Bioinformatics and Genetic Epidemiology MSc
Key Course Facts
The aim of this programme is to provide individuals with a platform to explore, analyse and interpret contemporary biological data. This course offers Masters level instruction in Bioinformatics and Genetic Epidemiology with a focus in genetic epidemiology.
With a focus on genetic epidemiology, this programme is ideal for graduates from a life sciences, mathematics, or computer sciences discipline.
It will provide you with the skills and knowledge of computational and statistical biosciences to prepare you for a challenging career in academic research, biotechnology, or the pharmaceutical and healthcare industries.
Bioinformatics is the field of study that utilises computational tools to understand biology. Genetic Epidemiology is the study of how genetic factors play a role in determining health and disease, and their interplay with the environment. As well as developing core skills in computational and statistical biosciences, you will focus gene discovery approaches including GWAS, explore copy-number variation (CNV) analysis, and post-GWAS approached such as pathway/network, gene-set and polygenic epidemiological methods.
This programme has been designed to meet the growing demand from academic research, biotechnology and the pharmaceutical and health care industries for capable informaticians with bioinformatics skills. We will provide instruction in computational and statistical biosciences and you will foster the additional complementary skills required to enable you to work effectively within a multidisciplinary bioinformatics arena.
Aims of the Programme
To introduce the commonly exploited computational, statistical and analytical approaches to post genomic biology and genetics
To develop skills to understand and critically evaluate research methodologies and conclusions that allow you to make sound judgements about the applicability of these techniques to your own research
To develop competency in both the design and analysis of studies and the effective extraction of information in genetics, genomics and other biosciences coupled with the ability to communicate the information, results, issues and ideas to audiences of both a specialist and non-specialist background
To prepare and provide guidance to perform an original piece of research within the specialist area in which you wish to pursue your career
This course was first established over a decade ago in response to the completion of the first drafts of the human genome project and the subsequent informatics needs of the genetics and genomics communities. Ongoing advances in genomic technologies and analytic approaches have dictated the continuing evolution of this programme to provide contemporary instruction in new essential skills.
Our course is accessible to students with primary degrees in mathematics, life sciences or computing. Modules in core complementary areas such as in computation/scripting, statistics and molecular biology provide the fundamental building blocks necessary to succeed in bioinformatic analysis and interpretation.
In the Spring Semester, you will undertake a 20-credit case-study. This will include taught elements in research skills and involve working directly with a client using real data. You will be embedded in one of the many research centres across campus and gain valuable experience in delivering bioinformatics projects for research programmes. The resulting data will also be presented alongside your peers at our case-study poster sessions.
You will be taught essential organisation and coding skills and given extended instruction in statistics. If you are not from a life sciences background, we will introduce you to the biology behind the data and help you make informed decisions around data choice and interpretation.
Entry Requirements / Admissions
Requirements for international students / English requirements
IELTS academic test score (similar tests may be accepted as well)
Get advice on which foundation courses are best for you to still be able to join Bioinformatics and Genetic Epidemiology, MSc.
Average student cost of living in the UK
|Water, gas electricity, internet (at home)||£50|
|Takeaways / food deliveries||£30|
|Going out / entertainment (excl.alcohol, food)||£24|
|Holidays and weekend trips||£78|
|Transport within city||£17|
|Self-care / sports||£20|
|Stationary / books||£13|
|Mobile phone / internet||£13|
|Cable TV / streaming||£7|
|Average student cost of living||£1092|
London costs approx 34% more than average, mainly due to rent being 67% higher than average of other cities. For students staying in student halls, costs of water, gas, electricity, wifi are generally included in the rental. Students in smaller cities where accommodation is in walking/biking distance transport costs tend to be significantly smaller.
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About Cardiff University
Established in 1883, Cardiff University is located in the urban setting of the city of Cardiff, Wales. Some of the university’s most obvious advantages include world-leading research, a knowledgeable and proactive career services office, and the central location. Cardiff is a vibrant, modern city with a young and diverse population known for accepting people from all walks of life.
Where is this programme taught
|Program||University||Student satisfaction||Unemployed||Dropout||Tuition (UK)||Tuition (International)||UCAS Tariff||City|
|Computer Science (Integrated Masters) Msci (Hons)||University of Essex||60%||0%||8%||£9250||£19670||117||Colchester||On campus Full-time|
|Computer Science BSc (Hons)||City University London||68%||11%||9%||£9250||£18210||127||London||On campus Full-time|
|Computing – Top Up BSc (Hons)||Oxford Brookes University||68%||11%||9%||£9250||£15500||127||Oxford||On campus Full-time|
|Computer Science (Optional pathways in Cloud Technologies, Internet and Web Management, Network Computing, Software Development) BSc (Hons)||Staffordshire University||77%||7%||6%||£9250||£14000||119||Stoke-on-Trent||On campus Full-time|
|Computer Science and Artificial Intelligence (with an industrial placement year) BSc (Hons)||University of Sussex||86%||5%||5%||£9250||£22500||136||Brighton||On campus Full-time|
|Mathematics with Computer Science BSc (Hons)||University of Reading||74%||3%||13%||£9250||£23700||125||Reading||On campus Full-time|
|Artificial Intelligence and Computer Science MCompu (Hons)||The University of Sheffield||89%||0%||4%||£9250 £9250||£24450 £25670||153||Sheffield||On campus Full-time|
|Computing Science/Economic & Social History (SocSci) MA (Hons)||University of Glasgow||78%||3%||2%||£27750||£70480||193||Glasgow||On campus Full-time|
|Computer Science: Informatique (Swansea) MSc||Swansea University||88%||0%||0%||£4650||£9550||136||Swansea||On campus Full-time|
|Computer Science (Software Engineering) with Foundation Year BSc (Hons)||University of Hull||78%||5%||5%||£9250||£17550||142||Hull||On campus Full-time|