Current Students
In order to complete the programme in a timely manner, students are advised to follow the various study plans closely:
For Student Cohorts of AY2004/2005 and AY2005/2006
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Study Plan A
For students with 'A' level passes or equivalent in Biology, Chemistry and Physics.
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Study Plan B
For students without 'A' level passes or equivalent passes in Biology.
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Study Plan C
For students without 'A' level passes or equivalent passes in Chemistry.
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Study Plan D
For students without 'A' level passes or equivalent passes in Physics.
For Student Cohorts of AY2006/2007 and AY2007/08
-
Study Plan A
For students with 'A' level passes or equivalent in Biology, Chemistry and Physics.
-
Study Plan B
For students without 'A' level passes or equivalent passes in Biology.
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Study Plan C
For students without 'A' level passes or equivalent passes in Chemistry.
-
Study Plan D
For students without 'A' level passes or equivalent passes in Physics.
For Student Cohort Matriculated in AY2008/2009
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Study Plan A
For students with 'A' level passes or equivalent in Biology, Chemistry and Physics.
-
Study Plan B
For students without 'A' level passes or equivalent passes in Biology.
-
Study Plan C
For students without 'A' level passes or equivalent passes in Chemistry.
-
Study Plan D
For students without 'A' level passes or equivalent passes in Physics.
For Student Cohort Matriculated in and after AY2009/2010
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Study Plan A
For students with 'A' level passes or equivalent in Biology, Chemistry and Physics.
-
Study Plan B
For students without 'A' level passes or equivalent passes in Biology.
-
Study Plan C
For students without 'A' level passes or equivalent passes in Chemistry.
-
Study Plan D
For students without 'A' level passes or equivalent passes in Physics.
All students in the Computational Biology Programme are required to complete the four-year honours programme requirements as set out here. There is no allowance in the programme for students to exit after three years with a general Bachelor of Science Degree.
Filing for Graduation Students should file for 'honours graduation' (FFG=H) via CORS (Centralized Online Registration System) in their last semester of study. Before filing, the onus is on the students to ensure that all necessary modules required for graduation, including the compulsory one-year honours project, are fulfilled.
Degree Classification As the Computational Biology Programme is a strict four-year programme, the following classifications will apply:
| Classification |
CAP cut-off |
| 1st Class Honours |
4.50 and above, and an A- grade for the Honours Project Module |
| 2nd Class Upper Honours |
4.00 - 4.49 |
| 2nd Class Lower Honours |
3.50 - 3.99 |
| Third Class Honours |
3.20 - 3.49 |
| Pass |
2.00 - 3.19 |
| Fail |
Below 2.00 |
Students are NOT required to file for project (via CORS) in the semester before they embark on their honours project. Instead registration for Honours Project will be done through the Science Dean's Office. Details on the honours project registration will be emailed to students enrolled in the programme.
Honours Project Supervisors The list of staff members with whom Computational Biology students may do their project are as follows:
Department of Biological Sciences
| Staff |
Contact Details |
Research Areas/Interests |
| Assoc Prof Chan Woon Khiong |
dbscwk@nus.edu.sg 6516-8096 |
SAGE, stem cell transcriptome |
| Assoc Prof Christopher Hogue |
dbshcwv@nus.edu.sg 6516-7066 |
Systems architecture, molecular assembly, quantitative biochemistry. |
| Assoc Prof Henry Mok |
dbsmokh S3-04-01 6516-2967 |
Computer docking of small molecule inhibitor on anti-apoptotic Bcl-2 family proteins |
| Assoc Prof Low Boon Chuan |
dbslowbc@nus.edu.sg S2-05-05 6516-7834 |
Cell signaling, bioinformatics |
| Assoc Prof Swarup, Sanjay |
