Kaiserlautern, Germany
3.5 Programme Structure by Year
First Year Options
Students select five blocks:
 All students must study at least one pair of blocks in the same core science subject (i.e., a major).
Choose from; Biochemistry, Biology, Chemistry, Pharmacology, Physics, (Mathematics: see Section
3.6, below).
 One block of mathematics is mandatory.
Either M1a or M1b, depending on A2-level mathematics pre-requisite.
 If Biology B1b is selected, one of the Life Sciences (Ls1.1b or Ls1.2b) must be chosen in addition.
Note: Ls1.1b and Ls1.2b can not be taken together.
Note: Occasionally the Director of Studies will permit Ls1.1b to be taken on its own to complement
chemistry or physics double blocks.
 If Biochemistry BC1 is selected then Ls1.1b must be chosen in addition.
i.e. Ls1.2b can not be chosen (consequently Biochemistry is blocked against Pharmacology).
 If Pharmacology Pc1b is selected, Life Sciences Ls1.2b must be chosen in addition.
i.e. Ls1.1b can not be chosen.
 If any Physics block is selected, even a single block, Mathematics M1b must be chosen in addition (i.e.,
Physics is not possible without advanced mathematics to support it).
 If Statistics M1.2b is selected, Mathematics M1b must be chosen in addition (i.e. Statistics is not possible
without advanced mathematics to support it).
 Environmental Studies may be studied from year 1 (block Env1).
 A maximum of one block in the non-sciences subjects may be selected.
Choose from; Education, Languages, Management, Psychology or Social Sciences.
 A 3-credit foreign language unit may be selected as an extra unit each semester.
After Year One, some students will have the option, if they wish, to be considered for transfer to Year Two of
the Biochemistry, Biology, Chemistry or Physics programmes (see Section 4 Specialization Routes below).
Alternatively, subject to the correct pre-requisites and adequate performance, it may be possible to transfer to
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the MSci (Hons) in Natural Sciences programme if more specialization within the area of Natural Sciences is
desired (see Section 8 below).
Second Year Options
Two more optional subjects become available; Environmental Studies (if not chosen in Year One, see block
Env2.2) and Mathematics for Biologists:
Students must choose five blocks:
 Students must study at least one pair of blocks in the same core science subject (i.e., a major).
Choose from; Biochemistry, Biology, Chemistry, Pharmacology, Physics, (Mathematics: see Section 3.6,
below).
 If Biochemistry BC2 is chosen then Molecular Biology B2.2 must be chosen in addition.
 Pharmacology Pc2 can only be taken as a double block.
 If any Physics block is selected, even as a single block, Mathematics M2.1 must be chosen in addition
(i.e., Physics is not possible without advanced mathematics to support it).
 If Statistics M2.2 is selected, Mathematics M2.1 must be chosen in addition (i.e., Statistics is not possible
without advanced mathematics to support it).
 Students who have taken Mathematics M1a and Biology B1b in Year One can take Mathematics for
Biologists M2.4 (Modelling the dynamics of life 1 + Modelling the dynamics of life 2).
 Students who have taken Mathematics M1b and Biology B1b in Year One can take Mathematics for
Biologists M2.3 (Maths for scientists 3 + Modelling the dynamics of life 2).
 In order to take Physics P2.1, a double block of Physics (i.e., P1.1b + P1.2b) must have been taken in
Year One.
 A maximum of one optional block in the non-sciences subjects may be selected.
Choose from; Education, Languages, Management, Psychology and Social Sciences. Any stage level
language may be chosen.
 A 3-credit foreign language unit (any level) may be selected as an extra unit each semester.
Final Year Options
One more supporting science issues block becomes available (History of psychology & Learning sciences,
block HPS3). Majoring in Environmental Sciences is now possible (blocks Env3.1 and Env3.2 plus dissertation
unit).
Students must choose five blocks:
 Students must study at least one pair of blocks in the same core science subject (i.e., a major).
Choose from; Biochemistry, Biology, Chemistry, Pharmacology, Physics, Environmental Sciences,
(Mathematics: see Section 3.6, below).
 The project or dissertation block (depending on subject) in the major subject is mandatory.
Note: your major subject will therefore comprise 3/5 (i.e., 60%) of your Final Year.
 If Biochemistry BC3 is chosen then Molecular Biology B3.2 must be chosen in addition.
 Pharmacology Pc3 can only be taken as a double block.
 If any Physics block is selected, even as a single block, Mathematics M3.1 is recommended to be chosen
in addition (i.e. Physics is best supported by advanced mathematics).
 If Statistics M3.2 is selected, Mathematics M3.1 must be chosen in addition (i.e. Statistics is not possible
without advanced mathematics to support it).
 In order to take Mathematical Biology M3.3 then M2.1 must have been taken in Year Two.
 In order to take Physics P3.2, a double block of Physics (i.e., P2.1 + P2.2) must have been taken in Year
Two.
 A maximum of one block in the non-sciences subjects may be selected.
Choose from; Education, Languages, Management, Psychology or Social Sciences. Only a stage 2 or
higher level language may be chosen.
 A 3-credit foreign language unit (any level) may be selected as an extra unit each semester.
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3.6 Note on Mathematics subjects
Mathematics options are not strictly regarded as a core science subject area in which a student can major.
They are made up of three possible streams; i) Mathematics for scientists, ii) Statistics and iii) Mathematical
Biology. Instead, the mathematics streams are intended to support the core sciences.
A major in Mathematics is not possible because the Department of Mathematical Sciences does not offer 12credit projects/dissertations and generally Natural Sciences students will not have sufficient mathematics prerequisite knowledge to adequately cope with a 6-credit Final Year mathematics project. However, in very rare
cases a project has been arranged through consultation with the Director of Studies.
3.7 Note on non-sciences subjects and specifically languages
To study Psychology or Social Sciences in Year Two and Final Year requires, as a pre-requisite, the previous
year’s Psychology or Social Sciences blocks, respectively, i.e., the Psychology stream (PS) or Social Sciences
stream (SS), respectively, needs to be taken from Year One onwards and may not be started in Year Two or
Final Year.
However, the remaining non-sciences subject streams, Education, Languages and Management, do not
require that they have been studied in previous years and so can be started in Year Two or Final Year.
University regulations (as a reflection of the national framework for higher education qualification (FHEQ)
requirements) require students to complete a minimum number of credits at specific levels in order to be eligible
for a specific degree. See Appendix B of QA3;
http://www.bath.ac.uk/quality/cop/statements.html
For the BSc (Hons) degrees, students must complete 60 credits of C-level units (Certificate level, i.e. Year
One level), at least 48 credits of I-level units (Intermediate level, i.e. Year Two level) and at least 48 credits of Hor M-level units (Honours or Masters level, i.e. Final Year level).
For students starting a language in Year Two the lowest level of language possible is Stage 1 (i.e.
“Beginners” level). For students starting a language in Final Year the lowest level of language possible is Stage
2 (i.e. “Improvers” level). However, overall, students will have to take an appropriate level of study in order to
meet the FHEQ minimum requirements, since Stage 1 and 2 level languages are both C-level units.
See the Foreign Languages Centre’s web page for more details;
http://www.bath.ac.uk/flc/study/students/index.html
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4 Specialization Routes (Biology, Chemistry, Physics)
Routes are available that may lead to specialization in a subject (see below). However, please note that
moving to a different programme run by a different department is subject to the approval of the Director of
Studies of the recipient department. A student may not be deemed of sufficient academic standing for transfer
or the desired programme may be full. Thus, transfers are not guaranteed.
Biochemistry
At the end of Year One students who have successfully studied BC1, which is automatically paired with the
Biology Life Sciences cell biology block, Ls1.1b, may be considered for transfer to Year Two of one of the
degree programmes from the Department of Biology and Biochemistry. Some extra reading during the
summer break may be required with assessment to ensure adequate pre-requisite knowledge. In addition,
BB10007 “Genetics” will have to be taken in Year Two of the new programme.
Biology
At the end of Year One students who have successfully studied B1b, which is automatically paired with a life
sciences cell biology (Ls1.1b or Ls1.2b), may be considered for transfer to Year Two of one of the degree
programmes from the Department of Biology and Biochemistry. Some extra reading during the summer
break is advisable to ensure adequate pre-requisite knowledge. In addition, BB10007 “Genetics” will have to
be taken in Year Two of the new programme.
Chemistry
At the end of Year One students who have successfully studied a double Chemistry block may be considered
for transfer to Year Two of one of the degree programmes from the Department of Chemistry. This would
lead to the student being awarded a degree in chemistry, including the opportunity to study for an M.Chem.
Some extra reading in the missing chemistry stream during the summer break is advisable to ensure
adequate pre-requisite knowledge.
Students are usually also offered the opportunity to take the
Supplementary Assessment in the missing chemistry stream in order to assess their knowledge.
Physics
At the end of Year One students who have successfully studied double physics and mathematics (M1b) may
be considered for transfer to Year Two of one of the degree programmes from the Department of Physics.
This would lead to the student being awarded a degree in physics, including the opportunity to study for an
M.Phys. Some extra reading during the summer break is advisable to ensure adequate pre-requisite
knowledge.
