Double Degree Programmes
Introduction
A Double Degree consists of a
combination of two separate degrees from two discipline areas in the same
Faculty or in two different Faculties. Except for certain prohibited
combinations, as identified by the Faculties, all other combinations of double
degree programmes will be allowed. There are specially designed double degrees
developed by Faculties, as well as double degree combinations put together by
students. In the latter situation, the degree requirements are specified in
section 2.2.5 of Part I of the Bulletin.
5.1 Bachelor of Social Sciences (Honours) in
Economics and Bachelor of Laws (Honours)
The Double Honours Degree in Economics
and Law is offered by the Faculty of Arts and Social Sciences and Faculty of
Law, leading to both the degrees of B.Soc.Sci. (Hons.) and LL.B. (Hons.).
Economics and Law are, in some areas,
complementary disciplines. Increasingly, experts will use methodologies from
the two disciplines. Scholars and practitioners of the two fields have been
actively examining the places where they meet. For example, most Corporate Law
subjects in top law schools now include economic analysis, and economists working
on public policy, such as competition policy, require a working knowledge of
the supporting legal infrastructure.
Singapore is a regional centre for
legal services, and a lot of our international legal work involves commercial,
corporate and financial law. This means there is — and will continue to be — a demand for lawyers with a strong
background in economics, as well as for economists trained in law. Likely
future employers are: some law firms, large commercial banks, and institutions
such as the Monetary Authority of Singapore, the Media Development Authority,
the Infocomm Development Authority and the Competition Commission of Singapore.
The programme includes the core of our
Economics and Law degrees, as well as some other modules to allow students to
explore beyond those areas.
Students may be admitted to the
programme, on a competitive basis, in one of three ways:
• By direct application from Junior
College. These students will spend the second year in the Faculty of Law;
• By application during their second year
in the Faculty of Law;
• By application
during their first year in the Faculty of Arts and Social Sciences.
Applicants to the double degree
programme must meet the admission requirements of both Faculties.
Students
must either maintain a CAP of 4.0 for the B.Soc.Sci. (Hons.) or remain
in the top half of the Law cohort. Those
who fall below in both degrees for two consecutive semesters will be
required to leave the programme. Direct
entry students will have the choice of degree into which they exit. Later entry
students will exit into their home faculty.
Students
who do not qualify for the FASS Honours Thesis will graduate with LL.B. (Hons.)
and B.A., if all other conditions are met.
Students leaving the programme on
their own accord will be advised on how to use modules taken towards their
single B.A. or B.Soc.Sci. (Hons.) degree (Economics) or the Law degree.
For more information, please visit: http://www.nus.edu.sg/prog/econlaw
5.2 Bachelor of Social Sciences
(Honours) and Bachelor of Business Administration (Honours/non-Honours);
Bachelor of Arts and Bachelor of Business Administration (Honours/non-Honours);
Bachelor of Social Sciences (Honours) and Bachelor of Business Administration
(Accountancy) (Honours/non-Honours); Bachelor of Arts and Bachelor of Business
Administration (Accountancy) (Honours/non-Honours)
(The major for the Faculty of Arts and
Social Sciences degree is Communications and New Media)
The DDP in Communication and New Media
(CNM) and Business is jointly offered by the Faculty of Arts and Social
Sciences (FASS) and the NUS Business School (BIZ).
In today’s global environment, the
dividing line separating communications and media studies, and business becomes
increasingly vague. Graduates from communications and media programmes are
often expected to perform tasks that entail business training — e.g., market analysis, marketing
campaigns, while business graduates are expected to know how to effectively
communicate with a company’s public, manage a crisis or chart out technology
trends.
Likewise, in today’s converging media
environment, communication professionals are expected to have a broad range of
knowledge and creative skills, from critical thinking and excellent writing to
the ability to create publications, websites and other interactive
environments.
The programme aims to enrich students’
experience and prepare them for this converging field by combining modules from
both CNM and NUS Business School.
CNM will be offering modules in three
areas, namely new media studies, communication management and interactive
media. Students will be exposed to subjects such as political economy,
globalisation of media, creation of news content, management of information,
structure of the new media industry and how gaming and other forms of
interactive media/digital entertainment fit into the greater economic
environment of the new media industry. On the business aspect, NUS’s Business
programme will prepare students for managerial leadership in the global
economy. Its broad-based curriculum benefits from the comprehensive academic
breadth and intellectual intensity of the University.
Articulate students that embrace
technology will find good fit in this CNM and Business double degree programme
that promises to nurture an attractive breed of media-savvy business
professionals.
Students will be admitted to the
programme only if they meet the requirements of both the Faculty of Arts and
Social Sciences (FASS) and NUS Business School.
Students may be admitted to the
program in one of the following ways:
1. Direct application by students with
relevant GCE ‘A’ Level, Polytechnic or equivalent qualifications;
OR
2. Application by students at the end of the
first year of study in the FASS or NUS Business School. Students further along
in their programme may be admitted on an exceptional basis.
FASS students who plan to enrol in
this programme after the first year are encouraged to read two Business modules
to enable them to better understand the Business programme. Similarly, Business
students who plan to enrol in this program are encouraged to read two CNM
modules. Current students have to apply to the programme through their
respective Faculty/School. The application will be forwarded to the partnering
School/Faculty if the original Faculty/School approves the application.
The minimum Cumulative Average Point
(CAP) requirement for acceptance to the programme is 4.0. The applicant will
also need to meet the minimum prevailing admission criteria of both
Faculty/School, that is, the applicant must have:
A minimum grade of ‘C6’ in GCE ‘AO’
Level Mathematics or GCE ‘O’ Level Additional Mathematics, or otherwise
demonstrated equivalent preparation.
The applicant’s
non-academic activities may be considered, and the applicant may have to attend
an interview.
Students
can choose to withdraw, or may be asked to withdraw the programme if they fail
to meet requirements. Students who withdraw from the programme are permitted to
work instead for a single degree in their original home Faculty/School. Modular
Credits completed in the programme will be counted towards the fulfilment of
the degree requirements of the home Faculty/School, subject to the normal
limits of the Faculty/School curriculum.
For students
admitted to NUS before AY2011/12: A student who does not maintain a CAP of 4.0
in modules contributing to the original degree for any two consecutive
semesters will be required to withdraw from the DDP by withdrawing from the
second degree programme.
For students admitted to NUS with effect from AY2011/12
onwards: A student who does not maintain a CAP of 4.0 in modules contributing
to the original degree, and a CAP of 3.5 for the second degree for any
two consecutive semesters will be required to withdraw from the DDP by
withdrawing from the second degree programme.
Further
information on the programme is available at: http://nus.edu/prog/bizcnm/
5.3 Bachelor of Social Sciences (Honours) and Bachelor of Business
Administration (Honours/non-Honours); Bachelor of Arts and Bachelor of Business
Administration (Honours/non-Honours); Bachelor of Social Sciences (Honours) and
Bachelor of Business Administration (Accountancy) (Honours/non-Honours);
Bachelor of Arts and Bachelor of Business Administration (Accountancy)
(Honours/non-Honours)
(The major for the Faculty of Arts
and Social Sciences degree is Economics)
The double degree programmes integrate and synergise the
strengths of the two disciplines of Economics and Business. Business is multi-disciplinary
and imparts the necessary skill set for meeting the challenges of the business
world, while Economics, being a science of choice, imparts the skill set for
problem-solving. The two are therefore complementary and inextricably
interwoven.
Both combinations of economics and business is to nurture
business-savvy professionals with an edge in economics.
Students will be admitted to the
programme only if they meet the requirements of both the Faculty of Arts and
Social Sciences (FASS) and NUS Business School.
Students may be admitted to the
program in one of the following ways:
1. Direct application by students with
relevant GCE ‘A’ Level;
OR
2. Application by students at the end of the
first year of study in the FASS or NUS Business School. Students further along
in their programme may be admitted on an exceptional basis.
FASS students who plan to enrol in
this programme after the first year are encouraged to read two Business modules
to enable them to better understand the Business programme. Similarly, Business
students who plan to enrol in this program are encouraged to read two Economics
modules. Current students have to apply to the programme through their
respective Faculty/School. The application will be forwarded to the partnering
School/Faculty if the original Faculty/School approves the application.
The minimum Cumulative Average Point
(CAP) requirement for acceptance to the programme is 4.0. The applicant will
also need to meet the minimum prevailing admission criteria of both
Faculty/School, that is, the applicant must have:
A minimum grade of ‘C6’ in GCE ‘AO’
Level Mathematics or GCE ‘O’ Level Additional Mathematics, or otherwise
demonstrated equivalent preparation.
The applicant’s
non-academic activities may be considered, and the applicant may have to attend
an interview.
Students
can choose to withdraw, or may be asked to withdraw the programme if they fail
to meet requirements. Students who withdraw from the programme are permitted to
work instead towards the single degree in their original home Faculty/School.
Modular Credits completed in the programme will be counted towards the
fulfilment of the degree requirements of the home Faculty/School, subject to
the normal limits of the Faculty/School curriculum.
