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Integrated Systems Biology – (M.Sc.)
University of Luxembourg
Faculty of Science, Technology and Communication
- Programme website
- Brochure about this programme
- Department website
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- Website for enrolment/applications
- City information
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| Annual Tuition Fee: | ≈ € 400 | ||
| Location: | Luxembourg / Luxembourg / View location on map ▾ Hide location on map ▴ | ||
| Duration: | 24 months | Start Date: | February, September |
| Educational Form: |
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| Education Variants: |
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| Credits (ECTS): | 120 | ||
| Languages: | English | ||
Location of University of Luxembourg
The complete sequence of the human and other genomes resulted in a drastic change in the way of thinking in Biosciences. Investigations on the molecular basis of major human diseases, such as cancer, atherosclerosis, type 2 diabetes and Alzheimer’s are now addressed on whole genome, transcriptome, proteome and metabolome level.
Systems Biology (an extension of Biochemistry and Physiology) wants to understand and model systems: individual cells, organs and whole organisms on the basis of their constituting molecules. It integrates established disciplines in Biosciences and renovates them for the challenges of the future.
Aims of the programme
The Master of Systems Biology combines theoretical and practical education: at least 1,450 hours of practical work in computer labs and wet labs within the university’s Life Sciences Research Unit or in partner institutions (CRP-Santé, the CRP-Gabriel Lippmann, and the IGBMC in Strasbourg). At the end of the programme,s tudents will be able
- to think on „omics“ levels (genomics, transcriptomics, proteomics, metabolomics and physiomics)
- to understand and apply the respective new technologies.
Career Prospect
- PhD programmes (at the University of Luxembourg and abroad).
- Positions in biotech and pharma industry
Contents
Semestre 1
Module 1.1
- ISB811: Safety in the Laboratory
- ISB201: Gene Regulation / Transcriptomics
- ISB202: Practicals in Gene Regulation
Module 1.2
- ISB301: Protein Structure and Function
- ISB302: Proteomics
Module 1.3
- ISB401: Endocrine Regulation of Biochemical Pathways
Module 1.4
- ISB701: Introduction to Systems Biology
Module 1.5
- ISB801: Bioscience Seminar Series TOTAL (cours obligatoire)
Semestre 2
Module 1.3
- ISB402: Practicals in Metabolomics
Module 2.1
- ISB102: Practicals in Mathematics and Bioinformatics
- ISB701: Introduction to Systems Biology
- ISB702: Practicals in Systems Biology
Module 1.5
- ISB801: Bioscience Seminar Series
Module 1.4
- ISB501: Advanced Cell Biology
- ISB502: Practicals in Advanced Cell Biology TOTAL (cours obligatoire)
Semestre 3
Module 3.1
- ISB601: Molecular Medicine I
- ISB602: Molecular Medicine II
Module 1.5
- ISB802: Journal Club
Module 3.2
- ISB703: Advanced Systems Biology
- ISB704: Practicals in Advanced Systems Biology
Module 3.3
- ISB812: Paper and Grant Writing
- ISB813: Biotech Industry and IPR TOTAL (cours obligatoire)
Semestre 4
Module 3.4
- ISB802: Journal Club
Module 4.1
- ISB901: Master Thesis
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Requirements
Application Requirements
- A Bachelor’s degree or equivalent (at least 180 ECTS) in biosciences (biology, biochemistry etc.) or in bioinformatics (documented by copies of diploma papers). Students with a Bachelor’s degree from related disciplines, such as computer sciences, chemistry, physics or mathematics may be accepted, if a sufficient knowledge in modern biosciences can be documented.
- Good knowledge of English (documented via the motivation letter or any other official test of English).
Admission procedure:
- The applications are sent via the SEVE to the study director (Prof. Thomas Sauter), who makes a first screening for the above mentioned criteria.
- Applications that passed the pre-screening will be evaluated by the study director together with 1-2 other members of the MISB teacher’s team for the following criteria:
- Motivation letter: besides the use of good English (see above), the applicant should demonstrate that he/she understands for what type of specialized studies he/she applies (for example by mentioning that the studies will necessitate skills in mathematics and computer sciences and not only classical biology).
- General scientific background: the applicant should have passed courses in fundamental science disciplines, such as mathematics, physics, chemistry and biochemistry, with an acceptable grade (12/20 or more).
- Courses in modern biosciences: the applicant should demonstrate knowledge in modern biosciences by documenting passed courses in molecular biology, bioinformatics, (human) genetics or similar topics.
- CV: The CV of the applicant should demonstrate a continuous focus on scientific studies, if not otherwise explained in the motivation letter.
The above mentioned criteria are balanced against each other, failure in one is not automatically leading to a rejection of the application.
3. The study director informs the SEVE about acceptance or rejection of the application.
Additional Requirements
| Minimal degree required: | Bachelor's degree |
| Minimal amount of work experience | Not specified |
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