13
5 Core Science Subjects
5.1 Chemistry (C)
Starting Qualification (Q)
Take Block
Comments
A-level Chemistry
C1.1b
Organic chemistry stream
A-level Chemistry
C1.2b
Inorganic chemistry stream
A-level Chemistry
C1.3b
Physical chemistry stream
Final year
Year 2
Year 1
Standard Chemistry Stream
Choose either C1a or up to two blocks from remaining:
C1.1b
Q: A-level chemistry
C1.2b
Q: A-level chemistry
C1.3b
Q: A-level chemistry
CH10136
Fundamentals of
organic chemistry for
Natural Scientists
C2.1
Q: C1.1b
CH10134 Atomic
structure, bonding &
the Periodic Table for
Natural Scientists
C2.2
Q: C1.2b
CH10138 From
molecules to materials
for Natural Scientists –
Physical Chemistry
C2.3
Q: C1.3b
CH20150 Organic
synthesis, reaction
mechanisms &
spectroscopy for
Natural Scientists
C3.1
Q: C2.1
CH20148 Inorganic
synthesis, structure &
reactivity for Natural
Scientists
CH20152 Principles of
physical chemistry for
Natural Scientists
C3.2
Q: C2.2
C3.3
Q: C2.3
CH30128 Topics in
organic chemistry
CH30210 Future of
drug discovery
CH30211 Chemistry
beyond the molecule
CH30065 Biosynthesis
& biotransformations
CH30127 Topics in
inorganic chemistry
CH30203
Radiochemistry
CH30064
Supramolecular
chemistry
CH30086 Inorganic
chemistry in biological
systems
CH30129 Topics in
physical chemistry
CH20194 Liquids and
solutions
CH20218 Analytical
chemistry for Natural
Scientists
CH30038 Neutron
scattering
Year 2
Year 1
Specialist Route in Chemistry
Choose two blocks from:
C1.1b
Q: A-level chemistry
CH10136 Fundamentals of
organic chemistry for
Natural Scientists
C1.2b
Q: A-level chemistry
C1.3b
Q: A-level chemistry
CH10134 Atomic structure, bonding &
the Periodic Table for Natural
Scientists
CH10138 From molecules to
materials for Natural
Scientists
Transfer to one of the degrees in the Departments of Chemistry†
† Some directed reading during the summer vacation in the Chemistry subject not taken in Year One is
recommended in order to ensure adequate pre-requisite knowledge for Year Two.
14
5.2 Life Sciences (Ls)
The life sciences blocks in Biology, Ls1.1b, and Pharmacology, Ls1.2b, in Year One share the study of cell
biology. For biology B1b, either purely life sciences (Ls1.1b) or life sciences plus pharmacology (Ls1.2b) is
needed. For pharmacology Pc1b, life sciences plus pharmacology (Ls1.2b) is needed. These are blocks that
provide vital foundation material for the further study in the biology or pharmacology streams. Therefore, one of
these life sciences blocks must be taken if you are selecting either/or both B1b or Pc1b. They cannot normally
be studied on their own or together.
For students studying the Biochemistry (BC) stream then the biology life sciences/molecular biology (Ls1.1b,
B2.2, B3.2) stream is a co-requisite throughout the programme.
Starting Qualification (Q)
At least A-level Biology
A-level Chemistry is recommended
A-level Chemistry (grade B or better,
organic chemistry module recommended)
A-level Biology
A-level Chemistry (grade B or better,
organic chemistry module recommended)
A-level Biology is highly recommended.
Take Block
B1b & Ls1.1b
Co-requisite for B1b
B1b & Ls1.2b
Co-requisite for B1b
Pc1b & Ls1.2b
Mandatory co-requisite for Pc1b
Year 2
Year 1
Cell and Molecular Biology Stream
Ls1.1b
Q: At least A-level biology
A-level Chemistry is recommended
Final year
Comments
BB10005 Cell biology I
BB10006 Cell & molecular biology
B2.2
Q: Ls1.1b or Ls1.2b
Ls1.2b
Q: A-level Chemistry (grade B or better,
organic chemistry module recommended)
A-level Biology is highly recommended.
PA10237 Introduction to chemical biology,
pharmacology & drug action
BB20110 DNA (making, breaking & disease)
BB10007 Genetics
B3.2
Q: B2.2
BB30167 Genomes
BB30169 Concepts in systems biology
Forbidden Combinations
The Cell and Molecular Biology Year One block, Ls1.1b, and the Pharmacology Year One block, Ls1.2b, are
forbidden combinations because there is too much overlap between the two units.
15
5.3 Biology (B)
Starting Qualification (Q)
At least A-level Biology
A-level Chemistry is
recommended
A-level Biology
A-level Chemistry (grade B or
better)
Take Block
B1b & Ls1.1b
Comments
Leads to all subsequent biology units
B1b & Ls1.2b
Leads to all subsequent biology units
Final year
Year 2
Year 1
Standard Biology Stream
B1b
Q: A-level biology
BB10012 Ecology & evolution 1
BB10205 Ecology & evolution 2
B2.1
Q: B1b
BB20040 Concepts in evolution
BB20041 Field course† or BB20173 Behaviour and ecology
B3.1
Q: B2.1
BB40134 Molecular phylogenetics and evolution
BB30131 Evolution in deep time or BB30132 Sexual conflict
† A financial contribution to the cost of the Field Course is required
Specialist Route in Biology
Year 1
B1b
Q: A-level biology
Ls1b
Q: A-level biology & chemistry preferred
Ls 1.1b
BB10012 Ecology & evolution
BB10205 Ecology & evolution 2
BB10005 Cell Biology 1
BB10006 Cell & Molecular Biology
or
Ls1.2b†
Year 2
PA10237 Introduction to chemical biology,
pharmacology & drug action
Transfer to one of the degrees in the Department of Biology & Biochemistry*
† Some directed reading during the summer vacation is recommended in order to ensure adequate prerequisite knowledge for Year Two.
* During Year Two students will be required to take BB10007 Genetics (as part of their 60 credits, not in
addition to) as this is a mandatory unit within the Biology programmes.
16
5.4 Biochemistry (BC)
Starting Qualification (Q)
At least A-level Chemistry
A-level Biology is recommended
Take Block
BC1 & Ls1.1b
Comments
Leads to all subsequent biochemistry
units
Final year
Year 2
Year 1
Standard Biochemistry Stream
BC1
Q: A-level chemistry
Ls1.1b
Q: A-level biology preferred
BB10003 Biochemistry 1
BB10004 Biochemistry 2
BC2
Q: BC1
BB10005 Cell Biology 1
BB10006 Cell & Molecular Biology
B2.2
Q: Ls1.1b
BB20018 Enzymology
BB20027 Infection and Immunity
BB20110 DNA
BB10007 Genetics
BC3
Q: BC2
B3.2
Q: B2.2
BB30162 Protein Synthesis, folding &
turnover
BB40048 Enzymes: mechanisms,
evolution and control
BB30167 Genomes
BB30169 Concepts in systems biology
Year 2
Year 1
Specialist Route in Biochemistry
BC1
Q: A-level chemistry
Ls1b
Q: A-level biology & chemistry preferred
BB10003 Biochemistry 1
BB10004 Biochemistry 2
BB10005 Cell Biology 1
BB10006 Cell & Molecular Biology
Transfer to one of the degrees in the Department of Biology & Biochemistry*
* During Year Two students will be required to take BB10007 Genetics (as part of their 60 credits, not in
addition to) as this is a mandatory unit within the Biology programmes.
Forbidden Combinations
Pharmacology and Biochemistry streams are forbidden combinations throughout the Programme.
17
5.5 Pharmacology (Pc)
Starting Qualification (Q)
A-level Chemistry (grade B or
better in Chemistry).
A-level Biology is highly
recommended.
Take Blocks
Pc1b & Ls1.2b
Comments
Leads to all subsequent pharmacology units
Year 1
Standard Pharmacology Stream
Pc1b
Q: A-level Chemistry (grade B or better in Chemistry, organic chemistry module
recommended). A-level Biology is highly recommended.
Year 2
PA10238 Physiology
Pc2
Q: Pc1
PA20291 Introduction to practical pharmacology
PA20292 Immunology and receptor signalling
PA20016 Cardiovascular & autonomic pharmacology
PA20293 Gene transcription and DNA
PA20023 Pharmacology of central nervous system
Pc3
Q: Pc2
Final year
PA30266 Pharmacology of infection & immunity
Choose either:
PA30251 Advanced topics, trends & technologies in pharmacology or
PA30214 Recent advances in drug discovery and PA30142 Molecular applications in
pharmacology
Choose one from:
PA30148 Central nervous system pharmacology
PA30150 Cardiovascular pharmacology
PA30157 The molecular biology and treatment of cancer
PA30168 Drug targets in the immune system
PA30169 Trends in molecular signalling
PA30252 Stem cell biology
Specialist Route in Pharmacology
There is no specialist route in Pharmacology due to insufficient pre-requisite knowledge. Students who wish
to transfer to a degree in the Department of Pharmacy and Pharmacology will have to start at Year One.
Forbidden Combinations
Pharmacology and both Physics streams are forbidden combinations throughout the Programme.
Pharmacology and Biochemistry streams are forbidden combinations throughout the Programme.
18
5.6 Physics (P)
Physics is strongly underpinned by mathematics. Therefore, in Years One and Two, a co-requisite of
Mathematics M1b and M2.1, respectively, is required. Although not required in Final Year, it is strongly
recommended that Mathematics M3.1 also be taken. From 2013 all students studying single and double
Physics streams will have laboratory classes.
Starting Qualification (Q)
Take Blocks
Comments
A-level Physics and Maths
P1.2b & M1b
Single stream physics possibility
A-level Physics and Maths
P1.1b, P1.2b & M1b
Leads to one or two blocks of physics in Year Two
Final year
Year 2
Year 1
Standard Physics Stream
P1.1b
Q: A-level Maths & Physics
Co-requisite M1b
P1.2b
Q: A-level Maths & Physics
Co-requisite M1b
PH10048 Introduction to quantum physics
PH10051 Electricity & magnetism
P2.1
Q: [(P1.1b & P1.2b) or (P1.1b & waves
study*)] & M1b
Co-requisite M2.1
PH10052 Properties of matter
PH10053 Vibrations, waves & optics
P2.2
Q: P1.2b & M1b
Co-requisite M2.1
PH20060 Quantum & atomic physics
PH20061 Electromagnetism 1
P3.1
Q: P2.1, P2.2 & M2.1
Recommended co-requisite M3.1
PH20063 Cond Mat 1 S2
PH20067 Thermal Physics S1
P3.2
Q: P2.2 & M2.1
Recommended co-requisite M3.1
PH30030 Quantum mechanics
PH30032 Laser physics
PH30077 Electromagnetism 2 S1
PH30078 Magnetism S2
PH30079 Superconductivity S2
* Waves study consists of the waves component of P1.2b and is taken as a “catch up” over the summer break
Year 2
Year 1
Specialist Route in Physics
P1.1b
Q: A-level Maths & Physics
Co-requisite M1b
P1.2b
Q: A-level Maths & Physics
Co-requisite M1b
PH10048 Introduction to quantum
physics
PH10051 Electricity & magnetism
PH10052 Properties of matter
PH10053 Vibrations, waves &
optics
M1b
Q: A-level Maths
PH10007 Maths for
scientists 1
PH10008 Maths for
scientists 2
Transfer to Year Two of the Physics BSc or MPhys programmes. Proceed to a single honours
degree in Physics.