For students
admitted to NUS before AY2011/12: A student who does not maintain a CAP of 4.0
in modules contributing to the original degree for any two consecutive
semesters will be required to withdraw from the DDP by withdrawing from the
second degree programme.
For students admitted to NUS with effect from AY2011/12
onwards: A student who does not maintain a CAP of 4.0 in modules contributing
to the original degree, and a CAP of 3.5 for the second degree for any
two consecutive semesters will be required to withdraw from the DDP by
withdrawing from the second degree programme.
Further
information on the programme is available at:
http://www.nus.edu.sg/prog/bizecon/
5.4 Bachelor of Computing (Computer
Science/Information Systems) (Honours) and Bachelor of Business Administration
(Honours/non-Honours); and Bachelor of Computing (Computer Science/Information
Systems) (Honours) and Bachelor of Business Administration (Accountancy)
(Honours/non-Honours)
The Double Degree in
Computer Science /Information Systems and Business Administration/Business
Administration (Accountancy) is jointly offered by the NUS School of Computing
and NUS Business School. It aims to leverage on the advantage of NUS being a
comprehensive university, which enables students to fully develop their
potential by pursuing multidisciplinary programmes.
Business Administration
and Computer Science/ Information Systems are complementary areas of knowledge
which are becoming inextricably interwoven. Our various communications with the
IT industry have revealed a strong demand among employers for graduates with
both computer science/information systems knowledge and in-depth understanding
of business domains.
The Double Degree
programme in Computer Science and Business Administration (including
Accountancy) meets such a demand through its emphasis on developing both the
core computing skills and business skills of students. It will enable students
to apply computational considerations to all aspects of business practice,
thereby complementing their business skills and introducing a new analytic
dimension to the understanding of organisational behaviour, finance and accounting,
marketing, economics, and business law, among others.
The Double Degree
programme in Information Systems and Business Administration (including
Accountancy) meets a similar demand. It will enable students to practise the
management and implementation of information systems, enhanced with
complementing business skills and knowledge in areas such as organisational
behaviour, finance & accounting, marketing, operations management,
economics, and business law, among others.
Both combinations of business
and computing/ information systems programmes will develop business-savvy IT
professionals as well as technology-minded business leaders for the
marketplace. The programme is designed so that students may complete it in a
reasonable time-frame: four and a half years for B.B.A. /B.Comp. (Hons.)
(CS/IS) and five years for Double Honours.
The options
offered to students are:
(a) B.B.A. (Hons.)/B.Comp. (CS) (Hons.)
(b) B.B.A. (Hons.)/B.Comp. (IS) (Hons.)
(c) B.B.A. (Acc. Hons.)/B.Comp. (CS) (Hons.)
(d) B.B.A. (Acc. Hons.)/B.Comp. (IS) (Hons.)
(e) B.Comp. (CS) (Hons.)/B.B.A
(f) B.Comp. (IS) (Hons.)/B.B.A.
(g) B.Comp. (CS) (Hons.)/B.B.A. (Acc.)
(h) B.Comp. (IS) (Hons.)/B.B.A. (Acc.)
Programmes (a) to (d) are double
honours degree programmes, while (e) to (h) are single honours degree
programmes.
Students will be admitted
to the DDP only if they meet the requirements of both the NUS School of
Computing (SOC) and NUS Business School (BIZ).
Students
may be admitted to the DDP in one of the following ways:
(i) Direct
admissions through the University’s admissions exercise.
Applicants must satisfy
one of the following two criteria:
• GCE ‘A’ Level applicants: Pass in either
GCE ‘A’ Level or H2 Mathematics
• Polytechnic applicants: Accredited
diploma or Grade ‘A2’ in GCE ‘O’ Level Elementary Mathematics or Grade ‘B4’ in
GCE ‘O’ Level Additional Mathematics
(ii) Admissions at the completion of first year
of B.Comp. (Hons.) in CS or IS or B.B.A. /B.B.A. (Hons.) or B.B.A. (Acc.)/B.B.A.
(Acc. Hons) based on CAP criteria.
For students admitted to NUS before
AY2011/12: Students in the Double Degree
Programme must maintain a CAP of 4.00 or above. Students who do not maintain a
CAP of 4.00 in modules contributing to the first degree for two consecutive
semesters will be required to withdraw from the DDP by withdrawing from the
second degree programme. Upon withdrawal, all the modules which the students
have taken to fulfil the requirements of the second degree will be reflected in
the transcript and included in the computation of the CAP for the single
degree.
For students admitted to NUS with effect from AY2011/12: A student who does not maintain a CAP of 4.0 in modules
contributing to the original degree for any two consecutive semesters will be
required to withdraw from the DDP by withdrawing from the second degree
programme.
A student who does not maintain a CAP of 4.0 in modules
contributing to the original degree, and a CAP of 3.5 for the second
degree for any two consecutive semesters will be required to withdraw from the
DDP by withdrawing from the second degree programme.
Please
refer to: http://www.comp.nus.edu.sg/undergraduates/dd_computing_business.html
5.5 Bachelor of Computing (Computer Science)
(Honours) and Bachelor of Science (Mathematics/Applied Mathematics)
(Honours/non-Honours)1
Targeted
at students with good results or special talent in mathematics or computing,
this programme seeks to groom them into graduates who will be at ease with
tackling multifaceted computational problems in industry such as complex
scheduling or taking interactive digital media to the next phase.
This
programme celebrates and leverages the synergistic relationship between
computer science and mathematics that is apparent in many ways. Emphasising
quality over quantity, admission to the programmes will be highly selective in
their admission, and students must maintain consistently good results to remain
in the programmes.
Students
may choose from one of two specialisations: algorithms and computation, and
multimedia modelling.
Algorithms and Computation
Graduates
with this specialisation will be at the forefront of solving myriad complex
computational problems, in both industry and research. They will apply their
advanced learning in the principles and practice of computer science to tackle
industry needs in complex scheduling, network optimisation, physical
simulation, software reliability, etc. Their advanced knowledge in algorithmic
design will also enable them to adapt to a wide variety of computing fields.
The specialisation covers areas such as: computational complexity,
cryptography, algorithmic graph theory and combinatorics, randomness in
computing, parallel and distributed computation, machine learning, applications
of logic, algorithmic algebra, coding theory, etc.
Multimedia Modelling
Graduates
with this specialisation will be in the vanguard of interactive digital media
(IDM) technology. They will apply their mathematical logic and learning in
networking and multimedia technologies to develop more realistic animation, and
better special effects, and generate a more immersive experience in virtual
reality that engages the various human senses more fully. Graduates with this
specialisation will find their niche in high-end technology companies in the
IDM sector, as well as in the field of research. The specialisation covers
areas such as Numerical PDE, 3D Differential Geometry, Computational Geometry,
Game Development, etc.
Each
specialisation comprises advanced modules from both the Department of
Mathematics and the Department of Computer Science.2
1 Students in the other Bachelor of Computing programmes,
except B.Comp. (Computer Science), may wish to design special Double-degree
programme with B.Sc. (Mathematics) or B.Sc. (Applied Mathematics) under the
guidance of the Undergraduate Offices of both School of Computing and Faculty
of Science.
2 The list of modules will be updated regularly by the committee
overseeing the double-degree programmes.
Modules
in “Algorithms and Computation”
Module Code |
Module Title |
MCs |
MA3205 |
Set
Theory |
4 |
MA3218 |
Coding
Theory |
4 |
MA3219 |
Computability
Theory |
4 |
MA3233 |
Algorithmic
Graph Theory |
4 |
MA3252 |
Linear
and Network Optimisation |
4 |
MA4207 |
Mathematical
Logic |
4 |
MA4235 |
Graph
Theory |
4 |
MA4254 |
Discrete
Optimisation |
4 |
MA4261 |
Advanced
Coding Theory |
4 |
MA5219 |
Logic and Foundation of Mathematics I |
4 |
MA5220 |
Logic
and Foundation of Mathematics II |
4 |
CS3234 |
Logic
and Formal Systems |
4 |
CS4212 |
Compiler
Design |
4 |
CS4214 |
Formal
Semantics |
4 |
CS4231 |
Parallel
and Distributed Algorithms |
4 |
CS4232 |
Theory
of Computation |
4 |
CS5206 |
Foundation
in Algorithms |
4 |
CS5230 |
Computational
Complexity |
4 |
CS5232 |
Formal
Specification and Design Techniques |
4 |
CS5234 |
Combinatorial
and Graph Algorithms |
4 |
CS5237 |
Computational
Geometry and Applications |
4 |
CS5238 |
Combinatorial
Methods in Bioinformatics |
4 |
Modules
in “Multimedia Modelling”
Module Code |
Module Title |
MCs |
MA3215 |
Three-dimensional
Differential Geometry |
4 |
MA3220 |
Ordinary
Differential Equations |
4 |
MA3227 |
Numerical
Analysis II |
4 |
MA3229 |
Introduction
to Geometric Modelling |
4 |
MA3236 |
Nonlinear
Programming |
4 |
MA4221 |
Partial
Differential Equations |
4 |
MA4230 |
Matrix
Computation |
4 |
MA4255 |
Numerical
PDE |
4 |
MA4268 |
Mathematics
for Visual Data Processing |
4 |
MA5233 |
Computational
Mathematics |
4 |
MA5242 |
Wavelets |
4 |
CS3241 |
Computer
Graphics |
4 |
CS3246 |
Hypermedia
and World Wide Web |
4 |
CS3248 |
Design
of Interactive Systems |
4 |
CS4212 |
Compiler
Design |
4 |
CS3247 |
Game
Development |
4 |
CS4235 |
Computational
Geometry |
4 |
CS4240 |
Virtual
Reality and 3D Interaction |
4 |
CS4243 |
Computer
Vision and Pattern Recognition |
4 |
CS4247 |
Graphics
Rendering Techniques |
4 |
CS4248 |
Natural
Language Processing |
4 |
CS4344 |
Networked
and Mobile Gaming |
4 |
CS5237 |
Computational
Geometry and Application |
4 |
The
double honours degree programme follows a dual-entry system:
(i) Direct
admission through university admission exercise: http://www.nus.edu.sg/oam
Applicants
must satisfy one of the following two criteria:
1) Grade A in either GCE ‘A’ Level/H2
Level/IB Higher Level Mathematics or GCE ‘A’ Level Further Mathematics, and a
good grade at GCE ‘A’ Level/H2 Level/IB Higher Level in either Computing or
Physics or Chemistry or Biology or Physical Science.
