Vue cycle
- Bloc
- Organisation
- Théorie
- Pratique
- Autres
- Crédits
Depending on your track record or your professional/research focus, some prerequisites/corequisites of your first year program might appear in bloc 2. You are therefore invited to go through the list of courses suggested in bloc 2 even if you enroll for the first time in this master program.
To complete their curriculum, students must earn or validate the 60 credits of the compulsory courses (including the master thesis), 30 credits of the professionnal focus (students have to choose one of the 3 options) and 30 credits optional courses.
Ideally, students enrolling in the master program should have acquired the skills and knowledge corresponding to the 40 credits in "Biomedical" offered as part of the bachelor program in engineering.
Ideally, students enrolling in the master program should have acquired the skills and knowledge corresponding to the 40 credits in "Biomedical" offered as part of the bachelor program in engineering.
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Code | Détails | Bloc | Organisation | Théorie | Pratique | Autres | Crédits |
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GBIO0029-1 | Bioelectronics (anglais) - [20h Laboratoire, 20h Projet] | B1 | Q1 | 30 | 15 | [+] | 5 |
GBIO0012-2 | Biomechanics (anglais) - [1j Travail sur le terrain] | B1 | Q1 | 26 | 26 | [+] | 5 |
GBIO0008-2 | Medical imaging (anglais) - [8h Laboratoire, 1j Travail sur le terrain] | B1 | Q2 | 33 | 12 | [+] | 5 |
GBIO0014-2 | In silico medicine | B1 | Q2 | 30 | 30 | - | 5 |
GBIO0027-1
| Medical device design projects (Service Learning) (anglais) - [8h Laboratoire, 1j Travail sur le terrain]
Corequis
| B1 | TA | 30 | 90 | [+] | 10 |
GEST3162-1 | Principles of management (anglais) - [25h Projet] | B1 | Q1 | 30 | - | [+] | 5 |
ATFE0016-1 | Master thesis (including introduction to research methodology) - [750h Projet] | B2 | TA | - | - | [+] | 25 |
Code | Détails | Bloc | Organisation | Théorie | Pratique | Autres | Crédits |
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Compulsory internship (choose between the 3 ECTS and 8 ECTS version) | |||||||
ASTG0024-1 | Immersion internship (anglais) | B2 | TA | - | - | - | 8 |
ASTG9007-1 | Observation internship (anglais) | B2 | TA | - | - | - | 3 |
Optional courses |
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The thematic structuring is indicative only. You can choose amongst all the listed courses regardless of the option chosen in the professional focus. | |||||||
The subjects GBIO0001-1, GBIO0025-1 et GBIO0026-1 are corequisite to some compulsory courses of the master program. They must be taken as a priority, unless they were already taken as part of the bachelor in engineering, or unless the corresponding knowledge and skills have been acquired previously. | |||||||
Biomedical engineering & sciences |
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GBIO0001-1 | Biophysique et biochimie - [6h Projet] | B2 | Q1 | 29 | 23 | [+] | 5 |
GBIO0016-1 | Introduction to systems and synthetic biology (anglais) | B2 | Q2 | 26 | 26 | - | 5 |
GBIO0022-1 | Biomimicry (anglais) - [45h Projet] | B2 | TA | 15 | - | [+] | 5 |
GBIO0025-1 | Biologie générale et cellulaire | B2 | Q2 | 36 | 10 | - | 5 |
GBIO0026-1 | Physiologie des systèmes | B2 | Q2 | 26 | 26 | - | 5 |
LABO0432-3 | Techniques de culture de cellules et de tissus | B2 | Q2 | 8 | 20 | - | 2 |
