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Studying at Abertay

Bioinformatics

Next start date: Contact the Student Recruitment Office (01382 308080) for advice

Degree type: MSc/PGDip
UCAS Code: Apply directly to the University
Duration: 12 months (full-time)


 

Intro

Please note that this course is not available for entry in September 2013.  If you are interested in this course, please contact us for advice.

  • Provides biosciences students with integrated practical and theoretical knowledge of the application of bioinformatics tools to particular biological problems
  • Four-month project allows students to work in an industrial or research laboratory environment

There is a growing demand for scientists with the ability to analyse biological data by means of state-of-the-art information technology and this course presents the cutting edge of this new discipline. The course brings together modern quantitative and computer-aided techniques to the study of biological processes. Whether you are interested in drug design, gene expression profiling, microarrays, manipulation of databases, analysis of genome data or gaining expertise in an essential skill of the modern bioscientist, then this course is for you.

The taught stage of the course is followed by a four-month full-time bioinformatics research project leading to the MSc Bioinformatics award.

Those exiting the course after successful completion of the taught component (i.e. Postgraduate Diploma) would be eligible for the award of Postgraduate Diploma (PGDip) Bioinformatics.

What you study

The study programme is designed for graduates in the biological sciences. The core themes of the course are molecular biology, bioinformatics and information technology. The topics covered include: genomics; proteomics; structural and functional bioinformatics; database management; and programming & computational techniques for biological data analysis.

How you learn
An integrated programme of lectures, tutorials, seminars and guided studies are used to enhance your knowledge and understanding and enable you to make rapid progress in gaining effective skills in bioinformatics.  The research project is designed to allow you to apply the theoretical and practical knowledge gained in the taught modules to a particular biological problem.

How you are assessed
A combination of coursework assignments, presentations, information assignments and formal examinations are used throughout the course with the most appropriate form of assessment being chosen for the topics being assessed.

Entry routes

Applicants should normally have an Honours degree in a bioscience discipline.  Applicants holding an acceptable equivalent qualification, substantial relevant experience or membership of a relevant professional body are also encouraged to seek entry to this course.

Overseas/EU
All applicants are required to provide certified proof of competence in English Language and the University's minimum requirements are listed here

Course content

(Biotechnology)
Module Code
Module Title
Core/Option
Semester
Credits
 
BN1107A
Computational Biology
Core
Semester 2
15
CE1133A
Contemporary Database Topics
Core
Semester 2
15
CE1132A
Databases and Information Systems
Core
Semester 1
15
BI1119A
Introduction to Bioinformatic Techniques
Core
Semester 1
15
BI1114A
MSc Bioinformatics Project & Dissertation
Core
Semester 3
60
BI1115A
Molecular Techniques
Core
Semester 1
15
CE1124A
Perl for Bioinformatics and Internet
Core
Semester 2
15
BN1106A
Statistics for Bioinformatics
Core
Semester 1
15
BI1116A
Structural and Functional Genomics
Core
Semester 2
15
 


Information on course structures and modules is drawn from 2012/3 data and may be subject to change without prior notification. Students who are registering with us will be provided with the up to date information on their course structure in order to allow them to register on the appropriate modules

More info

As students on this course will discover, Dundee is the perfect place to study a subject that combines information technology and biosciences because the city is a centre for world renowned medical research, and a thriving base for new industries.

Taking the wider view, the field of Bioinformatics is expanding all the time both within industry and public research centres. And this course perfectly equips students to translate scientific research data into manageable, accessible information that can help advance the field of biosciences.

Having completed the course, students will have the skills to go on to make a significant contribution to one of many sectors: developing software support systems for the biological sciences, working within pharmaceutical companies, biotechnology companies and contract research centres. All of these sectors offer an exciting and fulfilling career. And each of them is recruiting graduates in Bioinformatics.

As the science-based work of industry and public research centres increases, these is a growing demand for graduates who are skilled in both science and information technology. All of these sectors are actively recruiting graduates in Bioinformatics and the sector continues to expand.

For further information on career opportunities, please email the University's careers office: careers@abertay.ac.uk

Specialist facilities
A range of well equipped and modern laboratories are available for use by Biological Science students. In addition the Scottish Informatics Mathematics Biology & Statistics (SIMBIOS) research facility at Abertay provides students with access to top class researchers working in the exciting field of biology and computing.

More information
MSc Bioinformatics

Fees & Scholarships

Fee Category September 2013 Fees
Scholarships & Bursaries
Scottish and other EU students

£3,400

Other forms of support
English, Welsh and Northern Irish
students

£7,000

Bursaries & Scholarships
Overseas (non EU) students

£10,250

Overseas Scholarships

Fee quoted is the total cost providing that the MSc follows on immediately after the PG Dip element and is completed within the same academic year as started.  Fees may be subject to increase.


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