2) Demonstrated special talents in
Mathematics and/or Computing (e.g., Mathematics and/or Informatics Olympiad
awards, etc.)
If
the candidate meets criterion 1, no interview will be required.
(ii) Admissions
on the completion of first-year studies in B.Comp. (Hons.) or B.Sc. (Hons.).
Candidates
will be assessed on the merits of their first-year results. Interested students
should contact the programme administrator on receipt of their results.
Students may pursue
either a double honours or a single honours programme. Briefly, students
pursuing one of the specialisations must obtain at least 32 MCs (for double
honours programme) or 28 MCs (for single honours programme) from modules
offered under the respective specialisation. Furthermore, students pursuing a
double honours programme with specialisation must complete an integrated
honours project, which will be jointly supervised by faculty members from the
Department of Computer Science and the Department of Mathematics.
The
double honours programme requires students to take a total of 204 MCs and 208
MCs for B.Comp. (Hons.) — B.Sc.
(Hons.) (Math.) and B.Comp. (Hons.) — B.Sc. (Hons.)
(Appl.Math.) degrees respectively.
These programmes consist
of the following:
a. Bachelor of Computing — Honours
in Computer Science (132 MCs)
B.Comp. students normally
take 160 MCs to fulfil the University Level Requirements (ULR), Programme
requirements, and Unrestricted Electives. Under this programme, 28 MCs would be
waived under double degree rules. The 28 MCs will come from the Unrestricted
Electives (20 MCs) and Breadth (8 MCs).
b. Bachelor
of Science — Honours
in Mathematics (125 MCs)
B.Sc.
students in the four-year B.Sc. degree programme normally take 160 MCs to
fulfil the University Level Requirements (ULR), Faculty and Major Requirements,
and Unrestricted Electives. Under this programme, 35 MCs would be waived under
double degree rules. The 35 MCs will come from the Unrestricted and Breadth
Electives.
c. Bachelor
of Science — Honours
in Applied Mathematics (129 MCs)
B.Sc.
students in the four-year B.Sc. degree programme normally take 160 MCs to
fulfil the University Level Requirements (ULR), Faculty and Major Requirements,
and Unrestricted Electives. Under this programme, 31 MCs would be waived under double degree rules. The 31 MCs will come from the Unrestricted and
Breadth Electives.
The details are set out in Tables A and B respectively.
Table
A: B.Comp. (Hons.) – B.Sc. (Hons.) (Mathematics) Double Honours Programmes
Double Honours
Degree Requirements |
MCs Requirement |
(A) University Level Requirement |
12 MCs |
General
Education |
8
MCs^ |
Singapore
Studies |
4
MCs |
(B) B.Comp. Programme Requirements# |
88 MCs |
Computer
Science Foundation and IT Professionalism Modules |
36
MCs (+ 8 MCs to be satisfied by common modules) |
Computer
Science Breadth & Depth Modules |
32
MCs (+ 12 MCs to be satisfied by common modules) |
Mathematics
and Science Modules |
20
MCs (+ 12 MCs to be satisfied by common modules) |
(C) B.Sc. Programme Requirements |
72 MCs |
Faculty
Requirements Modules* |
8
MCs (+ 8 MCs to be satisfied by CS1010 and CS1020) |
Mathematics
Modules† |
64
MCs (+ 32 MCs to be satisfied by common modules) |
(D) Common Modules(Tables 1
& 2) |
32 MCs |
Total |
204 MCs |
^ At least 4
MCs of Group B GEM have to be read.
* B.Sc
(Hons.) Faculty Requirements:
(i ) CS1010 Programming Methodology (4MCs)
(ii) CS1020 Data Structure and Algorithms (4MCs)
(iii ) 8MCs from two
distinct subject groups excluding ‘Computing Sciences’ and Mathematical &
Statistical Sciences’
# Please
refer to: http://www.comp.nus.edu.sg/undergraduates/dd_cs_math.html for detail.
† Please refer to:
http://www.comp.nus.edu.sg/undergraduates/dd_cs_math.html
Table B: B.Comp. (Hons.)
– B.Sc. (Hons.) (Applied Mathematics) Double Honours Programmes
Double Honours
Degree Requirements |
MCs Requirement |
(A) University Level Requirement |
12 MCs |
General
Education |
8
MCs^ |
Singapore
Studies |
4
MCs |
(B) B.Comp. Programme Requirements# |
88 MCs |
Computer
Science Foundation and IT Professionalism Modules |
36
MCs (+ 8 MCs to be satisfied by common modules) |
Computer
Science Breadth & Depth Modules |
32
MCs (+ 12 MCs to be satisfied by common modules) |
Mathematics
and Science Modules |
20
MCs (+ 12 MCs to be satisfied by common modules) |
(C) B.Sc. Programme Requirements |
76 MCs |
Faculty
Requirements Modules* |
8
MCs (+ 8 MCs to be satisfied by CS1010 and CS1020) |
Mathematics
Modules† |
68
MCs (+ 32 MCs to be satisfied by common modules) |
(D) Common Modules(Tables 1
& 2) |
32 MCs |
Total |
208 MCs |
^ At least 4
MCs of Group B GEM have to be read.
* B.Sc. (Hons.) Faculty Requirements:
(i) CS1010
Programming Methodology (4 MCs)
(ii) CS1020
Data Structures and Algorithms (4 MCs)
(iii) 8
MCs from two distinct subject groups excluding ‘Computing Sciences’ and
‘Mathematical & Statistical Sciences’
# Please
refer to: http://www.comp.nus.edu.sg/undergraduates/dd_cs_math.html for
details.
† Please
refer to: http://www.comp.nus.edu.sg/undergraduates/dd_cs_math.html
The
proposed single honours programmes require students to take a total of 184 MCs.
These
programmes consist of the following:
a. Bachelor of Computing — Honours
in Computer Science (132 MCs)
B.Comp.
students normally take 160 MCs to fulfil the University Level Requirements
(ULR), Programme requirements, and Unrestricted Electives. Under this
programme, 28 MCs would be waived under double degree rules. The 28 MCs will
come from the Unrestricted Electives (20 MCs) and Breadth (8 MCs).
b. Bachelor of Science — non-Honours in
Mathematics (85 MCs)
B.Sc.
students in the three-year B.Sc. degree programme normally take modules of 120
MCs to fulfil University Level Requirements (ULR), Faculty and Major
Requirements, and Unrestricted Electives Requirements. Under this programme, 35
MCs will be waived under double degree rules. The 35 MCs will come from
Unrestricted and Breadth Electives.
c. Bachelor of Science — non-Honours
in Applied Mathematics (89 MCs)
B.Sc.
students in the three-year B.Sc. degree programme normally take modules of 120
MCs to fulfil the University Level Requirements (ULR), Faculty and Major
Requirements, and Unrestricted Electives Requirements. Under this programme, 31
MCs will be waived under double degree rules. The 31 MCs will come from
Unrestricted and Breadth Electives.
The
details are set out in Tables C and D respectively.
Table C: B.Comp. (Hons.)