LABO0432-1 | Techniques de culture de cellules et de tissus | B2 | Q1 | 8 | 20 | - | 2 |
Remarque : cours uniquement sélectionnable par les étudiants doublants | |||||||
SBIM0495-2 | Molecular and cellular basis of disease (anglais) - [40h Recherche personnelle] | B2 | Q2 | 20 | 10 | [+] | 7 |
Biomechanics, Biomaterials & Tissues Engineering |
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CHIM0604-2 | Chimie et matériaux organiques | B2 | Q2 | 33 | 19 | - | 5 |
CHIM9319-1 | Chemistry and technology of polymers (anglais) - [10h Projet, 12h Laboratoire] | B2 | Q2 | 30 | - | [+] | 5 |
CHIM9320-1 | Introduction au génie de la réaction chimique | B2 | Q1 | 24 | 24 | - | 5 |
MECA0018-2
| Manufacturing processes (anglais) - [15h Laboratoire, 11h Projet, 0,5j Travail sur le terrain] | B2 | Q2 | 30 | - | [+] | 5 |
MECA0462-2
| Materials selection (anglais) - [30h Projet, 1j Travail sur le terrain] | B2 | Q1 | 26 | 26 | [+] | 5 |
MECA0516-1 | Mechanical properties of biological and bioinspired materials (anglais) - [4h Laboratoire] | B2 | Q1 | 26 | 22 | [+] | 5 |
In silico medicine |
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BIOL0021-1 | Biologie des systèmes - [10h Travaux dirigés] | B2 | Q1 | 10 | - | [+] | 2 |
ELEN0016-2 | Computer vision (anglais) - [50h Projet] | B2 | Q1 | 30 | 10 | [+] | 5 |
GBIO0015-1 | A tour in genetic epidemiology (anglais) - [60h Projet] | B2 | Q2 | 15 | 15 | [+] | 3 |
GBIO0030-1 | Computational approaches to statistical genetics (anglais) - [35h Projet] | B2 | Q2 | 25 | 15 | [+] | 5 |
GBIO0031-1 | Learning from genomic data (anglais) - [150h Projet] | B2 | Q2 | - | - | [+] | 5 |
MATH0024-1 | Modelling with partial differential equations (anglais) - [25h Projet] | B2 | Q1 | 30 | 20 | [+] | 5 |
MATH0471-2 | Multiphysics integrated computational project (anglais) - [30h Projet] | B2 | TA | 33 | - | [+] | 5 |
MECA0010-1 | Uncertainty quantification and stochastic modelling (anglais) - [28h Projet] | B2 | Q1 | 16 | 16 | [+] | 5 |
Neural systems |
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ELEN0448-1 | Applied Electricity and Electronics (anglais) | B2 | Q1 | 26 | 26 | - | 5 |
ELEN0037-1 | Microelectronics and IC design (anglais) - [40h Projet] | B2 | Q2 | 30 | 20 | [+] | 5 |
ELEN0062-1 | Introduction to machine learning (anglais) - [40h Projet] | B2 | Q1 | 30 | 5 | [+] | 5 |
ELEN0074-1 | Sensors, microsensors and instrumentation (anglais) - [20h Laboratoire] | B2 | Q2 | 30 | - | [+] | 5 |
GNEU0002-1 | Brain Inspired Computing (anglais) - [20h Projet] | B2 | Q2 | 25 | 20 | [+] | 5 |
GNEU0003-1 | Neuromorphic Signal Processing (anglais) - [20h Projet] | B2 | Q2 | 25 | 20 | [+] | 5 |
GNEU0004-1 | Computational cognitive modelling (anglais) | B2 | Q1 | 26 | 26 | - | 5 |
Other optional courses |
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PROJ0011-2 | Personal student project (anglais) - [150h Projet] | B2 | TA | - | - | [+] | 5 |
GNEU0001-1 | Principles of Neuroengineering (anglais) - [26h Laboratoire, 15h Projet] | B2 | Q1 | 26 | - | [+] | 5 |
INFO8006-1 | Introduction to artificial intelligence (anglais) - [45h Projet] | B2 | Q1 | 25 | 20 | [+] | 5 |
PHYS0128-1 | Magnetic Resonance Imaging - the Basics (anglais) - [3j Travail sur le terrain] | B2 | Q1 | 15 | - | [+] | 3 |
SYST0017-1 | Neurodynamics (anglais) | B2 | Q1 | 26 | 26 | - | 5 |
SYST0020-1 | Introduction to microsystems and microtechnology (anglais) - [4h Laboratoire, 20h Projet] | B2 | Q2 | 24 | 18 | [+] | 5 |