Forbidden Combinations
Physics (both streams) and the Biochemistry stream are forbidden combinations throughout the Programme.
Physics (both streams) and the Pharmacology stream are forbidden combinations throughout the Programme.
Physics (both streams) and the Psychology stream are forbidden combinations throughout the Programme.
Physics (both streams) and the Environmental Studies stream are NORMALLY forbidden combinations in Year
Two and Final Year.
19
5.7 Mathematics (M)
Although a double block of mathematics is possible, it should be noted that the mathematics options are not
regarded as a core science subject area: Rather, they are intended to support the core sciences. Majoring in
Mathematics is not normally possible.
Starting Qualification (Q)
Take Block
A-level Mathematics (Grade A or B)
M1b
AS or GCSE Mathematics (or Alevel Mathematics with a low grade)
M1a
A-level Mathematics (Grade A)
M1.2b
Comments
Required for Physics. This mathematical “toolbox”
course will greatly assist advanced study of Biology,
Chemistry and Pharmacology.
This course gives you the essential mathematical
knowledge you need to assist your studies but will not
allow you to take physics units.
Can progress to Year Two mathematical biology.
This block allows you to take statistical mathematics.
Year 2
Year 1
The Mathematics Streams
20
M1a
Q: GCSE or
AS maths or
A-level maths
with low
grade
M1b
Q: A-level maths
(Grade A or B)
M1.2b
Q: A-level maths
(Grade A)
Co-requisite M1b
MA10103
Foundation
mathematics 1
CH10214
Mathematics
for chemistry
PH10007 Maths for
scientists 1
PH10008 Maths for
scientists 2
MA10211 Probability &
statistics 1A
MA10212 Probability &
statistics 1B
M2.1
Q: M1b
M2.2
Q: M1.2b & M1b
M2.3
Q: M1b & B1b*
M2.4
Q: M1a & B1b*
PH20019 Maths for
scientists 3
PH20020 Maths for
scientists 4
MA20226 Statistics 2A
MA20227 Statistics 2B
PH20019 Maths
for scientists 3
MA20202
Modelling the
dynamics of life
2
MA20201
Modelling the
dynamics of life
1
MA20202
Modelling the
dynamics of life
2
Either:
Final year
M3.1
Q: M2.1
PH30025
Mathematical
methods
Choose one from:
PH30031
Simulation
techniques
MA20220 Ordinary
differential
equations & control
M3.2
Q: M2.2
Choose one or both of:
MA30086 Medical
statistics
MA40092 Classical
statistical inference
Choose one or both of:
MA30085 Time series
MA40189 Topics in
Bayesian statistics
Or
M3.3
Q: M2.1
MA30047
Mathematical
biology1
MA30063
Mathematical
biology 2
* B1b is a pre-requisite because the Modelling the dynamics of life units rely heavily on population genetics as
examples. For the same reason B2.1 is a recommended co-requisite. Exceptions to these may be allowed
at the discretion of the Director of Studies.
Specialist Route in Mathematics
There is no specialist route in Mathematics due to insufficient pre-requisite knowledge. Students who
wish to transfer to a degree in the Department of Mathematical Sciences will have to start at Year One.
Forbidden Combinations
The Statistics and Mathematical Biology streams are forbidden combinations in Year Two and Final Year.
21
6 Supporting Science Subject
This science subject usefully complements the study of the core sciences listed above. It is not mandatory,
unlike the study of a mathematics block in Year One. Environmental Studies is an option that grows from the
foundations of the core subjects in Year One and can lead to a Major subject.
6.1 Environmental Studies (Env)
The blocks in Environmental Studies give students the opportunity to address what are widely regarded as
some of the most serious challenges at present facing the human race, for example global warming and a
massive loss of biodiversity. It is an inherently inter-disciplinary subject.
Starting Qualification (Q)
A-level or AS Chemistry
Take Blocks
Env1
Comments
Leads to a double block that can be a “major”
subject in the final year.
The Environmental Studies Stream
Final year
2012/3
Year 2
2012/3
Year 1
The environmental stream is currently developing. Flowcharts show the current state, with a new final
year structure coming on stream next year. You can enter the environment stream at either first or
second year. You can take a double stream and a dissertation in the final year to make the environment
your major subject.
22
Env1
Q: A-level Chemistry
XX10085 Earth as an ecosystem
XX10212 State of the environment
Env2.1
Q: Env1
XX20001 Renewable energy
XX30191 Energy & environment
Env2.2 (second year entrance)
Q: A-level Chemistry or C1a
XX20085 Earth as an ecosystem
XX10212 State of the environment
Env3.1
Q: Env2.1 or Env2.2 or C1.1b or C1.2b
Env3.2
Q: Env2.1 or Env2.2 or C1.1b or C1.2b
CE30145 Environmental management
XX30191 Energy & environment
CE40129 Legislation & waste management
XX30172 State of the planet
7 Non-science Subjects
In each year, only one non-science subject block may be chosen.
7.1 Education (E)
This stream starts with a block that is intended to help students understand the learning process and develop
strategies to improve their own learning. The later units are primarily intended for those who may be interested
in a career in teaching and provide a sound preparation for subsequent initial teacher training. They do not in
themselves contribute towards Qualified Teacher Status.
Starting Qualification (Q)
Take Block
Any
E1
Comments
E2 and/or E3 can be taken later without
requiring E1 and/or E2 as a pre-requisite.
Final
year
Year 2
Year 1
The Education Stream
E1
Q: none
ED10001 Exploring effective learning
ED10002 Learning: theory & context
E2
Q: none
ED20003 Education in society
ED20126 Educational psychology
E3
Q: none
ED30005 Science education in practice
ED30006 Issues in science education
7.2 Languages (L)
In an increasingly international world, the opportunity to study one of a range of Modern Languages will be
taken by many students. Alternatively, languages can be studied in addition to your Natural Sciences blocks at
the Foreign Language Centre.
Starting Qualification (Q)
GCSE in a foreign language
GSCE (French, German,
Spanish)
A-level (French, German,
Spanish)
Take Block
Beginners course (French, German,
Italian, Japanese, Mandarin, Spanish)
Intermediate (French, German, Spanish)
Advanced (French, German, Spanish)
Comments
Student should seriously
consider a year abroad
Student should seriously
consider a year abroad
The exact unit code depends on the language and level of study. The levels of study are divided up into
Stages 1-6. Stage 1 (Beginners), Stage 2 (Improvers), Stage 3 (Lower intermediate) and Stage 4 (Upper
intermediate) are all C-level units. Stage 5 are I-level units while Stage 6 are H-level units. Students can start a
language block in either Year Two or Final Year. However, in Final Year, the level of study must be at least
Stage 2 and the programme of study must include at least 48 credits of H- or M-level units (see Section 3.8,
above).
One 3-credit language unit (any Stage) can be taken each semester in addition to the normal five blocks.
The grade for these additional units are recorded on the academic transcript, but do not contribute to the OPA.
7.3 Management (Mn)
Management studies are designed to ensure that graduates will be equipped with an understanding of the
environment in which they will work, such that they are better prepared to eventually assume the various roles
required of effective managers in modern businesses. In particular the management studies aim to develop an
23
understanding of the social, legal and economic implications of the decisions that a professional manager is
required to make.
Starting Qualification (Q)
None
Take Block
Mn1
Comments
Mn2 and/or Mn3 can be taken later without
requiring Mn1 and/or Mn2 as a pre-requisite.
Final
year
Year 2
Year 1
The Management Stream
Mn1
Q: none
MN10071 Organisational behaviour
MN10248 Introduction to business accounting
Mn2
Q: none
MN20072 Managing human resources
MN20073 Marketing I
Mn3
Q: none
MN20074 Business information systems
MN30076 Business strategy
7.4 Psychology (Ps)
Psychology is both the science of mental life and the science of behaviour. The study of psychology involves
a critical appreciation of different theoretical perspectives. The Natural Sciences Psychology stream introduces
students to the fundamentals of social and cognitive psychology.
Starting Qualification (Q)
None
Take Block
Ps1
Comments
Required for subsequent study of Ps2 and Ps3
Final year
Year 2
Year 1
The Psychology Stream
24
Ps1
Q: none
PS10086 - Mind & behaviour
Ps2
Q: Ps1
PS20106 Biological psychology
PS20108 Cognitive psychology
Ps3
Q: Ps2
PS30101 Psychology of pain
PS30083 Stress, immunity and health
HPs3*
Q: None
PS30113 Developmental disorders
Choose one from:
PS30041 History of psychology
PS30115 Contemporary educational psychology
7.5 Social Sciences (SS)
The Natural Sciences Social Sciences stream introduces students to the fundamentals of the social sciences
related to health, disease and death.