– B.Sc. (Mathematics) Single Honours Programme
Double Honours
Degree Requirements |
MCs Requirement |
(A) University Level Requirement |
12 MCs |
General
Education |
8
MCs^ |
Singapore
Studies |
4
MCs |
(B)
B.Comp. Programme Requirements# |
104 MCs |
Computer
Science Foundation and IT Professionalism Modules |
40
MCs (+ 4 MCs to be satisfied by common modules) |
Computer
Science Breadth & Depth Modules |
44
MCs |
Mathematics
and Science Modules |
20
MCs (+ 12 MCs to be satisfied by common modules) |
(C) B.Sc. Programme Requirements |
52
MCs |
Faculty
Requirements Modules* |
8
MCs (+ 4 MCs to be satisfied by CS1010) |
Mathematics
Modules† |
44
MCs (+ 16 MCs to be satisfied by common modules) |
(D) Common Modules(Tables 1
& 2) |
16
MCs |
Total |
184 MCs |
^ At least 4
MCs of Group B GEM have to be read.
* B.Sc. Faculty Requirements:
(i) CS1010
Programming Methodology (4 MCs)
(ii) 8
MCs from two distinct subject groups excluding ‘Computing Sciences’ and
‘Mathematical & Statistical Sciences’
# Please
refer to: http://www.comp.nus.edu.sg/undergraduates/dd_cs_math.html for
details.
† Please
refer to: http://www.comp.nus.edu.sg/undergraduates/dd_cs_math.html
Table D: B.Comp. (Hons.)
– B.Sc. (Applied Mathematics) Single Honours Programme
Double Honours
Degree Requirements |
MCs Requirement |
(A) University Level Requirement |
12 MCs |
General
Education |
8
MCs^ |
Singapore
Studies |
4
MCs |
(B) Computer Science Requirements# |
100 MCs |
Computer
Science Foundation and IT Professionalism Modules |
36
MCs (+ 8 MCs to be satisfied by common modules) |
Computer
Science Breadth & Depth Modules |
44
MCs |
Mathematics
and Science Modules |
20
MCs (+ 12 MCs to be satisfied by common modules) |
(C) B.Sc. PROGRAMME Requirements |
52
MCs |
Faculty
Requirements Modules* |
8
MCs (+ 4 MCs to be satisfied by CS1010) |
Mathematics
Modules† |
44
MCs (+ 20 MCs to be satisfied by common modules) |
(D) Common Modules(Tables 1 & 2) |
20
MCs |
Total |
184 MCs |
^ At least 4
MCs of Group B GEM have to be read.
* B.Sc. Faculty Requirements:
(i) CS1010
Programming Methodology (4 MCs)
(ii) 8 MCs from
two distinct subject groups excluding ‘Computing Sciences’ and ‘Mathematical
& Statistical Sciences’
# Please
refer to: http://www.comp.nus.edu.sg/undergraduates/dd_cs_math.html for
details.
† Please
refer to: http://www.comp.nus.edu.sg/undergraduates/dd_cs_math.html
Students pursuing one of
the listed specialisations in the double honours degree programme must
undertake an integrated honours project in Mathematics and Computer Science.
The project will provide the students with the opportunity to explore and
integrate their knowledge in the specialised field.
A student pursuing a
double honours degree programme without specialisation can choose to undertake:
i. One integrated honours year project or
ii. One Computing honours year project and one
Mathematics honours year project or
iii. One Mathematics honours year project and 12
MCs of Level-4000 ‘CS’ prefixed modules.
to fulfil the graduation
requirements of the double degree programme. In the case that integrated
honours year project is not chosen, a student can choose to take 12 MCs of
common modules from Common Modules Table 2 for double counting purpose.
The integrated honours
project will be jointly supervised by faculty members from the Department of
Computer Science and the Department of Mathematics, and must contain elements
of both computer science and mathematics.
(A) Double
Honours Programmes
The
degree classification for Computing Degree (Honours) will be based on CAP
calculated from 132 MCs: 88 MCs B.Comp. Programme Requirements, 32 MCs Common
Modules, 8 MCs General Education Modules (GEMs) and 4 MCs Singapore Studies
Module.
The
degree classification for Science Degree (Honours) majoring in Mathematics will
be based on CAP calculated from 125 MCs: 17 MCs Faculty Requirement Modules, 64
MCs Mathematics Modules, 32 MCs Common Modules, 8 MCs General Education Modules
(GEMs) and 4 MCs Singapore Studies Module.
The
degree classification for Science Degree (Honours) majoring in Applied
Mathematics will be based on CAP calculated from 129 MCs: 17 MCs Faculty
Requirement Modules, 68 MCs Mathematics Modules, 32 MCs Common Modules, 8 MCs
General Education Modules (GEMs) and 4 MCs Singapore Studies Module.
(B) B.Comp.
(Hons.) – B.Sc. in Mathematics: Single Honours Programme
The
degree classification for Computing Degree (Honours) will be based on CAP
calculated from 132 MCs: 104 MCs B.Comp. Programme Requirements, 16 MCs Common
Modules, 8 MCs General Education Modules (GEMs) and 4 MCs Singapore Studies
Module.
The
degree classification for Science Degree (non-Honours) majoring in Mathematics
will be based on CAP calculated from 85 MCs: 13 MCs Faculty Requirement
Modules, 44 MCs Mathematics Modules, 16 MCs Common Modules, 8 MCs General
Education Modules (GEMs) and 4 MCs Singapore Studies Module.
(C) B.Comp. (Hons.) – B.Sc. in Applied Mathematics: Single
Honours Programme
The
degree classification for Computing Degree (Honours) will be based on CAP
calculated from 132 MCs: 100 MCs B.Comp. Programme Requirements, 20 MCs Common
Modules, 8 MCs General Education Modules (GEMs) and 4 MCs Singapore Studies
Module.
The
degree classification for Science Degree (non-Honours) majoring in Applied
Mathematics will be based on CAP calculated from 89 MCs: 13 MCs Faculty
Requirement Modules, 44 MCs Mathematics Modules, 20 MCs Common Modules, 8 MCs
General Education Modules (GEMs) and 4 MCs Singapore Studies Module.
The
list of common modules is given as follows:
Common Modules Table 1
Module Code |
Module Title |
MCs |
CS1231 |
Discrete
Structures |
4 |
MA1101R |
Linear
Algebra I |
4 |
MA1102R |
Calculus |
4 |
ST2131/
MA2216 |
Probability |
4 |
CS3230 |
Design
and Analysis of Algorithms |
4 |
XFC4101/
MA4199 |
Integrated
Honours Project |
12 |
Total |
|
32 |
Common Modules Table 2
Module Code |
Module Title |
MCs |
CS3234 |
Logic
and Formal Systems |
4 |
CS4232 |
Theory
of Computation |
4 |
CS4235 |
Computational
Geometry |
4 |
CS4236 |
Cryptography
Theory and Practice |
4 |
CS5230 |
Computational
Complexity |
4 |
CS5237 |
Computational
Geometry and Applications |
4 |
CS6209 |
Topics
in Cryptography |
4 |
For students admitted
before AY2011/12: Students in the Double Degree Programme in Computer Science
and Mathematics/Applied Mathematics must maintain a CAP of 4.00 or above.
Students who fail to meet the criteria for two consecutive semesters will not
be allowed to remain in the Double Degree Programme, but may continue with
either B.Sc. or B.Comp. studies at NUS. Students who leave the programme are
permitted to work instead for a single degree in their original home Faculty.
Modular Credits completed in the double degree programme will be counted
towards the fulfilment of the degree requirements of their single degree,
subject to the normal limits of the Faculty curriculum.
For students admitted with effect from AY2011/12 onwards: A student who does not maintain a CAP of 4.0 in modules
contributing to the original degree, and a CAP of 3.5 for the second
degree for any two consecutive semesters will be required to withdraw from the
DDP by withdrawing from the second degree programme.
Please refer to: http://www.comp.nus.edu.sg/undergraduates/dd_cs_math.html
5.6 Bachelor of
Engineering and Bachelor of Social Sciences (Honours) in Economics; Bachelor of
Engineering and Bachelor of Arts in Economics
The
Double Degree Programme in Engineering# and Economics is a specialised degree
programme that combines two disciplines that have significant synergies. The
programme is designed to develop the core engineering skills of students so
that they would fulfil the requisite professional requirements of their chosen
engineering fields. At the same time,
the programme will equip a student with necessary knowledge in economics, which
will help them succeed in the global marketplace.
This
combination of engineering# and
economics will produce a new breed of engineer-managers for the marketplace.
Note:
# - All
Engineering courses except Engineering Science.
Students
will be admitted to the double degree programme only if they meet the
requirements of both the Faculty of Engineering (FoE) and Faculty of Arts and
Social Sciences (FASS). A committee comprising staff members from both FASS and
FoE will review applications.
Students
may be admitted to the programme in one of the following ways:
1. Direct
application by students with relevant GCE ‘A’ Level or equivalent
qualifications — Please
apply via Office of Admissions website: http://www.nus.edu.sg/oam OR
2. Current
students from FoE# or
FASS programmes — Students are strongly advised to apply
by the end of their first year so as to start the double-degree programme at
the beginning of their second year. Students must apply through their home
faculties. Short-listed applicants may then be interviewed.