dbsss@nus.edu.sg S1A-06-42 6516-7933 |
Metabolomics and Bioinformatics |
| Assoc Prof Yang Daiwen |
dbsydw@nus.edu.sg S3-04-02 6516-1014 |
Protein NMR and folding |
| Asst Prof Liou Yih-Cherng |
dbslyc@nus.edu.sg S2-L5-01 6516-7711 |
Protein structure and cell signaling |
| Asst Prof Martti Tammi |
dbstmt@nus.edu.sg S2-04-05A 6516-4255 |
Bioinformatics |
Department of Mathematics
| Staff |
Contact Details |
Research Areas/Interests |
| Prof Vladimir A. Kuznetsov |
vladimirk@bii.a-star.edu.sg 6478-8288 |
Computational Systems Biology, integrative bioinformatics, computational oncogenomics |
| Assoc Prof Zhang Louxin |
matzlx@nus.edu.sg S14-04-7A 6516-6579 |
Computational genomics |
| Asst Prof Guillaume Bourque |
bourque@gis.a-star.edu.sg 6478-8197 |
Comparative genomics |
Department of Pharmacy
| Staff |
Contact Details |
Research Areas/Interests |
| Prof Chen Yuzong |
phacyz@nus.edu.sg S16-08-14 6516-6877 |
Computational biology, bioinformatics, computer aided drug design, herbal medicine |
Department of Physics
| Staff |
Contact Details |
Research Areas/Interests |
| Prof Liu Xiang-Yang |
phyliuxy@nus.edu.sg S13-M-04 6516-2812 |
Biophysics, Micro/Nano Structure formation and engineering, Crystallization/molecular assembly and hybrid materials |
| Asst Prof Liu Ruchan |
phylr@nus.edu.sg S13-02-11 6516-1303 |
Protein folding and interaction, cell adhesion, molecular tracking, single-molecule force and fluorescence |
| Asst Prof Yan Jie |
phyyj@nus.edu.sg S7-01-10 6516-2620 |
Statistical physics of biopolymer conformations and their response to external fields and defect excitations |
Department of Statistics & Applied Probability
| Staff |
Contact Details |
Research Areas/Interests |
| Assoc Prof Choi Kwok Pui |
stackp@nus.edu.sg S16-07-105 6516-4387 |
Statistical and/or probabilistical problems arising from computational biology, in particular, sequence analysis |
| Asst Prof Li Jialiang |
stalj@nus.edu.sg S16-07-111 6516-8932 |
Experimental design, dose response models, Monte Carlo methods, nonparametric methods |
| Asst Prof Xu Jinfeng |
staxj@nus.edu.sg S16-07-112 6516-8473 |
Statistical analysis of genetic data, genome-wide association study |
| Asst Prof Yap Von Bing |
stayapvb@nus.edu.sg S16-06-105 6516-7143 |
Computational biology, molecular evolution, phylogenetics, sequential analysis |
| Dr Teo Yik Ying |
statyy@nus.edu.sg S16-06-115 6516-3953 |
Genome-wide association studies, genetic epidemiology |
Please note that if you make arrangements with a staff from outside the Faculty of Science to be your supervisor, a staff from the Faculty of Science should act as your co-supervisor.
| Staff |
Organisation |
Contact Details |
Research Areas/Interests |
| Asst Prof Lee Dong-Yup |
Chemical and Biomolecular Engineering, Faculty of Engineering |
cheld@nus.edu.sg |
Systems biology/biotechnology, bioinformatics, in silico antimicrobial drug targeting, synthetic biology, microbial and mammalian cell factories |
| Prof P.S. Thiagarajan |
School of Computing |
thiagu@comp.nus.edu.sg |
Computational systems biology, bio-pathways modeling, simulations, analysis, probabilistic dynamics |
| Dr Sebastian Maurer-Stroh |
Bioinformatics Institute, ASTAR |
sebastianms@bii.a-star.edu.sg |
Protein sequence analysis; 3D structure and function prediction;Posttranslational modification and targeting motifs;Effects of disease mutations; Evolution
http://www.bii.a-star.edu.sg/research/bfd/psa.php |
| Dr Martin Wasser |
Bioinformatics Institute, ASTAR |
martinw@bii.a-star.edu.sg |
Developmental Biology; 3D video-microscopy; Image Analysis; Image Processing; Computer Vision; Computer Graphics
http://www.bii.a-star.edu.sg/research/iig/liaiaDetails.php |
| Dr Ivana Mihalek |
Bioinformatics Institute, ASTAR |
ivanam@bii.a-star.edu.sg |
Comparative analysis of protein structures and sequences; algorithm development; computational simulation of biological systems
http://epsf.bmad.bii.a-star.edu.sg/ |
| Dr M.S. Madhusudhan |
Bioinformatics Institute, ASTAR |
madhusudhan@bii.a-star.edu.sg |
Modeling the 3D structure of proteins and protein complexes; Algorithm development
http://www.bii.a-star.edu.sg/research/bmad/mspc.php |
| Dr Chandra Verma |
