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DCU School of Computing
MSc in in Bioinformatics

 

One-Year Full-time Masters programme featuring a common core curriculum with two distinct streams, Computing and Life Sciences

Programme Intro | What is Bioinformatics? | Course Structure | Practicum
Fees & Requirements | Apply Now!

Course Structure & Content

The two streams within this programme are designed to offer two distinct tracks with a shared bioinformatics emphasis to appeal to both computing and life science specialists. The innovative programme structure sees students of both streams following common core curriculum, along with a number of modules particular to their stream (See Programme Structure). Over the first two semesters, students on the Life Sciences stream take fundamental and intermediate modules in computing, as well as courses in specialised biological topics, algorithms and analysis. Simultaneously, students on the Computing stream will follow the specialist computing topics, adding to these foundation and intermediate modules in biological areas. This educational process, therefore, fosters the creation of synergy between the two streams, and allows students to gain a grounding in both the computing and life science aspects of the bioinformatics industry.

The majority of modules shall be assessed by a combination of written examintations and continuous assessment. Examinations, where appropriate, will take place in mid-January for Semester 1 subjects and in mid-May for Semester 2 subjects. In the final semester, from May to August, students from the two streams collaborate to work on a major practical bioinformatics project, referred to as a "practicum".

Semester 1

Code Title Credit Type
BE595 Seminar Topics 2.5 CORE
CA534 Biodata Analysis 7.5 CORE
CA540 Computational Biology 7.5 CORE
CA546 Research Skills 2.5 CORE
BE540 Cell Biology 5 COMP
BE541 Genomes, Genes, Evolution and Heredity 5 COMP
CA559 Artifical Intelligence 5 LIFE
CA598 Object Orientated Programming (Java) 5 LIFE

Semester 2

Code Title Credit Type
CA532 Pattern Recognition Methods 5 CORE
BE542 Bioinformatics & Phylogenomics 7.5 CORE
BE543 Advances in Bioinformatics 7.5 CORE
BE545 Animal Cell Biotechnology 5 COMP
CA579 Biometrics and Biosystem Tools 5 COMP
CA592B Algorithms and Data Structures 5 LIFE
CA578 Biocomputing 5 LIFE

Summer/Autumn

Code Title Credit Type
CA545 Research Practicum (Computing Stream) 30 CORE
BE594 Research Practicum (Life Science Stream) 30 CORE