Engineering
students# who plan to enrol after the first year must
have read at least two Economics modules in the first year to enable them to
better understand the discipline’s focus and methodologies. Similarly, FASS
students who plan to enrol at that point must have read at least two
engineering modules.
The
minimum Cumulative Average Point (CAP) requirement for acceptance into the
programme is 4.0. The applicant will also need to meet the minimum prevailing
admission criteria of both courses.
The
applicant’s non-academic activities may be considered, and the applicant may
have to attend an interview.
Note:
# - All Engineering courses
except Engineering Science.
Students can choose to
leave the programme, or be asked to leave if they fail to meet and maintain
requirements. Students who leave the programme are permitted to work instead
for a single degree in their original home Faculty. Modular Credits completed
in the double degree programme will be counted towards the fulfilment of the
degree requirements of their single degree, subject to the normal limits of the
Faculty curriculum.
For students admitted to NUS before AY2011/12: A student
who does not maintain a CAP of 4.0 in modules contributing to the original
degree for any two consecutive semesters will be required to withdraw from the
DDP by withdrawing from the second degree programme.
For students admitted to NUS with effect from AY2011/12 onwards: A student
who does not maintain a CAP of 4.0 in modules contributing to the original
degree, and a CAP of 3.5 for the second degree for any two consecutive
semesters will be required to withdraw from the DDP by withdrawing from the
second degree programme.
Further information on
the programme is available at: http://www.nus.edu.sg/prog/engecon
5.7 Bachelor of
Engineering and Bachelor of Business Administration (Honours/Non-honours),
Bachelor of Engineering and Bachelor of Business Administration (Accountancy)
(Honours/Non-honours)
The double degree
programmes in Business Administration and Engineering# are special
degree programmes that combine two disciplines that have significant synergies.
The programmes are designed to develop core engineering skills in students to
fulfil the requisite professional requirements of their chosen engineering
fields. At the same time, the programme will equip students with the necessary
business skills and knowledge in the areas of organisational behaviour, finance
and accounting, marketing, economics, and business law, among others, for
success in the business world. This combination of engineering and business
skills will produce a new breed of business-savvy engineers for the
marketplace.
Students will be admitted
to the double degree programme only if they meet the requirements of both the
School of Business and the Faculty of Engineering. A committee comprising staff
members from both the Business School and the Faculty of Engineering will
review applications.
Students may apply to the
programmes in one of the following ways:
a. Direct
application by students with relevant GCE ‘A’ Level or equivalent
qualifications — Please
apply via Office of Admissions website: http://www.nus.edu.sg/oam
OR
b. Current students from the School of
Business and Faculty of Engineering# — Students
are strongly advised to apply by the end of their first year so as to start the
double degree programme at the beginning of their second year. Students must
apply through their home faculties. Short-listed applicants may then be
interviewed.
Engineering students who
plan to enrol in either of these double degree programmes after the first year
are encouraged to read at least one Business module in the first year to enable
them to better understand the Business programme. Similarly, Business students
who plan to enrol in either of these programmes are also encouraged to read at
least one Engineering module in their first year.
The minimum Cumulative
Average Point (CAP) requirement for acceptance to either of the double degree
programmes is 4.0. The applicant will also need to meet the minimum prevailing
admission criteria of both courses*;
that is, the applicant generally must have:
(a) GCE ‘A’ Level pass in Chemistry or Physics
or equivalent and
(b) GCE ‘A’ Level pass in Mathematics or
equivalent
The
applicant’s non-academic activities may be considered, and the applicant may
have to attend an interview. In the event that there is no provision for direct
entry into the B.B.A. (Hons.) programme, a successful applicant from the
Faculty of Engineering is admitted into the B.B.A. programme in the first
instance, and may later be admitted into the B.B.A. (Hons.) programme upon
qualification.
# All
Engineering programmes except Engineering Science
* Minimum admission
criteria for Chemical Engineering and Environmental Engineering courses is GCE
‘A’ Level pass in Chemistry and Mathematics, and GCE ‘AO’ Level pass in Physics.
The programme offers four
choices for students:
(a) B.Eng. (Hons.)/B.B.A. (Hons.) - double honours degree
programme
(b) B.Eng. (Hons.)/B.B.A. – single honours doube degree programme
(c) B.Eng. (Hons.)/B.B.A. (Acc. Hons.) – double honours degree
programme
(d) B.Eng. (Hons.)/B.B.A. (Acc.) – single honours double degree
programme
Students can choose to leave the programme, or can be removed
from the programme if they fail to meet requirements. Students who choose to
leave the double degree programme are permitted to work instead for a single
degree in their original home faculty. Modular credits completed in the double
degree programme will be counted towards the fulfilment of the degree
requirements of the home faculty, subject to the normal limits of the Faculty
curriculum.
Students
who do not maintain a CAP of 4.0 in modules contributing to the original degree
for any two consecutive semesters will be required to withdraw from the second
degree programme.
Please
refer to: http://www.nus.edu.sg/prog/engbiz for any updates on this
programme.
5.8 Bachelor of
Engineering in Materials Science & Engineering (Honours) and Bachelor of
Science in Physics (Honours/non-Honours)
The
double degree programme aims to provide a science-driven, engineering-oriented
education to both science and engineering students. Why? Understanding the
physics underlying material properties and their technological applications
will be vital to the development of future technological innovations in the
following relevant industries and research areas:
i. Nanoscience and Nanotechnology;
ii. Information and Magnetic Storage;
iii. Photonics and Optoelectronics;
iv. Biomedical materials and Biotechnology;
v. Semiconductor and Organic Electronics;
vi. Quantum Information Technology.
The Materials Science and
Engineering (MSE) programme is built on the solid foundation of the basic
sciences (in the first year) in which Physics is one of the main components.
Students from the MSE programme will thus benefit from this double degree
programme by being able to delve deeper and broader into the Physics
disciplines. Similarly, students with Physics background will benefit immensely
from the Engineering applications, design and technological components the MSE
programme has to offer (see Tables 1 and 2). A unique feature of this double
degree programme is the integrated B.Eng./B.Sc. (Hons.) dissertation/Honours
project where students will be jointly supervised by both MSE and Physics staff
members and the areas of research will be at the interface of these two
disciplines.
The programme structure
will allow students to acquire knowledge through understanding the interface between the two major leading fields. Graduates will acquire a comprehensive
knowledge of Physics and a thorough insight into the current Engineering
practices of new technologies.
The double degree
programme will accept students either through the Faculty of Science (Physics
track) or the Faculty of Engineering (MSE track).
Science or Engineering
students are encouraged to apply for pre-admission into the
programme at the beginning of the first semester of Year One in their
respective faculties. Selected pre-admitted students are advised to follow the
suggested study plan provided (see Tables 3 and 4). They will be confirmed into
the double degree programme after satisfactory performance in their first year.
The double degree
programme will admit additional suitable students at the beginning of their
second year from the Faculties of Science (Physics track) or Engineering (MSE
and Common Engineering).
This
double degree programme aims to provide graduates with the flexibility to adapt
to any shift in technology and scientific emphasis relevant to first world
economies. Students taking this double degree programme can successfully
compete for promising employment in industries ranging from semiconductors to
infocomm to biotechnology. They can also consider pursuing postgraduate
research studies. This double degree is for students who want a MSE B.Eng.
Degree and at the same time, are thinking of a career in R&D equipped with
a strong Physics training.
To be awarded a B.Eng. in
Materials Science and Engineering and B.Sc. in Physics, a student must have:
• Completed a minimum of 180 MCs with a
common CAP ≥ 2.00; and
• Passed the modules in accordance with
Table 1
To be awarded a B.Eng. in
Materials Science and Engineering and B.Sc. (Hons.) in Physics, a student must
have:
• Completed a minimum of 200 MCs with a
common CAP ≥ 3.20; and
• Passed the modules in accordance with
Table 2
Note:
Students who have not
achieved a common CAP of 4.0 for any two consecutive semesters will be required
to withdraw from the double degree programme.