SYST0022-1 | Linear Systems Design (anglais) - [15h Projet] | B2 | Q2 | 26 | 26 | [+] | 5 |
GBIO0033-1 | Advances in in silico medicine (anglais) | B2 | Q1 | 26 | 26 | - | 5 |
MECA0036-2 | Finite Element Method (anglais) - [40h Projet] | B2 | Q2 | 26 | 26 | [+] | 5 |
INFO0939-1 | High performance scientific computing (anglais) - [20h Projet] | B2 | Q1 | 30 | 15 | [+] | 5 |
INFO8010-1 | Deep learning (anglais) - [60h Projet] | B2 | Q2 | 30 | - | [+] | 5 |
GBIO0018-2 | Introduction to tissue engineering (anglais) | B2 | Q2 | 20 | 5 | - | 4 |
MECA0008-1 | Microfluidics (anglais) - [16h Laboratoire, 14h Projet] | B2 | Q2 | 22 | 8 | [+] | 5 |
MECA0139-1 | Additive manufacturing and 3D printing (anglais) | - | Q1 | 26 | 26 | - | 5 |
PROT0430-3 | Biomedical robotics and active prostheses (anglais) | B2 | Q1 | 15 | 10 | - | 3 |
BIOC0430-1 | Interactions materials - living systems (anglais) | B2 | Q1 | 25 | - | - | 3 |
BIOM0631-1 | Human movement analysis (anglais) - [15h Projet] | B2 | Q1 | 33 | 14 | [+] | 5 |
[...] | With the agreement of the jury, choose 5 credits in any course programme of the University or from the UNIC course catalog. | - |
Code | Détails | Bloc | Organisation | Théorie | Pratique | Autres | Crédits | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Remarque : The program of each candidate will be determined by the Jury according to his previous training. If a candidate does not master certain prerequisites, his program may include up to 60 credits of additional courses mainly from the list below : | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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[...] | Choose 1 to 30 credits from : | - | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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[...] | To this list may be added, within the limit of 60 credits, other technical courses depending on the skills acquired by the student. | - |
Code | Détails | Bloc | Organisation | Théorie | Pratique | Autres | Crédits | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Remarque : The program of each candidate will be determined by the Jury according to his previous training. If a candidate does not master certain prerequisites, his program may include up to 60 credits of additional courses mainly from the list below : | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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[...] | Choose 31 to 60 credits from : | - | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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[...] | To this list may be added, within the limit of 60 credits, other technical courses depending on the skills acquired by the student. | - |
Code | Détails | Bloc | Organisation | Théorie | Pratique | Autres | Crédits |
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GBIO0025-1 | Biologie générale et cellulaire | B0 | Q2 | 36 | 10 | - | 5 |
GBIO0026-1 | Physiologie des systèmes | B0 | Q2 | 26 | 26 | - | 5 |
GBIO0002-1 | Genetics and bioinformatics (anglais) - [15h Projet] | B0 | Q1 | 30 | 15 | [+] | 5 |
GBIO0011-1 | Modélisation des systèmes biologiques | B0 | Q2 | 26 | 26 | - | 5 |
GBIO0001-1 | Biophysique et biochimie - [6h Projet] | B0 | Q1 | 29 | 23 | [+] | 5 |
GBIO0021-1 | Projet de laboratoire - [16h Laboratoire, 8h Projet] | B0 | Q2 | - | 44 | [+] | 5 |
GBIO0013-1 | Phénomènes de transport en biologie | B0 | Q2 | 26 | 26 | - | 5 |
GBIO0005-1 | Introduction aux neurosciences cognitives | B0 | Q1 | 26 | 26 | - | 5 |