Bioinformatics Institute, ASTAR |
chandra@bii.a-star.edu.sg |
Structural dynamics of protein; peptide-drug design
http://www.bii.a-star.edu.sg/research/bmad/asdb.php |
| Dr Neil Clarke |
Computational and Mathematical Biology/Genome Institute of Singapore (also Adjunct Professor of Department of Biochemistry, School of Medicine) |
clarken@gis.a-star.edu.sg |
Comparative genomics |
| Dr Victor Tong Joo Chuan |
Institute for Infocomm Research (I2R), A* STAR (also Adjunct Assistant Professor of Department of Biochemistry, School of Medicine) |
victor@bic.nus.edu.sg |
Computational immunology, computational epigenetics, virtual combinatorial library design, synthetic biology |
| A/Prof Laszlo Orban |
Reproductive Genomics Group, Temasek Life Sciences Laboratory |
laszlo@tll.org.sg |
Fish genomics, teleost reproduction, sex change, genome evolution, global gene expression, sex chromosomes, comparative genome hybridizations |
| Dr Lisa Ng Fong Poh |
Singapore Immunology Network (SIgN), A*STAR (also Adjunct Assistant Professor of Department of Biochemistry, School of Medicine) |
lisa_ng@immunol.a-star.edu.sg |
Viral immuno-biology, inflammasome |
| S/N |
Item |
Action By |
Remarks |
| 1. |
Submission of HYP Project Descriptions |
8 August 2009 |
Students are to submit their Honours project proposals to compbio@nus.edu.sg for approval by the Computational Biology Undergraduate Programme Committee. |
| 2. |
Mid Progress Report (Oral Presentations) |
5 (Mon) to 9 Oct (Fri) 2009 [8th week] |
1) The presentation followed by Q&A session would be graded by the supervisor(s) and/or co-supervisor(s).
2) Students should liase with their supervisors on the arrangements for the presentations.
3) Students should prepare powerpoint slides. |
| 3. |
Submission of HYP Thesis |
2 April 2010 (Fri) [End of 11th week] |
1) Students are to submit one set of their thesis each to their supervisor(s), co-supervisor(s) (if any) and examiner, for the grading of their projects. |
| 4. |
Final Oral Presentation |
10 April (Sat) 2010 [12th week] |
1) The 20 mins presentation followed by a 10 mins Q&A session would be graded by the supervisors and/or co-supervisors and examiners.
2) An email prior to 10 April 2010 will be sent to students to inform them of the arrangements for the presentations. |
Students seeking academic advice may approach the following programme advisors:
For general administrative enquiries, please send to our Computational Biology mailbox compbio@nus.edu.sg .
Admissions by B.Sc. (Hons.) Computational Biology students to this concurrent programme
Faculty of Science students in B.Sc. (Hons.) Computational Biology programme are eligible to apply for admission to this concurrent degree programme at any time during their study if they meet the following criteria:
(i) (i) A CAP of at least 4.00;
(ii) (ii) Must have read the following Computer Science related modules on top of the B.Sc. (Computational Biology) degree requirements - CS2100 Computer Organisation, CS2102 Database Systems and CS3230 Design and Analysis of Algorithms.
Faculty of Science Computational Biology students who join this concurrent degree programme will graduate with a Bachelor of Science (Computational Biology) Honours degree from NUS and a Scientiae Magister in Computer Science (Computational Biology) degree from the University of Brown.
The objective of establishing such a special admission criteria is to ensure that students entering the Scientiae Magister in Computer Science - Computational Biology track offered at Brown University have sufficient computer science background.
Admission application will be considered by the Joint Committee of this Concurrent programme. The Joint Committee reserves the right to adjust the special admission criteria to ensure the readiness of students in admitting to the Scientiae Magister in Computer Science - Computational Biology track.
For more information on the concurrent programme with Brown University, please click on this link: http://www.comp.nus.edu.sg/undergradprog/u-bcompcb_brown.html .
For the application form to this concurrent degree programme, please click here.
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