Table 1: Summary of
Requirements for B.Eng. in MSE and B.Sc. in Physics
Modular
Requirements |
MCs |
University Requirements |
20 |
2
x General Education Modules |
8 |
1
x Singapore Studies Module |
4 |
2
x Breadth Modules [a] |
8 |
ES1102 English
for Academic Purposes[b] |
- |
Faculty Requirements (B.Eng.) |
10 |
EG1413 Critical Thinking and Writing |
4 |
EG2401 Engineering Professionalism |
3 |
HR2002 Human Capital in Organizations |
3 |
Faculty Requirements (B.Sc.) |
12 |
CM1111 Basic Inorganic Chemistry[c] |
4 |
MA1505 Mathematics I[c] |
4 |
CS1010E Programming Methodology[d] |
4 |
Major Requirements |
|
Level-1000
Essential Modules (B.Eng.) |
27 |
CM1121 Basic Organic Chemistry OR
CM1501 Organic Chemistry For Engineers |
4 |
EG1108 Electrical Engineering |
3 |
MA1506 Mathematics II[f] |
4 |
Level-1000 Essential Modules (B.Sc.)[e] |
|
PC1141 Physics I |
4 |
PC1142 Physics II |
4 |
PC1143 Physics III |
4 |
PC1144 Physics IV |
4 |
Level-2000
Essential Modules (B.Eng.) |
46 |
MLE2101 Introduction to Structure of Materials |
4 |
MLE2102 Thermodynamics and Phase Diagrams |
4 |
MLE2103 Phase Transformation and Kinetics |
4 |
MLE2104 Mechanical Properties of Materials |
4 |
MLE2105 Electronic Properties of Materials |
4 |
MLE2106 Metallic Materials and Processing |
3 |
MLE2107 Ceramic Materials and Processing |
3 |
2nd Year
Materials Laboratory |
- |
Level-2000
Essential Modules (B.Sc.) |
|
PC2130 Quantum Mechanics I |
4 |
PC2131 Electricity and Magnetism I |
4 |
PC2132 Classical Mechanics |
4 |
PC2230 Thermodynamics and Statistical
Mechanics |
4 |
PC2193 Experimental Physics I |
4 |
Level-3000
Essential Modules (B.Eng.) |
30 |
BN3301 Introduction to Biomaterials |
4 |
MLE3101 Materials Characterisation |
4 |
MLE3102 Degradation and Failure of Materials |
4 |
MLE3103 Materials Design and Selection |
4 |
MLE3104 Polymeric and Composite Materials |
3 |
MLE3105 Dielectric and Magnetic Materials |
3 |
3rd Year Materials Laboratory |
- |
Level-3000
Essential Modules (B.Sc.) |
|
PC3130 Quantum Mechanics II |
4 |
PC3193 Experimental Physics II |
4 |
Level-3000
Elective Modules (B.Sc.) |
4-12 |
Choose any THREE modules from the following:
(All modules are worth 4 MCs unless otherwise stated)
PC3231 Electricity and Magnetism II
PC3232 Nuclear and Particle Physics
PC3233 Atomic and Molecular Physics I
PC3235 Solid State Physics I
PC3236 Computational Methods in Physics
PC3238 Fluid Dynamics
PC3241 Solid State Devices
PC3242 Physics
of Semiconductor Processing
PC3243 Photonics
PC3246 Nuclear Astrophysics
PC3247 Modern Optics
PC3251 Nanophysics
PC3267 Biophysics II
PC3274 Mathematical Methods in Physics II
PC3239 Special Problems in Undergraduate
Physics II
PC3288 UROPS in Physics I
PC3289 Advanced UROPS in Physics II |
. |
Level-4000
Essential Modules (B.Eng.) |
16 |
MLE4101 B.Eng. Dissertation (over two semesters) |
12 |
. |
MLE4102 Design Project |
4 |
Level-4000 Elective Modules (B.Eng.) |
15-16 |
Complete
at least 15
MCs (of
which at least two modules must be MLE4xxx) from the following group of
electives:
(All modules are
worth 4 MCs unless otherwise stated)
Polymeric
and Biomedical Materials
(four modules from this group are required
for the specialisation, together with B.Eng specialised Dissertation)
MLE4201 Advanced Materials Characterisation
MLE4202 Selected advanced Topics on Polymers
MLE4203 Polymeric Biomedical Materials
ME4253 Biomaterials Engineering
BN4109 Special topics in Bioengineering
BN4301 Principles of Tissue Engineering
CM4266 Current Topics in Materials Chemistry
PC4268 Biophysical Instrumentation and
Biomolecular Electronics
Nanostructured
Materials & Nanotechnology
(four modules from this group are required
for the specialisation, together with B.Eng specialised Dissertation)
MLE4201 Advanced
Materials Characterisation
MLE4204 Synthesis and Growth of
Nanostructures
MLE4205 Theory
& Modelling of Material Properties
MLE4206 Current
topics on Nanomaterials
MLE4208 Photovoltaic
Materials
PC4253 Thin
film Technology
CN4223R Microelectronic
Thin Films (3 MCs)
|
|
Other
Elective Modules
MLE4207 Growth Aspects of Semiconductors
MLE4209 Magnetism and Magnetic Materials
EE4411 Silicon Processing Technology
EE4401 Optoelectronics
CN4217R Processing of Microelectronic Materials
(3 MCs)
CN4203R Polymer Engineering
CN5251 Membrane Science and Technology
ME4283 Micro-fabrication Process
ME4293 Microelectronics Packaging
|
|
Total |
188-189 |
[a] 8MCs out of a total of 46MCs from Level-2000 essential modules
are used to count towards breadth requirements.
[b] Students who have not
passed or been exempted from the Qualifying English Test at the time of
admission to the Faculty have to read ES1000 and/or ES1102. This will be
decided by CELC.
[c] Modules are part of
essential Level-1000 B.Eng. Mathematics/ Science requirements.
[d] Modules are part B.Eng.
faculty requirements.
[e] All PC modules are read
in replacement of essential Level-1000 B.Eng. Mathematics/Science requirements
of PC1431 and PC1432 (PC1431 overlaps with PC1141 and PC1142; PC1432 overlaps
with PC1143 and PC1144).
[f] Modules are part of
essential Level-1000 B.Sc. requirements.
Table 2: Summary of
Requirements for B.Eng. in MSE and B.Sc. (Hons.) in Physics
Modular
Requirements |
MCs |
UNIVERSITY
REQUIREMENTS |
20 |
2
x General Education Modules |
8 |
1
x Singapore Studies Module |
4 |
2
x Breadth Modules[a] |
8 |
ES1102
English for Academic Purposes[b] |
- |
Unrestricted Elective Modules |
4 |
Faculty Requirements (B.Eng.) |
10 |
EG1413 Critical Thinking and Writing |
4 |
EG2401 Engineering Professionalism |
3 |
HR2002 Human Capital in Organizations |
3 |
FACULTY
REQUIREMENTS (B.Sc.) |
16 |
CM1111 Basic Inorganic Chemistry[c] |
4 |
CM1121 Basic Organic Chemistry OR
CM1501 Organic Chemistry For Engineers[c] |
4 |
MA1505 Mathematics I[c] |
4 |
CS1010E Programming Methodology[d] |
4 |
Major Requirements |
Level-1000 Essential Modules (B.Eng.) |
23 |
EG1108 Electrical Engineering |
3 |
MA1506 Mathematics II[f] |
4 |
Level-1000
Essential Modules (B.Sc.)[e] |
. |
PC1141 Physics I |
4 |
PC1142 Physics II |
4 |
PC1143 Physics III |
4 |
PC1144 Physics IV |
4 |
Level-2000 Essential Modules (B.Eng.) |
46 |
MLE2101 Introduction to Structure of Materials |
4 |
MLE2102 Thermodynamics and Phase Diagrams |
4 |
MLE2103 Phase Transformation and Kinetics |
4 |
MLE2104 Mechanical Properties of Materials |
4 |
MLE2105 Electronic Properties of Materials |
4 |
MLE2106 Metallic Materials and Processing |
3 |
MLE2107 Ceramic Materials and Processing |
3 |
2nd Year Materials
Laboratory |
- |
Level-2000
Essential Modules (B.Sc.) |
. |
PC2130 Quantum Mechanics I |
4 |
PC2131 Electricity and Magnetism I |
4 |
PC2132 Classical Mechanics |
4 |
PC2230 Thermodynamics and Statistical Mechanics |
4 |
PC2193 Experimental Physics I |
4 |
Level-3000 Essential Modules (B.Eng.) |
30 |
BN3301 Introduction to Biomaterials |
4 |
MLE3101 Materials Characterisation |
4 |
MLE3102 Degradation and Failure of Materials |
4 |
MLE3103 Materials Design and Selection |
4 |
MLE3104 Polymeric and Composite Materials |
3 |
MLE3105 Dielectric and Magnetic Materials |
3 |
3rd Year Materials
Laboratory |
- |
Level-3000
Essential Modules (B.Sc.) |
|
PC3130 Quantum Mechanics II |
4 |
PC3193 Experimental Physics II |
4 |
Level-3000 Elective Modules (B.Sc.) |
12 |
Choose
any THREE modules from the
following:
(All
modules are worth 4 MCs unless otherwise stated)
PC3231 Electricity and Magnetism II
PC3232 Nuclear and Particle Physics
PC3233 Atomic and Molecular Physics I
PC3235 Solid State Physics I
PC3236 Computational Methods in Physics
PC3238 Fluid Dynamics
PC3241 Solid State Devices
PC3242 Physics of Semiconductor Processing
PC3243 Photonics
PC3246 Nuclear Astrophysics
PC3247 Modern Optics
PC3251 Nanophysics
PC3267 Biophysics II
PC3274 Mathematical Methods in Physics II