Starting Qualification (Q)
None
Take Block
SS1
Comments
Required for the subsequent study of SS2
and SS3
Final
year
Year 2
Year 1
The Social Sciences Stream
SS1
Q: none
SP10043 Introductory Sociology A
SP10260 Science, Technology and Society
SS2
Q: SS1
SP20177 Sociology and the Body
SP20097 Sociology of Health and Illness
SS3
Q: SS2
SP30161 Sociology of Death
SP30xxx Sociology of Science
25
BSc (hons) Natural Sciences: Subject Streams & Prerequisites Flowchart from 2013 intake only
Mandatory1
Year One
From Academic Year 2013 only
M1a
MA10103
Foundation
mathematics 1
CH10214
Mathematics for Chemistry
M1b
PH10007
Mathematics
for scientists 1
PH10008
Mathematics
for scientists 2
Choose 5 blocks each year (i.e., 60 credits)
Year Two
From Academic Year 2014 only
Final Year
From Academic Year 2015 only
BB30209 Biology
CH30132 Chemistry
XX30177 Environmental studies
PA30222 Pharmacology
PH30036 Physics
Project
or
Dissertation
M2.4
MA20201
Modelling the
dynamics of life 1
One of;
PH30031
Simulation techniques
MA20202
Modelling the dynamics of life 2
PH30025
Mathematical methods
M3.1
M2.1
PH20019
Mathematics
for scientists 3
PH20020
Mathematics
for scientists 4
M2.3
PH20019
Mathematics
for scientists 3
MA20202
Modelling the dynamics of life 2
M2.2
MA20226
Statistics 2A
B2.1
Mathematics
or
MA10211
Probability & statistics 1A
MA10212
Probability & statistics 1B
B1b
BB10012
Ecology & evolution 1
BB10205
Ecology & evolution 2
Ls1.1b
BB10005
Cell biology I
BB10006
Cell & molecular biology
BC1
BB10003
Biochemistry 1
BB10004
Biochemistry 2
and
M3.3
MA30047
Mathematical biology 1
MA30063
Mathematical biology 2
MA20227
Statistics 2B
M3.2
One or both of;
MA30086
Medical statistics
MA40092
Classical statistical inference
One or both of;
MA30085
Time series
MA40189
Topics in Baysian statistics
BB20040
Concepts in evolution
One of;
BB20041
Field course
BB20173
Behaviour and ecology
B3.1
BB40134
Molecular Phylogenetics and
Evolution
One of;
BB30131
Evolution in deep time
BB30132
Sexual conflict
B2.2
BB20110
DNA (making, breaking & disease)
BB10007
Genetics
B3.2
BB30167 Genomes
BB30169
Concepts in systems biology
BC2
BB20018
Enzymology
BB20027
Infection and Immunity
BC3
BB30162
Protein Synthesis, Folding and
Turnover
BB40048
Enzymes: Mechanisms, evolution
and Control
Biology2
M1.2b
and
Biochemistry6
MA20220
Ordinary differential
equations & control
and
or
PA30266
Pharmacology of infection & immunity
Chemistry
Pharmacology3
Ls1.2b
and
Physics4
Pc2
PA20291
Introduction to practical
pharmacology
PA20292
Immunology and receptor
signalling
PA20016
Cardiovascular & autonomic
pharmacology
PA20293
Gene transcription & DNA
Pc3
PA20023
Pharmacology of the central
nervous system
One of;
PA30148
CNS
PA30150
CVS
PA30157
Cancer
PA30168
Immunology
PA30169
Molecular signalling
PA30252
Regenerative Medicine
PA10238
Physiology
C1.1b
CH10136
Fundamentals of organic chemistry
C2.1
CH20150
Organic synthesis, reaction mechanisms, & spectroscopy for Natural
Scientists
C3.1
CH30128
Topics in organic chemistry 1
CH30210
Future of Drug Discovery
CH30211
Chemistry Beyond the Molecule
CH30065
Biosynthesis & Biotransformations
C1.2b
CH10134
Atomic structure, bonding & the Periodic Table
C2.2
CH20148
Inorganic synthesis, structure & reactivity
for Natural Scientists
C3.2
CH30127
Topics in inorganic chemistry 1
CH30203
Radiochemistry
CH30064
Supramolecular Chemistry
CH30086
Inorganic Chemistry in Biological
Systems
C1.3b
CH10138
From molecule to materials
C2.3
CH20152
Principles of physical chemistry
for Natural Scientists
C3.3
CH30129
Topics in physical chemistry 1
CH20218
Analytical Chemistry for Natural
Scientists
CH20194
Liquids and Solutions
CH30038
Neutron Scattering for Chemists
P3.1
PH30030
Quantum mechanics
PH30077
Electromagnetism 2
P3.2
PH30028
Condensed matter physics 2
Either PH30035
Medical Physics
Or
PH30085
Fluid Dynamics 2
plus
PH30098
Networks
XX10212
State of the Environment
Env 3.1
CE30145
Environmental management
XX30191
Energy and environment
XX30191
Energy & Environment
Env 3.2
CE40129
Legislation & waste management
XX30172
State of the planet
HPS3
One of;
PS30014
History of psychology
PS30115
Contemporary educational
psychology
PS30113
Developmental disporders
P1.2b
(Single
stream)
Env1
From 2013/
14
PH10048
Introduction to
quantum physics
PH10051
Electricity & magnetism
PH10052
Properties of matter
PH10053
Vibrations, waves & optics
XX10085
Earth as an ecosystem
XX10212
State of the Environment
P2.1
PH20060
Quantum & atomic physics
PH20061
Electromagnetism 1
P2.2
PH20067
Thermal physics
PH20063
Condensed matter physics 1
and
Env2.2
From 2013/14
XX20085
Earth as an Ecosystem
Env2.1
From 2014/15
XX20001
Renewable Energy
Auxiliary units
Non-sciences5
(Choose maximum of one block)
PA30251
Advances, topics, trends &
technologies in pharmacology
or
PA30214
Recent advances in drug discovery
PLUS
PA30142
Molecular applications in
pharmacology
Pc1b
P1.1b
Environmental
Studies
PA10237
Introduction to chemical biology, pharmacology & drug action
E1
ED10001
Exploring effective learning
ED10002
Learning: theory & context
E2
ED20003
Education in society
ED20126
Educational psychology
E3
ED30005
Science education in practice
ED30006
Issues in science education
L1
FL10273
Languages
FL10274
Languages
L2
FL20275
Languages
FL20276
Languages
L3
FL30277
Languages
FL20278
Languages
Mn1
MN10071
Organisational behaviour
MN10248
Introduction to business accounting
Mn2
MN20072
Managing human resources
MN20073
Marketing 1
Mn3
MN20074
Business information systems
MN30076
Business strategy
PS2
PS20108
Cognitive psychology
PS20106
Biological psychology
PS3
PS30101
Psychology of pain
PS30083
Stress, immunity & health
SS2
SP20177
Sociology of the Body
SP20097
Sociology of Health and Illness
SS3
SP30161
Sociology of Death
SP30XXX
Sociology of Science
PS1
SS1
PS10086
Mind & behaviour
SP10043
Introductory Sociology A
SP10260
Science, Technology and Society
1. M1b must be chosen post A-level Mathematics. M1a must be chosen post GCSE-level Mathematics.
2. Ls1.1b or Ls1.2b must be chosen if B1b is selected (i.e., Biology is a double block in Year One).
4. To take a Physics block you must also take M1b or M2.1 in the relevant year. M3.1 is highly advised.
5. PS and SS streams must be taken from Year One onwards (i.e., can’t be started in Year Two or Final Year).
3. Ls1.2b must be chosen if Pc1b is selected. Pc2 & Pc3 are double blocks (i.e., 24 credits) and can not be split.
6. Biology LS stream (Ls1.1b, B2.2 etc) must be chosen with Biochemistry stream
This flowchart summarises the various subject streams on the BSc Natural Sciences programme for those
students who started from the academic year 2013-14 only, and includes the new Biochemistry and Social
Sciences subject streams.
