Fiche de cours
Computational biology driving experimental design
Faculté de gestion: Ecole doctorale (FBM-DOCT)
Responsable(s): Roman Arguello, Marc Robinson-Rechavi
Horaires du cours (Apériodique)
Date | Lieu | Remarque | Thématique | Intervenant(s) |
---|---|---|---|---|
22.02.2021 de 09:00 à 17:00 | Génopode | Roman Arguello, Marc Robinson-Rechavi | ||
23.02.2021 de 09:00 à 17:00 | Génopode | Roman Arguello, Marc Robinson-Rechavi | ||
24.02.2021 de 09:00 à 17:00 | Génopode | Roman Arguello, Marc Robinson-Rechavi | ||
05.03.2021 de 09:00 à 17:00 | Génopode | Roman Arguello, Marc Robinson-Rechavi |
Cours
Annuel
Apériodique
Langue(s) d'enseignement: anglais
Public: Oui
Crédits: 1.50
Objectif
The goal of this course is to prepare computational biologists and bioinformaticians to take the lead in designing experiments and data collection, and to prepare experimental biologists to use computational biology thinking in designing their experiments. The students will learn to leverage their strengths and combine them with other fields, to plan combined experimental and computational research projects which are informative about hypotheses in biology.
Contenu
In a first 3-day block, after an introduction, the students will propose research projects, first alone and then in pairs. These projects will be presented informally and receive feedback.
On a fourth day, the students will work on improving their project and will present it to the class. They will also provide a short written description.
There will be continuous feedback opportunities during the course.
Evaluation
Travail personnel de préparation: oui
Présentation personnelle: oui
Test final: non
Évaluation de la participation par l'enseignant: oui
Exigences du cursus d'études
This course targets PhD students in computational biology and bioinformatics, or in experimental biology with a strong interest in computational biology. Students are expected to be at ease in both basic biology and basic statistics, programming and modeling. No direct experience with experimental biology is required.
Conditions d'octroi
Évaluation positive de la participation par le tuteur
Utilisation | Code faculté | Statut | Crédits |
---|---|---|---|
Doctorat en médecine et ès sciences (MD-PhD) (2010 ->) ›› Cours de 3e cycle de l'Ecole doctorale | ED-QB | Optionnel | 1.50 |
Doctorat ès sciences de la vie (2003 ->) ›› Cours de 3e cycle de l'Ecole doctorale | ED-QB | Optionnel | 1.50 |
Doctorat ès sciences de la vie - Ecology and Evolution (2007 ->) ›› Cours de 3e cycle de l'Ecole doctorale | ED-QB | Optionnel | 1.50 |
Doctorat ès sciences de la vie - programme Cancer and Immunology (2008 ->) ›› Cours de 3e cycle de l'Ecole doctorale | ED-QB | Optionnel | 1.50 |
Doctorat ès sciences de la vie - programme Cardiovasculaire et métabolisme (2005 ->) ›› Cours de 3e cycle de l'Ecole doctorale | ED-QB | Optionnel | 1.50 |
Doctorat ès sciences de la vie - programme Integrated Experimental and Computational Biology (2010 ->) ›› Cours de 3e cycle de l'Ecole doctorale | ED-QB | Optionnel | 1.50 |
Doctorat ès sciences de la vie - programme Microbial Sciences (2010 ->) ›› Cours de 3e cycle de l'Ecole doctorale | ED-QB | Optionnel | 1.50 |
Doctorat ès sciences de la vie - programme Quantitative Biology (2018 ->) ›› Cours de 3e cycle de l'Ecole doctorale | ED-QB | Optionnel | 1.50 |