PC3239 Special Problems in Undergraduate Physics II
PC3288 UROPS in Physics I
PC3289 Advanced UROPS in Physics II |
|
Level-4000 Essential Modules (B.Eng.) |
24 |
MLE4102 Design Project |
4 |
Level-4000 Essential (B.Sc.) |
|
PC4130 Quantum Mechanics III |
4 |
Level-4000 Essential (Dissertation) |
|
MLE4101R Integrated B.Eng./B.Sc. (Hons)
Dissertation (over two semesters)
OR
PC4199R Integrated B.Eng./B.Sc. (Hons) Dissertation (over two semesters) |
16 |
| |
Level-4000 Elective Modules (B.Eng.) |
Complete at least 15
MCs (of which at least two modules must be MLE4xxx) from the
following group of electives:
(All
modules are worth 4 MCs unless otherwise stated)
Polymeric and Biomedical Materials
(four modules from this group are required for the
specialisation, together with B.Eng specialised Dissertation)
MLE4201 Advanced Materials Characterisation
MLE4202 Selected advanced Topics on Polymers
MLE4203 Polymeric Biomedical Materials
ME4253 Biomaterials Engineering
BN4109 Special topics in Bioengineering
BN4301 Principles of Tissue Engineering
CM4266 Current Topics in Materials Chemistry
PC4268 Biophysical Instrumentation and Biomolecular Electronics |
15-16 |
31-32 |
Nanostructured Materials & Nanotechnology
(four modules from this group are required for the
specialisation, together with B.Eng specialised Dissertation)
MLE4201 Advanced Materials Characterisation
MLE4204 Synthesis and Growth of Nanostructures
MLE4205 Theory & Modelling of Material
Properties
MLE4206 Current topics on Nanomaterials
MLE4208 Photovoltaic Materials
PC4253 Thin film Technology
CN4223R Microelectronic Thin Film |
|
31-32 |
Other Elective Modules
MLE4207 Growth Aspects of
Semiconductors
MLE4209 Magnetism and Magnetic Materials
EE4401 Optoelectronics
EE4411 Silicon Processing Technology
CN4217R Processing of Microelectronic Materials
CN4203R Polymer Process Engineering
CN5251 Membrane Science and Technology
ME4283 Micro-fabrication
Process
ME4293 Microelectronics Packaging
|
|
31-32 |
Level-4000
Elective Modules (B.Sc.) |
Choose
any FOUR modules from the
following (All modules are worth 4 MCs unless otherwise stated)
PC4232 Cosmology
PC4240 Solid State Physics II
PC4241 Statistical Mechanics
PC4242 Electrodynamics
PC4243 Atomic and Molecular
Physics II
PC4245 Particle
Physics
PC4246 Quantum
Optics
PC4248 Relativity
PC4253 Thin Film Technology
PC4259 Surface Physics |
16 |
|
PC4262 Remote Sensing
PC4267 Biophysics III
PC4268 Biophysical Instrumentation and Biomolecular Electronics
PC4274 Mathematical Methods in Physics III
EE4401 Optoelectronics
EE4413 Low-dimensional Electronic Devices
MLE4201 Advanced Materials Characterisation[g]
MLE4204 Synthesis and Growth of Nanostructures[g]
MLE4205 Theory and Modelling of Materials Properties[g]
Any
approved module offered by other Departments |
16 |
31-32 |
Total |
216-217 |
[a] 8 MCs out of a total of 46 MCs from Level-2000 essential modules
are used to count towards breadth requirements.
[b] Students who have not
passed or been exempted from the Qualifying English Test at the time of
admission to the Faculty have to read ES1000 and/or ES1102. This will be
decided by CELC.
[c] Modules are part of
essential Level-1000 B.Eng. Mathematics/Science requirements.
[d] Modules are part B.Eng.
faculty requirements.
[e] All PC modules are read
in replacement of essential Level-1000 B.Eng. Mathematics/Science requirements
of PC1431 and PC1432 (PC1431 overlaps with PC1141 and PC1142; PC1432 overlaps
with PC1143 and PC1144).
[f] Modules are part of
essential Level-1000 B.Sc. requirements.
[g] These elective modules
are only offered to students reading a double degree in Materials Science &
Engineering and in Physics. Only two of them may be counted towards the Physics
Level 4000 Elective requirements.
Suggested Study Plan for Double Degree in B.Eng.
in Materials Science and Engineering and B.Sc. in Physics
SEMESTER 1 (24 MCS)
MA1505 Mathematics I
PC1141 Physics I
PC1142 Physics II
EG1413 Critical Thinking and Writing
SSXXXX Singapore Study Module
ES1102 English for Academic Purposes
SEMESTER 2 (19 MCS)
MA1506 Mathematics
II
PC1143 Physics
III
PC1144 Physics
IV
CS1010E Programming
Methodology
EG1108 Electrical
Engineering
SEMESTER 3 (24 MCS)
CM1501 Organic
Chemistry for Engineers or CM1121 Basic Organic Chemistry
CM1111 Basic
Inorganic Chemistry
MLE2101 Introduction
to Structure of Materials
MLE2102 Thermodynamics
and Phase Diagrams
PC2130 Quantum
Mechanics I
PC2132 Classical
Mechanics
SEMESTER 4 (20 MCS)
MLE2103 Phase
Transformation and Kinetics
MLE2104 Mechanical
Properties of Materials
MLE2105 Electronic
Properties of Materials
MLE3101 Materials
Characterization
GEK/GEM General
Education Module I
SEMESTER 5 (24 MCS)
MLE2106 Metallic Materials and Processing
MLE2107 Ceramic Materials and Processing
MLE3102 Degradation and Failure of Materials
MLE3103 Materials Design and Selection
MLE3104 Polymeric and Composite Materials
MLE3105 Dielectric and Magnetic Materials
SEMESTER 6 (20 MCS)
PC2131 Electricity and Magnetism I
PC2230 Thermodynamics and Statistical Physics
PC2193 Experimental Physics I
PC3130 Quantum Mechanics II
PC3193 Experimental Physics II
SEMESTER 7 (23 MCS)
MLE4101 BEng Dissertation
MLE4102 Design Project
* MSE Elective I
BN3301 Introduction to Biomaterials
HR2002 Human Capital in Organizations
SEMESTER 8 (23 MCS)
MLE4101 BEng Dissertation
EG2401 Engineering Professionalism
* MSE Elective II
PC3XXX PHY Elective I
GEK/GEM General Education
Module II
SEMESTER 9 (16 MCS)
* MSE Elective III
* MSE Elective IV
PC3XXX PHY Elective II
PC3XXX PHY Elective III
Total MCs =188-189**
*Level-4000 Elective Modules
(B.Eng.). At least two modules must be MLE4XXX. The total MCs for these
range from 15-16 MCs.
**Thus,
the total MCs range from 188-189
Suggested Study Plan for
Double Degree in B.Eng. in Materials Science and Engineering and B.Sc. (Hons.)
in Physics
SEMESTER 1 (28 MCS)
MA1505 Mathematics I
PC1141 Physics I
PC1142 Physics II
EG1413 Critical Thinking and Writing
SSXXXX Singapore Study Module
ES1102 English for Academic Purposes
Unrestricted Elective Module
SEMESTER 2 (19 MCS)
MA1506 Mathematics
II
PC1143 Physics
III
PC1144 Physics
IV
CS1010E Programming
Methodology
EG1108 Electrical
Engineering
SEMESTER 3 (24 MCS)
CM1501 Organic
Chemistry for Engineers or CM1121 Basic Organic Chemistry
CM1111 Basic
Inorganic Chemistry
MLE2101 Introduction
to Structure of Materials
MLE2102 Thermodynamics
and Phase Diagrams
PC2130 Quantum
Mechanics I
PC2132 Classical
Mechanics
SEMESTER 4 (20 MCS)
MLE2103 Phase
Transformation and Kinetics
MLE2104 Mechanical
Properties of Materials
MLE2105 Electronic
Properties of Materials
MLE3101 Materials
Characterization
GEK/GEM General
Education Module I
SEMESTER 5 (24 MCS)
MLE2106 Metallic Materials and Processing
MLE2107 Ceramic Materials and Processing
MLE3102 Degradation and Failure of Materials
MLE3103 Materials Design and Selection
MLE3104 Polymeric and Composite Materials
MLE3105 Dielectric and Magnetic Materials
SEMESTER 6 (20 MCS)
PC2131 Electricity and Magnetism I
PC2230 Thermodynamics and Statistical Physics
PC2193 Experimental Physics I
PC3130 Quantum Mechanics II
PC3193 Experimental Physics II
SEMESTER 7 ( 23 MCS)
MLE4101R/
PC4199R Integrated B.Eng./B.Sc. (Hons) Dissertation
MLE4102 Design Project
* MSE Elective I
BN3301 Introduction to Biomaterials
HR2002 Human Capital in Organizations
SEMESTER 8 (23 MCS)
MLE4101R/
PC4199R Integrated B.Eng./B.Sc. (Hons)
Dissertation
EG2401 Engineering Professionalism
* MSE Elective II
PC3XXX PHY Elective I
PC3XXX PHY Elective II
SEMESTER 9 (20 MCS)
* MSE Elective III
* MSE Elective IV
PC3XXX PHY Elective III
PC4YYY PHY Elective 1
PC4130 Quantum mechanics III
SEMESTER 10 (16 MCS)
PC4YYY PHY Elective 2
PC4YYY PHY Elective 3 (not required if at
least two modules from the set {MLE4201, MLE4204, MLE4205} have been read).