26
BSc (hons) Natural Sciences: Subject Streams & Prerequisites Flowchart 2012/13 2nd and 3rd year only
Mandatory1
Year One
Pre 2013 intake only
Choose 5 blocks each year (i.e., 60 credits)
Year Two
Academic year 2013 only
M1a
MA10103
Foundation
mathematics 1
MA10214
Basic Statistics
M1b
PH10007
Mathematics
for scientists 1
PH10008
Mathematics
for scientists 2
Final Year
Academic year 2013 only
BB30209 Biology
CH30132 Chemistry
XX30177 Environmental studies
PA30222 Pharmacology
PH30036 Physics
Project
or
Dissertation
M2.4
MA20201
Modelling the
dynamics of life 1
One of;
PH30031
Simulation techniques
MA20202
Modelling the dynamics of life 2
PH30025
Mathematical methods
M3.1
PH20019
Mathematics
for scientists 3
PH20020
Mathematics
for scientists 4
M2.3
PH20019
Mathematics
for scientists 3
MA20202
Modelling the dynamics of life 2
M3.3
MA30047
Mathematical biology 1
MA30063
Mathematical biology 2
or
Mathematics
MA20220
Ordinary differential
equations & control
M2.1
MA10211
Probability & statistics 1A
MA10212
Probability & statistics 1B
M2.2
MA20226
Statistics 2A
MA20227
Statistics 2B
M3.2
One or both of;
MA30086
Medical statistics
MA40092
Classical statistical inference
One or both of;
MA30085
Time series
MA40189
Topics in Baysian statistics
B1b
BB10012
Ecology & evolution 1
BB10205
Ecology & evolution 2
B2.1
BB20040
Concepts in evolution
One of;
BB20041
Field course
BB20173
Behaviour and ecology
B3.1
BB40134
Molecular Phylogenetics and
Evolution
One of;
BB30131
Evolution in deep time
BB30132
Sexual conflict
Ls1.1b
BB10005
Cell biology I
BB10006
Cell & molecular biology
B2.2
BB20110
DNA (making, breaking & disease)
BB10007
Genetics
B3.2
BB30167 Genomes
BB30169
Concepts in systems biology
Biology2
M1.2b
and
or
Pharmacology3
Ls1.2b
PA30266
Pharmacology of infection & immunity
PA10237
Introduction to chemical biology, pharmacology & drug action
PA20291
Introduction to practical
pharmacology
PA20292
Immunology and receptor
signalling
and
Chemistry
PA20016
Cardiovascular & autonomic
pharmacology
PA20023
Pharmacology of the central
nervous system
CH10136
Fundamentals of organic chemistry
C2.1
CH20150
Organic synthesis, reaction mechanisms, & spectroscopy for Natural
Scientists
C3.1
CH30128
Topics in organic chemistry 1
CH30210
Future of Drug Discovery
CH30211
Chemistry Beyond the Molecule
CH30065
Biosynthesis & Biotransformations
C1.2b
CH10134
Atomic structure, bonding & the Periodic Table
C2.2
CH20148
Inorganic synthesis, structure & reactivity
for Natural Scientists
C3.2
CH30127
Topics in inorganic chemistry 1
CH30203
Radiochemistry
CH30064
Supramolecular Chemistry
CH30086
Inorganic Chemistry in Biological
Systems
C1.3b
CH10138
From molecule to materials
C2.3
CH20152
Principles of physical chemistry
for Natural Scientists
C3.3
CH30129
Topics in physical chemistry 1
CH20218
Analytical Chemistry for Natural
Scientists
CH20194
Liquids and Solutions
CH30038
Neutron Scattering for Chemists
Physics4
PH10001/48
Introduction to
quantum physics
PH10006/51
Electricity & magnetism
P2.1
PH20013/60
Quantum & atomic physics
PH20014/61
Electromagnetism 1
P3.1
PH30030
Quantum mechanics
PH30032
Laser physics
P2.2
PH20029/67
Thermal physics
PH20017/63
Condensed matter physics
P3.2
PH30077
Electromagnetism 2
PH30078
Magenetism
PH30079
Superconductivity
Env2.2
XX20085
Earth as an ecosystem
XX10212
State of the Environment
Env 3.1
CE30145
Environmental management
XX30191
Energy and environment
Env2.1
From 2013/14
XX20001
Renewable energy
XX30191
Energy & environment
Env 3.2
CE40129
Legislation & waste management
XX30172
State of the planet
HPS3
One of;
PS30014
History of psychology
PS30115
Contemporary educational
psychology
PS30113
Developmental disporders
and
P1.2b
Env1
From 2012/
13
PH10002/52
Properties of matter
PH10005/53
Vibrations, waves & optics
XX10085
Earth as an ecosystem
XX10212
State of the Environment
Auxiliary units
Non-sciences5
(Choose maximum of one block)
One of;
PA30148
CNS
PA30150
CVS
PA30157
Cancer
PA30168
Immunology
PA30169
Molecular signalling
PA30252
Regenerative Medicine
C1.1b
P1.1b
Environmental Studies
Pc3
Pc2
PA10238
Physiology
Pc1b
PA30251 Advances, topics, trends
& technologies in pharmacology
or
PA30214 Recent advances in drug
discovery PLUS
PA30142 Molecular applications in
pharmacology
PA20293
Gene transcription & DNA
E1
ED10001
Exploring effective learning
ED10002
Learning: theory & context
E2
ED20003
Education in society
ED20126
Educational psychology
E3
ED30005
Science education in practice
ED30006
Issues in science education
L1
FL10273
Languages
FL10274
Languages
L2
FL20275
Languages
FL20276
Languages
L3
FL30277
Languages
FL20278
Languages
Mn1
MN10071
Organisational behaviour
MN10248
Introduction to business accounting
Mn2
MN20072
Managing human resources
MN20073
Marketing 1
Mn3
MN20074
Business information systems
MN30076
Business strategy
PS2
PS20108
Cognitive psychology
PS20106
Biological psychology
PS3
PS30101
Psychology of pain
PS30083
Stress, immunity & health
PS1
PS10086
Mind & behaviour
1. M1b must be chosen post A-level Mathematics. M1a must be chosen post GCSE-level Mathematics.
2. Ls1.1b or Ls1.2b must be chosen if B1b is selected (i.e., Biology is a double block in Year One).
4. To take a Physics block you must also take M1b or M2.1 in the relevant year. M3.1 is highly advised.
5. PS stream must be taken from Year One onwards (i.e., can’t be started in Year Two or Final Year).
3. Ls1.2b must be chosen if Pc1b is selected. Pc2 & Pc3 are double blocks (i.e., 24 credits) and can not be split.
This flowchart summarises the various subject streams on the BSc Natural Sciences programme for those
students who started academic year 2012-13 or earlier. Year One is provided for information only.
27
8 Natural Sciences MSci(hons) Degree Programmes
8.1 Overview
Year One
Mandatory Block
Year Two
Mathematics
Block
5 Blocks
4 Blocks
Placement or Study Year Abroad
The MSci (Hons) in Natural Sciences programmes are designed to provide a broader science education than
a conventional single-honours degree, enabling students to understand, analyse, evaluate and apply the
knowledge and skills of a range of sciences, while also equipping them for the professional practice of science
by means of Masters-level study in select subject combinations. They may be of particular value to Natural
Sciences students wishing to pursue postgraduate research careers, especially in interdisciplinary areas. In
comparison to the BSc (Hons) Natural Sciences programmes, the MSci (Hons) programmes are more focused.
 In reference to Section 2 “Terminology & Definitions”, above. At the University of Bath, the degree of
Master in Science in Natural Sciences can be obtained through studying one of three different programmes;
1. MSci (Hons) in Natural Sciences
2. MSci (Hons) in Natural Sciences with Professional Placement
3. MSci (Hons) in Natural Sciences with Study Year Abroad
 Each year of study requires students to satisfactorily complete 60 credits of units chosen from a prescribed
list of units.
 All units in all years have associated pre-requisite requirements (either GCSE, A-level or University of Bath
units) that must be met.
 The Natural Sciences programmes organise units into blocks of subject-specific study that total 12 credits
each year. Thus, five blocks must be studied each year in order to make 60 credits.
 Year One (Part 1/Stage 1) and Year Two (Part 2/Stage 2) closely resemble those of the BSc (Hons)
programmes, including at least two science subjects (Biochemistry, Biology, Chemistry or Physics) but
without the option to study a non-science subject. In order to progress with the MSci (Hons) programmes
an overall stage average (OSA) of 50% for Stage 1 and 60% for Stage 2 is required. Year One does not
contribute to the overall programme average (OPA) while Year Two constitutes 16% of the OPA.
 Mathematics is mandatory in Year One, and some MSci (Hons) routes provide the option to choose
Environmental Studies in Years One or Two. However, the choices made in Year One will determine the
allowed choices in subsequent years in order to provide the pre-requisites for M-level study in the Final
Year. For this reason, in Year Three there are some significant differences between the BSc (Hons) and
MSci (Hons) programmes.
 A Professional Placement year or a Study Year Abroad may be taken between Years Two and Three of the
programme. As with the BSc (Hons) programme, this is a standard placement year and so does not
contribute to the OPA.
 Year Three (Part 2/Stage 3 or 4, depending on the programme undertaken) continues the study of subjects
at H-level in preparation for M-level study in the Final Year. Unlike the BSc (Hons) programmes, there is no
research/dissertation block in this year. Year Three or Four, depending on the programme undertaken,
constitutes 34% of the OPA. Thus, in total, Part 2 constitutes 50% of the OPA.
 The Final Year (Part 3/Stage 4 or 5, depending on the programme undertaken) involves a mandatory
research project in a major subject (Biochemistry, Biology, Chemistry or Physics) equivalent to those offered
on MChem or MSci (Hons) Maths with Physics programmes. For students majoring in Chemistry, there is a
choice of two projects (both M-level), either 24 or 12 credits in size. Part 3 constitutes 50% of the OPA.
 Throughout the programme, besides the major subject, most routes also involve study of a minor subject,
depending upon the choices made in earlier years. This includes some possibilities, such as Mathematical
Biology, not available on the BSc (Hons) programmes, as well as allowing for a variety of combinations
including: Biology with Chemistry or Pharmacology; Chemistry with Biology, Pharmacology or Physics,
Biochemistry with Chemistry and Molecular Biology, or Physics with Chemistry.
Year Three/Four
Research Project Block
5 Blocks
Figure 2: Basic overview of Natural Sciences MSci (Hons) Programmes
28
Final Year
3 or 4 Blocks
8.2 Four Year MSci (Hons) full-time
Programme code:
UCAS code:
UXXX-AFM01 MSci (Hons) in Natural Sciences
GFC0
Parts and Stages in UXXX-AFM01
Year 1
Year 2
Year 3
Year 4
End
Stage 1
Progression &
Qualifying
Assessment
Stage 2
Part 1
Progression &
Qualifying
Assessment
16%
Stage 3
Progression
Assessment
34%
Part 2
Stage 4
Final
Assessment
50%
End
50% to OPA
End
Part 3
0% to OPA
50% to OPA
8.3 Five year MSci (Hons) with Professional Placement
Programme Code:
UCAS code:
UXXX-AKM02 MSci (Hons) in Natural Sciences with Professional Placement
GFCA
Parts and Stages in UXXX-AKM02
Year 1
Stage 1
Year 2
Progression &
Qualifying
Assessment
Stage 2
Year 3
Professional
Placement
Progression &
Qualifying
Assessment
16%
Part 1
Stage 3
Year 4
Year 5
End
Qualifying
assessment
Stage 4
Progression
Assessment
34%
Part 2
Stage 5
Final
Assessment
50%
End
50% to OPA
End
Part 3
0% to OPA
50% to OPA
8.4 Five year MSci (Hons) with Study Year Abroad
Programme Code:
UCAS code:
UXXX-AAM02 MSci (Hons) in Natural Sciences with Study Year Abroad
GFCB
Parts and Stages in UXXX-AFM02
Year 1
Stage 1
Year 2
Progression &
Qualifying
Assessment
Part 1
Stage 2
Year 3
Study Year
Abroad
Progression &
Qualifying
Assessment
16%
Stage 3
Year 4
Year 5
End
Qualifying
assessment
Stage 4
Progression
Assessment
34%
Part 2
0% to OPA
Stage 5
Final
Assessment
50%
End
50% to OPA
End
Part 3
50% to OPA
29
8.5 Subject Streams for the MSci (Hons) in Natural Sciences












Biology major with Chemistry/Mathematical Biology
Biology major with Pharmacology
Biology major with Physics
Chemistry major with Biology (24 credit project)
Chemistry major with Physics (24 credit project)
Chemistry major with Pharmacology (24 credit project)
Physics major with Chemistry
Physics major with Physical Chemistry and Biology
Chemistry major with Biology (12 credit project)
Chemistry major with Physics (12 credit project)
Chemistry major with Pharmacology (12 credit project)
Biochemistry major with Chemistry and Molecular Biology
Each subject stream listed above has a number of mandatory and optional blocks in each year. Once blocks
are chosen in Year One, they set up pre-requisites that constrain what blocks can be chosen in subsequent
years.
