Academic Requirements: M.Sc. Studies in Life Sciences
Biology
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Duration
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24 months |
Rotations* |
3 rotations In three different Research Groups.
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Credit Points**
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24 credit points (at least 16 within the 1st year) |
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Safety Course
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Obligatory (no credit points) |
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Ethics Course
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Obligatory (no credit points) |
Courses |
Up to 3 credit points in Laboratory courses Up to 4 credit points from Seminars Up to 4 credit points from Bioinformatics courses |
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Thesis
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Should be submitted by the 24th month |
M.Sc. Exam |
Within 1 month of the thesis submission deadline |
| * |
Exemptions must be approved by the Board of Studies. Previous work or summer programs may not be considered as rotations.
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| ** |
Courses must be taken from the Life Sciences program. Any deviation must be approved, in advance, by the Board of Studies. |
Bioinformatics - Biology Track
Duration |
24 months |
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Credit Points*
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26 credit points (at least 18 within the 1st year) |
Safety Course |
Obligatory (no credit points) |
Ethics Course |
Obligatory (no credit points) |
Courses
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At least 8 credit points: Bioinformatics At least 6 credit points: CS & Math At least 6 credit points: Biology At least 2 credit points: Technical
The remainder of credit points from the programs in Life Sciences, Physical Sciences, Math & CS and Chemical Sciences |
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Thesis
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Should be submitted by the 24th month |
M.Sc. Exam |
Within 1 month of the thesis submission deadline |
Below please find the various groups of courses available in 2009/2010:
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Bioinformatics
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Computer Science
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Introduction to Computational Genomics *
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FUN "Faculty" Union "New students" Seminar
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Genome Evolution
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Basic Topics I
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Protein Structure and Function I
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Basic Topics II
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Advanced Protein Science
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Algorithms
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Principles of biomolecular networks
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Combinatorial statistics |
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Ergodic theory
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| * Obligatory |
Introduction to Complexity Theory
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Biology
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Technical courses
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Developmental Genetics |
Perl programming for bioinformatics and internet
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Principles of biomolecular networks
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Introduction to Bioinformatics
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Systems neuroscience
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Next-generation Sequencing
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The RNA World
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Matlab
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Basics in Immunology |
Scientific writing - Life Sciences
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Advanced topics in developmental biology |
Photoshop |
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Selected models of dynemic brain processing
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Basic Models in Theoretical Neuroscience |
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Cell guidance and behavior at the Molecular Level: from bacteria to humans |
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