PC4YYY PHY Elective 4 (not required if at
least one module from the set {MLE4201, MLE4204, MLE4205} has been read).
GEK/GEM General Education
Module II
Total MCs = 216-217**
* Level-4000 Elective Modules (B.Eng.). At least two
modules must be MLE4XXX. The total MCs for these range from 15-16 MCs.
**Thus, the total MCs
range from 216-217.
http://www.physics.nus.edu.sg/corporate/student/double_deg_MSEPhysics.html
5.9 Bachelor of Laws
(Honours) and Bachelor of Science (Honours/non-Honours) in Life Sciences
The intersection between Law and Life
Sciences is an expansive one, cutting across many critical and controversial
areas including biotechnology, bioethics, environmental regulation, forensic
science, and the protection of intellectual property. The Double Degree
Programmes (DDPs) in Law and Life Sciences leverage on the strength of the
Faculty of Law in the legal dimensions of these issues and depth of technical
expertise of NUS Life Sciences, Faculty of Science and Yong Loo Lin School of
Medicine. It enables students to discover the broad connections between law and
life sciences and acquire a broad expertise to occupy the niche position
linking up both disciplines.
There are two Double Degree Programmes
in Law and Life Sciences being offered. The first is a 200-MCs Double Honours
Double Degree (with Honours in Law and Life Sciences) and the second is a
184-MCs Single Honours Double Degree (with Honours in Law).
For the double honours degree
programme, there is a dual-entry system:
(i) Direct admissions with competitive GCE ‘A’
or H2 Level or equivalent qualifications during University Undergraduate
Admissions Exercise;
(ii) Admissions at the end of completion of second
year of LL.B. or first year of B.Sc. (Students in the top 50% of their LL.B.
class and Life Sciences Majors will be invited to apply, and to undergo the
short-listing round.)
For the single honours degree
programme, the same dual-entry system is adopted, with the exception that
students after completion of the first year of the B.Sc. will not be able to
apply; only direct admissions applicants and applicants who have completed the
first year of the LL.B. will be considered for admission.
DDP students can choose to leave the
programme, or can be required to leave the programme if they fail to meet
continuation requirements.
To remain in the programme, DDP
students should remain in the top 50% of students in modules counting toward
the LL.B. or maintain a CAP of 4.0 for modules counting towards the
B.Sc./B.Sc.(Hons). They will be asked to leave the Double Degree Programme,
even if all other requirements are met, if:
(a) The student falls below the top 50% of
students in modules counting toward the LL.B. for completed Law modules for two
consecutive semesters; and
(b) CAP falls below 4.0 for completed modules
counting toward the Science degree for two consecutive semesters.
Students who choose to leave the
Single Honours degree programme are permitted to work for a single degree in
Law, and will be considered for credit for their non-Law modules on a
case-by-case basis.
Students who choose to leave the
Double Honours degree programme are permitted to work for a single degree, or
for two separate degrees under the normal university regulations. Students who
choose to pursue a single degree in Science will receive MCs for completed Law
modules, the grades of which will be converted to the five-point scale and
factored into their CAP. The Integrated Modules can count towards elective modules
under the Faculty and Major Requirements for this group of students, and other
Law modules can contribute towards Breadth and Unrestricted Elective
Requirements, subject to the normal limits of the Faculty curriculum. Students
who decide to pursue a single degree in Law will be considered for credit for
their non-Law modules on a case-by-case basis.
For
more information, please visit http://www.nus.edu.sg/prog/lawlifesciences
5.10 Bachelor of Business Administration (Honours/non-Honours) /
Bachelor of Business Administration (Accountancy) (Honours/non-Honours) and
Bachelor of Laws (Honours)
The Double Degree Programme in
Business Administration/Business Administration (Accountancy) and Law is a prestigious
five-year programme offered jointly by the School of Business and the Faculty
of Law. The programme is established in line with NUS’s aim of attracting the
best students from Singapore and around the world, keen on having a quality
education and leveraging on interdisciplinary opportunities in a university
ranked amongst the world’s best.
Built around the core modules of the
Business Administration and Law degrees, students who have successfully
completed the double degree programme will be awarded a Bachelor of Business
Administration with Honours [B.B.A. (Hons)] or a Bachelor of Business
Administration (Accountancy) with Honours [B.B.A. (Acc.Hons.)] as well as a
Bachelor of Laws (Honours) degree.
Students may be admitted to the
programme in one of the following ways:
(1) Direct application by students with
relevant GCE ‘A’ Level or equivalent qualifications;
(2) Admissions at the end of completion of
second year of LL.B. or first year of B.B.A. (Students in the top 50% of their
LL.B. class and Business Administration class will be invited to apply, and to
undergo the short-listing round.)
Applicants to the
double degree programme must meet the admission requirements of both Faculties.
Information on the admission requirement is available at: http://www.nus.edu.sg/prog/bbalaw/admission.html
Students can choose to
leave the programme, or can be required to leave if they fail to meet the
continuation requirements. The exemptions from two Business Administration
foundation modules namely, BSP1004 Legal Environment of Business and ES2002
Business Communication, will be extended to all exiting students on the
condition that they have completed the relevant Law compulsory modules, LC1005
Singapore Legal System and LC1006 Legal Analysis, Writing & Research I
respectively. The other special provisions (extra double counting and possible
exemption from University Requirements) of the programme will not apply.
Students who choose to
leave the double Honours degree programme are permitted to work instead for a
single degree, or towards two separate degrees under the normal university
regulations. Students who choose to pursue a single degree in Business
Administration will receive Modular Credits for completed Law modules, the
grades of which will be converted to the five-point scale and factored into
their CAP. The common modules can count towards Restricted Elective modules
under the programme requirements for this group of students, and other Law
modules can contribute towards Breadth and Unrestricted Elective requirements,
subject to the normal limits of the Faculty curriculum. Students who decide to
pursue a single degree in Law will be considered for credit for their non-Law
modules on a case-by-case basis.
Students must either
maintain a CAP of 4.0 for the B.B.A (Hons.)/B.B.A. (Acc. Hons.) or remain in the top 50% of the
Law cohort. Those who fall below in both degrees for two consecutive
semesters will be required to leave the programme. Direct entry students will
have the choice of degree into which they exit. Later entry students will exit
into their home faculty.
Students
who do not qualify for the B.B.A. (Hons.)/B.B.A. (Acc. Hons.) will graduate
with a LL.B./B.B.A./B.B.A. (Acc.), if all other conditions are met.
For more information,
please visit: http://www.nus.edu.sg/prog/bbalaw/overview.html
5.11 Master of Laws and Master in Public Administration/Master in Public Policy
The Faculty of Law and the Lee Kuan Yew School of Public Policy double degree programmes comprising a Master of
Laws (LL.M.) and Master in Public Administration (MPA) or Master in Public
Policy (MPP) aim to provide students of law and public administration and
public policy broad exposure to the issues and challenges that lawyers and
leaders of public institutions face.
Applicants
must fulfil the admission requirements for both degree programmes in order to
gain admission. The requirements are as follows:
LL.M. Degree
· A good
Bachelor’s degree in Law; and minimum TOEFL score of 100 (Internet Based Test). Candidates
with an iBT score of 92-99 may also apply, but may be required to undertake
intensive English language training prior to commencing law studies. Other
TOEFL, IELTS and CET qualifications will be considered, but the iBT is strongly
preferred.
MPA/MPP Degrees
· A good NUS
honours degree (second class and above) or equivalent (e.g., a four-year
Bachelor's degree with at least an average grade of B or equivalent); or
· A good
Bachelors degree and successful completion of a placement test; or
exceptionally
· Other
qualifications and experience subject to approval by the Board of Graduate
Studies and
· Good
command of the English Language (minimum TOEFL score of 580 or IELTS score of
6.5).
Additional Requirements
MPA Degree – At least five years of work experience
MPP Degree – Preferably some
background in Mathematics and Economics
A student’s Cumulative Average
Point (CAP) should not fall below 2.5 for two consecutive semesters or 3.0 for
three consecutive semesters. Any student who fails to maintain the minimum CAP
as stipulated would have his/her candidature terminated.
A student who fails a module on
a second attempt or fails in more than two modules throughout the course of
study will be required to terminate his/her candidature.
Any candidate who does not meet
the continuation or graduation requirements for the MPA or MPP degree may be
conferred a Graduate Diploma in Public Administration or in Public Policy if
the following requirements are met:
a. a
minimum CAP of 2.25 for the best 24 MCs at graduate level; and
b. at
least 12 of these MCs must be from MPA/MPP core modules or equivalent.
For more information,
please visit: http://www.nus.edu.sg/prog/lawspp/llmmppmpa/index.html |