Refer to the MSci (Hons) Subject Streams and Prerequisites Flowchart and entry requirements table, below.
These will tell you what units are within each block and what each block’s pre-requisite is. Then use the Subject
Combination Schemes which outline the block choices available for each subject stream.
Block
30
Starting Qualification (Q)
B1b
A-level Biology
BC1
A-level Chemistry and A-level Biology preferred
Ls1.1b
A-level Biology
Ls1.2b
A-level Biology and A-level Chemistry (grade B or better) preferred
C1.1b
A-level Chemistry
C1.2b
A-level Chemistry
C1.3b
A-level Chemistry
M1a
AS or GCSE Mathematics (or A-level Mathematics with a low grade)
M1b
A-level Mathematics
Pc1b
A-level Chemistry (grade B or better) and A-level Biology preferred
P1.1b
A-level Physics & Maths (co-requisite M1b)
P1.2b
A-level Physics & Maths (co-requisite M1b)
MSci Natural Sciences: Subject Streams & Prerequisites Flowchart from 2013/14 intake only
Year One
From Academic Year 2013 only
Mathematics
M1b
PH10007
Mathematics
for scientists 1
PH10008
Mathematics
for scientists 2
M1a
MA10103
Foundation
mathematics 1
CH10214
Mathematics for
Chemistry
B1b
BB10012
Ecology & evolution 1
BB10205
Ecology & Evolution 2
M2.1
M3.1
PH30031
Simulation techniques
PH30025
Mathematical
methods
M2.3
PH20019
Mathematics
for scientists 3
MA20202
Modelling the
dynamics of life 2
M3.3
MA30047
Mathematical biology
1
MA30063
Mathematical biology
2
M4.3
MA40197
Advanced
mathematical biology
MA50199
Topic review in
mathematical biology
M2.4
MA20201
Modelling the
dynamics of life 1
MA20202
Modelling the
dynamics of life 2
BB30123
Biological Ethics
BB30132
Sexual conflict
B4.2a
BB20040
Concepts in evolution
Choose one;
BB20041
Field course
BB20173 Behaviour &
ecology
B3.1
BB40128
The evolution of
genetic systems
BB40177
Microbial Evolution
B2.1
B3.2
BB30167 Genomes
BB40128
The evolution of
genetic systems
BB40130
Research project
B2.2
BB10007
Genetics
B30169 Concepts in
systems biology
B4.2b
BB20110
DNA
B4.3a
B2.3
BB20024
The dynamic cell 1
BB20160
The dynamic cell 2
BB40134
Molecular
phylogenetics &
evolution
BB40118
Current Topics in
Gene Regulation &
Cell Differentiation
B4.3b
BB40130
Research Project
BB40118
Current Topics in
Gene Regulation &
Cell Differentiation
BC2
BB20027
Infection & Immunity
BC3b
BB30162
Protein Synthesis,
Folding & Turnover
BB30131
Evolution in deep time
BB20154
Introduction to
Functional Genomics
C3.1
CH30128
Topics in Organic
Chemistry 1
CH30210
Future of Drug
Discovery
CH30211
Chemistry Beyond the
Molecule
CH30065
Biosynthesis &
Biotransformations
C2.2
CH20148
Inorganic synthesis, structure & reactivity
for Natural Scientists
C3.2
CH30127
Topics in Inorganic
Chemistry 1
CH30203
Radiochemistry
C2.3
CH20152
Principles of physical chemistry
for Natural Scientists
C3.3
C3.4
CH20150
Organic synthesis, reaction mechanisms &
spectroscopy for Natural Scientists
C1.2b
CH10134
Atomic structure, bonding & the Periodic Table
C1.3b
CH10138
From molecule to materials
CH10136
Fundamentals of organic chemistry
BC4.1
BB40078
Entrepreneurial
Biotechnology
BB40130
Project
BC4.2
BB40130
Project
BB40048
Enzymes:
Mechanisms,
Evolution and Control
P1.2b
(Single
stream)
Env1
CH40206
Topics in Organic
Chemistry 2
CH40098
Techniques in Drug
Discovery
CH40037
Synthesis of Medicinal
Compounds
CH40068
Physical Organic
Chemistry
CH30064
Supramolecular
Chemistry
CH30086
Inorganic Chemistry in
Biological Systems
C4.2
CH40205
Topics in Inorganic
Chemistry 2
CH40155
Advanced Structural
Methods
CH40162
Advanced
Organometallic
Chemistry
CH40212
Contemporary Main
Group Chemistry
CH30129
Topics in Physical
Chemistry 1
CH20218
Analytical Chemistry
for Natural Scientists
CH20194
Liquids and Solutions
CH30038
Neutron Scattering for
Chemists
C4.3
CH40207
Topics in Physical
Chemistry 2
CH40222
Advanced Theoretical
Methods
CH40158
Chemistry of
Functional Materials
CH40220
Chemical
Thermodynamics in
Context
CH30186
Lab chemistry for
Natural Scientists
CH30187
Lab chemistry for
Natural Scientists
C4.4
CH40165
Chemistry research 1 (24 credits)
C4.5
CH40196
Chemistry research project (12 credits)
PH10051
Electricity &
magnetism
P2.1
PH20060
Quantum & atomic
physics
PH20061
Electromagnetism 1
P3.1
PH30030
Quantum mechanics
PH30077
Electromagnetism 2
PH10052
Properties of matter
PH10053
Vibrations, waves &
optics
P2.2
PH20067
Thermal physics
PH20063
Condensed matter
physics 1
P3.2
PH30028
Condensed matter
physics 2
Either PH30035
Medical Physics
Or
PH39985
Fluid Dynamcs 2
plus
PH30098
Networks
P4.2
P3.3
PH30032
Laser physics
PH30089
M.Physics lab
P4.3
PA10238
Physiology
Pc2.1
Pharmacology
Ls1.2b
C4.1
PH10048
Introduction to
quantum physics
Pc1b
Auxiliary subjects
BB20018
Enzymology
C2.1
C1.1b
Chemistry
Biochemistry
BB10004
Biochemistry 2
B3.3
and
BB20202
Microbial cells &
genomes
or
P1.1b
Physics
BB10003
Biochemistry1
Year Four
From Academic Year 2016 only
PH20020
Mathematics
for scientists 4
and
BC1
Year Three
From Academic Year 2015 only
PH20019
Mathematics
for scientists 3
BB10006
Cell & molecular
biology
BB10005
Cell biology I
Biology
Ls1.1b
Choose 5 blocks each year (i.e., 60 credits)
Year Two
From Academic Year 2014 only
PA10237
Introduction to chemical biology, pharmacology &
drug action
XX10085
Earth as an
ecosystem
XX10212
State of the
Environment
PA20291
Introduction to
practical
pharmacology
PA20292
Immunology and
receptor signalling
PA20293
Gene transcription &
DNA
Pc2.2
PA20016
Cardiovascular &
autonomic
pharmacology
PA20023
Pharmacology of the
central nervous
system
Env2.2
XX20085
Earth as an
ecosystem
XX10212
State of the
Environment
Env2.1
XX20001
Renewable energy
XX30191
Energy & environment
Pc3.1
Pc3.2
PA30266
Pharmacology of infection & immunity
PA30251 Advances,
topics, trends &
technologies in
pharmacology
One of;
PA30148
CNS
PA30150
CVS
PA30157
Cancer
PA30168
Immunology
PA30169
Molecular signalling
PA30252
Regenerative
Medicine
Env3.1
CE30145
Environmental
management
XX30191
Energy & environment
Env3.2
CE40129
Legislation & waste
management
XX30172
State of the planet
P4.1
PH40024
Contemporary physics
PH40084
Advanced quantum
theory
PH40085
Nanoscience
PH40086
Photonics
PH40065
Final year project (MSci)
Pc4.1
PA40214 Recent
advances in drug
discovery
PA40142 Molecular
pharmacology
Pc4.2
PA40288
Pharmacology
dissertation for MSci
students
Choose two;
PA40157
The molecular biology
& treatment of cancer
PA40159
Cardiovascular
pharmacology
PA40160
CNS pharmacology
PA40162
Drug targets in the
immune system
PA40163
Trends in molecular
signalling
PA40252
Regenerative
Medicine
* Students taking PA30148 can not subsequently take PA40160 in Final Year. Students taking PA30150 can not subsequently take PA40159 in Final Year. Students taking PA30157 can not subsequently take PA40157 in Final Year. Students
taking PA30168 can not subsequently take PA40162 in Final Year. Students taking PA30169 can not subsequently take PA40163 in Final Year. Students taking PA30252 can not subsequently take PA40252 in Final Year.
This flowchart summarises the various subject streams on the MSci Natural Sciences programme for those
students who started from the academic year 2013-14 only, and includes the new Biochemistry subject stream
31
MSci Natural Sciences: Subject Streams & Prerequisites Flowchart, 2013/14 2nd – 4th year only
Year One
Pre 2013 intake only
Mathematics
M1b
PH10007
Mathematics
for scientists 1
PH10008
Mathematics
for scientists 2
MA10103
Foundation
mathematics 1
MA10214
Basic Statistics
B1b
BB10012
Ecology &
evolution 1
BB10205
Ecology &
Evolution 2
Ls1.1b
BB10005
Cell biology I
BB10006
Cell & molecular
biology
Biology
M1a
Year Two
Academic year 2013 only
Choose 5 blocks each year (i.e., 60 credits)
Year Three
Academic year 2013 only
M2.1
PH20019
Mathematics
for scientists 3
PH20020
Mathematics
for scientists 4
M3.1
PH30031
Simulation
techniques
PH30025
Mathematical
methods
M2.3b
PH20019
Mathematics
for scientists 3
MA20202
Modelling the
dynamics of life 2
M3.3
MA30047
Mathematical
biology 1
MA30063
Mathematical
biology 2
M2.3a
MA20201
Modelling the
dynamics of life 1
MA20202
Modelling the
dynamics of life 2
Choose one;
BB20041
Field course
BB20173
Behaviour &
ecology
B3.1
BB30123
Biological Ethics
B2.1
BB20040
Concepts in
evolution
B3.2
B3.3
B2.2
B2.3
BB20110
DNA
BB20024
The dynamic cell
1
BB10007
Genetics
BB20160
The dynamic cell
2
Year Four
Academic year 2013 only
M4.3
MA40197
Advanced
mathematical
biology
BB30132
Sexual conflict
B4.2a
BB40128
The evolution of
genetic systems
BB40117
Microbial Evolution
BB30167
Genomes
B30169 Concepts
in systems
biology
B4.2b
BB40128
The evolution of
genetic systems
BB40130
Research project
BB20202
Microbial cells &
genomes
BB30131
Evolution in deep
time
B4.3a
BB40134
Molecular
phylogenetics &
evolution
BB40118
Current Topics in
Gene Regulation and
Cell Differentiation
BB40130
Research Project
BB40118
Current Topics in
Gene Regulation and
Cell Differentiation
B4.3b
C1.2b
CH10134
Atomic structure, bonding & the
Periodic Table
C1.3b
CH10138
From molecule to materials
C2.1
CH20150
Organic synthesis, reaction
mechanisms & spectroscopy for Natural
Scientists
C2.2
CH20148
Inorganic synthesis, structure &
reactivity
for Natural Scientists
C2.3
CH20152
Principles of physical chemistry
for Natural Scientists
Physics
Chemistry
C1.1b
CH10136
Fundamentals of organic chemistry
C4.1
CH40206
Topics in Organic
Chemistry 2
CH40098
Techniques in
Drug Discovery
CH40037
Synthesis of
Medicinal
Compounds
CH40068
Physical Organic
Chemistry
C4.2
CH40205
Topics in
Inorganic
Chemistry 2
CH40155
Advanced
Structural
Methods
CH40162
Advanced
Organometallic
Chemistry
CH40212
Contemporary
Main Group
Chemistry
CH20194
Liquids and
Solutions
CH30038
Neutron
Scattering for
Chemists
C4.3
CH40207
Topics in Physical
Chemistry 2
CH40222
Advanced
Theoretical
Methods
CH40158
Chemistry of
Functional
Materials
CH40220
Chemical
Thermodynamics
in Context
CH30187
Lab chemistry for
Natural Scientists
C4.4
CH40165
Chemistry research 1 (24 credits)
C4.5
CH40196
Chemistry research project (12 credits)
C3.1
CH30128
Topics in Organic
Chemistry 1
CH30210
Future of Drug
Discovery
CH30211
Chemistry Beyond
the Molecule
CH30065
Biosynthesis &
Biotransformations
C3.2
CH30127
Topics in
Inorganic
Chemistry 1
CH30203
Radiochemistry
CH30064
Supramolecular
Chemistry
CH30086
Inorganic
Chemistry in
Biological
Systems
C3.3
CH30129
Topics in Physical
Chemistry 1
CH20218
Analytical
Chemistry for
Natural Scientists
C3.4
CH30186
Lab chemistry for
Natural Scientists
P1.1b
PH10048
Introduction to
quantum physics
PH10051
Electricity &
magnetism
P2.1
PH20060
Quantum &
atomic physics
PH20061
Electromagnetism
1
P3.1
PH30030
Quantum
mechanics
PH30032
Laser physics
P4.1
P1.2b
PH10052
Properties of
matter
PH10053
Vibrations, waves
& optics
P2.2
PH20067
Thermal physics
PH20063
Condensed
matter physics
P3.2
PH30077
Electromagnetism
2
PH30078
Magenetism
PH30079
Superconductivity
P4.2
P4.3
PA10238
Physiology
Pc2.1
Pharmacology
Pc1b
Auxiliary subjects
Ls1.2b
Env1
From
2012/13
PA10237
Introduction to chemical biology,
pharmacology & drug action
XX10085
Earth as an
ecosystem
XX10212
State of the
Environment
PA20291
Introduction to
practical
pharmacology
PA20292
Immunology and
receptor
signalling
PA20293
Gene
transcription &
DNA
Pc2.2
PA20016
Cardiovascular &
autonomic
pharmacology
PA20023
Pharmacology of
the central
nervous system
Env2.2
XX20085
Earth as an
ecosystem
XX10212
State of the
Environment
Env2.1
From
2013/14
XX20001
Renewable
energy
XX30191
Energy &
Environment
Pc3.1
Pc3.2
PA30266
Pharmacology of infection & immunity
PA30251
Advances, topics,
trends &
technologies in
pharmacology
MA50199
Topic review in
mathematical
biology
One of;
PA30148
CNS
PA30150
CVS
PA30157
Cancer
PA30168
Immunology
PA30169
Molecular
signalling
PA30252
Regenerative
Medicine
Env3.1
CE30145
Environmental
management
XX30191
Energy &
environment
Env3.2
CE40129
Legislation &
waste
management
XX30172
State of the
planet
PH40024
Contemporary
physics
PH40084
Advanced
quantum theory
PH40085
Nanoscience
PH40086
Photonics
PH40065
Final year project (MSci)
Pc4.1
PA40214 Recent
advances in drug
discovery
PA40142
Molecular
pharmacology
Pc4.2
PA40288
Pharmacology
dissertation for
MSci students
Choose two;
PA40157
The molecular
biology &
treatment of
cancer
PA40159
Cardiovascular
pharmacology
PA40160
CNS
pharmacology
PA40162
Drug targets in
the immune
system
PA40163
Trends in
molecular
signalling
PA40252
Regenerative
Medicine
* Students taking PA30148 can not subsequently take PA40160 in Final Year. Students taking PA30150 can not subsequently take PA40159 in Final Year. Students taking PA30157 can not subsequently take PA40157 in Final Year. Students
taking PA30168 can not subsequently take PA40162 in Final Year. Students taking PA30169 can not subsequently take PA40163 in Final Year. Students taking PA30252 can not subsequently take PA40252 in Final Year.
This flowchart summarises the various subject streams on the MSci Natural Sciences programme for those
students who started academic year 2012-13 or earlier. Year One is provided for information only. Please
note the unusual arrangement of Final Year Biology units – all research projects to be conducted in semester 2
only; this applies to academic year 2013-14 only.
32
MSci Natural Sciences: Subject Combination Schemes 2013/14
Biology major with Chemistry/
Mathematical Biology
Year One
Evolutionary biology B1b
Cell & mol. biology Ls1.1b
Foundation maths M1a
Maths for scientists M1b
Year Two
Year Three
Final Year
Mandatory
Molecular biology B2.2
Molecular biology B3.2
Cell biology B2.3
Genetics & evolution B3.3
Each year choose 1 from the options
Evolutionary biology B2.1
Evolutionary biology B3.1
Environ. Studies Env3.1
Environ. Studies Env2.2
Environ. Studies Env3.2
Evolutionary biology B4.2a
Evolution & project B4.3b
OR
Molecular evolution B4.3a
Project & evolution B4.2b
Organic chemistry C1.1b
Inorganic chemistry C1.2b
Physical chemistry C1.3b
Each year choose 2 from the options
Organic chemistry C2.1
Organic chemistry C3.1
Inorganic chemistry C2.2
Inorganic chemistry C3.2
Physical chemistry C2.3
Physical chemistry C3.3
Maths for Scientists M2.1
Mathematical biology M3.3
Organic chemistry C4.1
Inorganic chemistry C4.2
Physical chemistry C4.3
Mathematical biology M4.3
Biology major with Physics
Biology major with Pharmacology
Mathematical biology M2.3b
Evolutionary biology B1b
Mol. & cell biology Ls1.2b
Organic chemistry C1.1b
Physiology Pc1b
Foundation maths M1a
Maths for scientists M1b
Evolutionary biology B4.2a
Evolution & project B4.3b
OR
Molecular evolution B4.3a
Project & evolution B4.2b
Organic chemistry C4.1
Pharmacology Pc4.1
Pharmacology Pc4.2
Mathematical biology M4.3
Evolutionary biology B1b
Cell & mol. biology Ls1.1b
Physics P1.1b
Physics P1.2b
Maths for scientists M1b
Mandatory
Molecular biology B2.2
Molecular biology B3.2
Cell biology B2.3
Genetics & evolution B3.3
Physics P2.1
Physics P3.1
Physics P2.2
Physics P3.2
Maths for scientists M2.1
Maths for scientists M3.1
Physics P4.1
Physics P4.2
Each year choose 1 from the options
Evolutionary biology B4.2a
Evolution & project B4.3b
OR
Molecular evolution B4.3a
Project & evolution B4.2b
Evolutionary biology B1b
Cell & mol. biology Ls1.1b
Foundation maths M1a
Maths for scientists M1b
(24 credit project)
Each year choose 1 from the options
Evolutionary biology B2.1
Evolutionary biology B3.1
Environ. Studies Env2.2
Environ. Studies Env3.1
Environ. Studies Env3.2
Organic chemistry C2.1
Maths for Scientists M2.1
Organic chemistry C3.1
Mathematical biology M3.3
Mathematical biology M2.3b
Each year choose 2 from the options
Year One
Chemistry major with Biology
Mandatory
Molecular biology B2.2
Molecular biology B3.2
Cell biology B2.3
Genetics & evolution B3.3
Pharmacology Pc2.1
Pharmacology Pc3.1
Pharmacology Pc2.2
Pharmacology Pc3.2
Year Two
Year Three
Mandatory
Molecular biology B2.2
Laboratory chemistry C3.4
Cell biology B2.3
Each year choose 1 from the options
Evolutionary biology B2.1
Maths for Scientists M2.1
Final Year
Chemistry project C4.4
Evolutionary biology B4.2a
Molecular evolution B4.3a
Mathematical biology M2.3a
Organic chemistry C1.1b
Inorganic chemistry C1.2b
Physical chemistry C1.3b
Mathematical biology M2.3b
Each year choose 2 from the options
Organic chemistry C2.1
Organic chemistry C3.1
Inorganic chemistry C2.2
Inorganic chemistry C3.2
Physical chemistry C2.3
Physical chemistry C3.3
Each year choose 2 from the options
Evolutionary biology B3.1
Molecular biology B3.2
Genetics & evolution B3.3
Mathematical biology M3.3
Organic chemistry C4.1
Inorganic chemistry C4.2
Physical chemistry C4.3
33
(24 credit project)
Chemistry major with Pharmacology
Year One
Year Two
Physiology Pc1b
Mol. & cell biology Ls1.2b
Pharmacology Pc2.1
Pharmacology Pc2.2
Foundation maths M1a
Maths for scientists M1b
Organic chemistry C1.1b
Inorganic chemistry C1.2b
Physical chemistry C1.3b
Each year choose 1 from the options
Maths for Scientists M2.1
Mathematical biology M2.3a
Chemistry project C4.4
Pharmacology Pc4.1
Pharmacology Pc4.2
Each year choose 2 from the options
Organic chemistry C2.1
Organic chemistry C3.1
Inorganic chemistry C2.2
Inorganic chemistry C3.2
Physical chemistry C2.3
Physical chemistry C3.3
Organic chemistry C4.1
Inorganic chemistry C4.2
Physical chemistry C4.3
Each year choose 2 from the options
Mathematical biology M3.3
Pharmacology Pc3.1
Pharmacology Pc3.2
(24 credit project)
Chemistry major
with Physics
Physics major with
Chemistry
Organic chemistry C1.1b
Inorganic chemistry C1.2b
Physical chemistry C1.3b
Each year choose 2 from the options
Organic chemistry C2.1
Organic chemistry C3.1
Inorganic chemistry C2.2
Inorganic chemistry C3.2
Physical chemistry C2.3
Physical chemistry C3.3
Year Two
Year Three
Final Year
Chemistry project C4.4
Physics P4.2
Organic chemistry C4.1
Inorganic chemistry C4.2
Physical chemistry C4.3
Final Year
Physics P1.1b
Physics P1.2b
Maths for scientists M1b
Mandatory
Physics P2.1
Physics P3.1
Physics P2.2
Physics P3.2
Maths for scientists M2.1
Maths for scientists M3.1
Physics P4.1
Physics P4.2
Physics project P4.3
Organic chemistry C1.1b
Inorganic chemistry C1.2b
Physical chemistry C1.3b
Each year choose 2 from the options
Organic chemistry C2.1
Organic chemistry C3.1
Inorganic chemistry C2.2
Inorganic chemistry C3.2
Physical chemistry C2.3
Physical chemistry C3.3
Organic chemistry C4.1
Inorganic chemistry C4.2
Physical chemistry C4.3
Physics P1.1b
Physics P1.2b
Maths for scientists M1b
Physical chemistry C1.3b
Cell & mol. biology Ls1.1b
Year One
Evolutionary biology B1b
Cell & mol. biology Ls1.1b
(12 credit project)
Year Three
Physics P1.1b
Physics P1.2b
Maths for scientists M1b
Year One
Physics major with
Physical Chemistry
& Biology
Year Two
Mandatory
Physics P2.1
Laboratory chemistry C3.4
Physics P2.2
Physics P3.1
Maths for scientists M2.1
Physics P3.2
Year One
Chemistry major with Biology
Mandatory
Laboratory chemistry C3.4
Final Year
Mathematical biology M2.3b
Year One
34
Year Three
Foundation maths M1a
Maths for scientists M1b
Organic chemistry C1.1b
Inorganic chemistry C1.2b
Physical chemistry C1.3b
Year Two
Year Three
Mandatory
Physics P2.1
Physics P3.1
Physics P2.2
Physics P3.2
Maths for scientists M2.1
Maths for scientists M3.1
Physical chemistry C2.3
Physical chemistry C3.3
Molecular biology B2.2
Molecular biology B3.2
Year Two
Year Three
Mandatory
Molecular biology B2.2
Molecular biology B3.2
Cell biology B2.3
Genetics & evolution B3.3
Final Year
Physics P4.1
Physics P4.2
Physics project P4.3
Physical chemistry C4.3
Molecular biology B4.2a
Final Year
Chemistry project C4.5
Evolutionary biology B4.2a
Molecular evolution B4.3a
Each year choose 1 from the options
Evolutionary biology B2.1
Evolutionary biology B3.1
Laboratory chemistry C3.4
Maths for Scientists M2.1
Mathematical biology M2.3a
Mathematical biology M3.3
Mathematical biology M2.3b
Each year choose 2 from the options
Organic chemistry C2.1
Organic chemistry C3.1
Inorganic chemistry C2.2
Inorganic chemistry C3.2
Physical chemistry C2.3
Physical chemistry C3.3
Organic chemistry C4.1
Inorganic chemistry C4.2
Physical chemistry C4.3
Year One
Year Two
Physiology Pc1b
Mol. & cell biology Ls1.2b
Pharmacology Pc2.1
Pharmacology Pc2.2
Year Three
Final Year
Pharmacology Pc3.1
Pharmacology Pc3.2
Chemistry project C4.5
Pharmacology Pc4.1
Pharmacology Pc4.2
(12 credit project)
Chemistry major with
Pharmacology
Mandatory
Foundation maths M1a
Maths for scientists M1b
Organic chemistry C1.1b
Inorganic chemistry C1.2b
Physical chemistry C1.3b
(12 credit project)
Chemistry major
with Physics
Year One
Each year choose 2 from the options
Organic chemistry C2.1
Organic chemistry C3.1
Inorganic chemistry C2.2
Inorganic chemistry C3.2
Physical chemistry C2.3
Physical chemistry C3.3
Year Two
Year Three
Organic chemistry C4.1
Inorganic chemistry C4.2
Physical chemistry C4.3
Final Year
Physics P1.1b
Physics P1.2b
Maths for scientists M1b
Mandatory
Physics P2.1
Laboratory chemistry C3.4
Physics P2.2
Physics P3.1
Maths for scientists M2.1
Physics P3.2
Chemistry project C4.5
Physics P4.1
Physics P4.2
Organic chemistry C1.1b
Inorganic chemistry C1.2b
Physical chemistry C1.3b
Each year choose 2 from the options
Organic chemistry C2.1
Organic chemistry C3.1
Inorganic chemistry C2.2
Inorganic chemistry C3.2
Physical chemistry C2.3
Physical chemistry C3.3
Organic chemistry C4.1
Inorganic chemistry C4.2
Physical chemistry C4.3
Year One
Biochemistry major with
Chemistry and Molecular
Biology
Each year choose 1 from the options
Maths for Scientists M2.1
Laboratory chemistry C3.4
Mathematical biology M2.3a
Mathematical biology M3.3
Mathematical biology M2.3b
Biochemistry BC1
Mol. & cell biology Ls1.1b
Foundation maths M1a
Maths for scientists M1b
Organic chemistry C1.1b
Inorganic chemistry C1.2b
Physical chemistry C1.3b
Year Two
Year Three
Mandatory
Biochemistry BC2
Biochemistry BC3b
Molecular biology B2.2
Molecular Biology B3.2
Each year choose 1 from the options
Cell Biology B2.3
Genetics and Evolution B3.3
Final Year
Molecular Evolution 4.3a
Biotech & Project BC4.1
Project & Enz. Mech. BC4.2
Each year choose 2 from the options
Organic chemistry C2.1
Organic chemistry C3.1
Inorganic chemistry C2.2
Inorganic chemistry C3.2
Physical chemistry C2.3
Physical chemistry C3.3
Organic chemistry C4.1
Inorganic chemistry C4.2
Physical chemistry C4.3
9 Which Programme Should I Choose?
If you are not sure whether you wish to follow a broad-based programme (i.e., the BSc (Hons) programme) or
whether you would like to specialise, perhaps with a view to research after your undergraduate degree (i.e., the
MSci (Hons) programme), then we recommend that you choose one of the four-year BSc (Hons) programmes.
For instance, if you choose the four-year industrial placement BSc (Hons) programme - and take care to choose
in Year One the pre-requisite core sciences for one of the MSci (Hons) programmes - then you will have the
option to be considered for the BSc (Hons) Placement programme or one of the programmes in the MSci (Hons)
degree. Alternatively, you will be able to transfer to the 3-year full-time BSc (Hons) programme.
After you have selected your units for Year One, the Director of Studies will look at your choices carefully to
make sure you have suitable options for progression. During induction week, you are given the opportunity to
talk to the Director of Studies about your options and, if necessary, to change some of your choices.
At the end of Year One you should be in a position to decide whether you are going to follow the BSc (Hons)
programme or the MSci (Hons) programme.
10 International Students
Students from outside the UK and EU are advised to look at the University’s International Office web pages for
further information on studying at Bath.
http://www.bath.ac.uk/international-office/
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