Biologie intégrative et physiologie
Systems & synthetic biology

5 option(s) au choix parmi 11 :

• Network Systems : Modeling and Analysis (2.5 crédits20h )

• Statistical Analysis of Large Scale Gene Expression Data (2.5 crédits20h )

• Cell Factory Design (2.5 crédits20h )

• Environmental Biotech and Upstream Processing (2.5 crédits20h )

• Computional Inference and Modeling of Biological Networks (2.5 crédits20h )

• Industrial Biotech and Downstream (2.5 crédits1212.5h )

• Chips for Molecular Evolution (2.5 crédits20h )

• Computional Protein Design (2.5 crédits20h )

• Design of Experiments and Machine Learning in Synthetic (2.5 crédits20h )

• Nanobiology (2.5 crédits20h )

• Rational Protein Engineering (2.5 crédits20h )

5 option(s) au choix parmi 11 :

• Network Systems : Modeling and Analysis (2.5 crédits20h )

• Statistical Analysis of Large Scale Gene Expression Data (2.5 crédits20h )

• Cell Factory Design (2.5 crédits20h )

• Environmental Biotech and Upstream Processing (2.5 crédits20h )

• Computional Inference and Modeling of Biological Networks (2.5 crédits20h )

• Industrial Biotech and Downstream (2.5 crédits1212.5h )

• Chips for Molecular Evolution (2.5 crédits20h )

• Computional Protein Design (2.5 crédits20h )

• Design of Experiments and Machine Learning in Synthetic (2.5 crédits20h )

• Nanobiology (2.5 crédits20h )

• Rational Protein Engineering (2.5 crédits20h )

5 option(s) au choix parmi 11 :

• Network Systems : Modeling and Analysis (2.5 crédits20h )

• Statistical Analysis of Large Scale Gene Expression Data (2.5 crédits20h )

• Cell Factory Design (2.5 crédits20h )

• Environmental Biotech and Upstream Processing (2.5 crédits20h )

• Computional Inference and Modeling of Biological Networks (2.5 crédits20h )

• Industrial Biotech and Downstream (2.5 crédits1212.5h )

• Chips for Molecular Evolution (2.5 crédits20h )

• Computional Protein Design (2.5 crédits20h )

• Design of Experiments and Machine Learning in Synthetic (2.5 crédits20h )

• Nanobiology (2.5 crédits20h )

• Rational Protein Engineering (2.5 crédits20h )

5 option(s) au choix parmi 11 :

• Network Systems : Modeling and Analysis (2.5 crédits20h )

• Statistical Analysis of Large Scale Gene Expression Data (2.5 crédits20h )

• Cell Factory Design (2.5 crédits20h )

• Environmental Biotech and Upstream Processing (2.5 crédits20h )

• Computional Inference and Modeling of Biological Networks (2.5 crédits20h )

• Industrial Biotech and Downstream (2.5 crédits1212.5h )

• Chips for Molecular Evolution (2.5 crédits20h )

• Computional Protein Design (2.5 crédits20h )

• Design of Experiments and Machine Learning in Synthetic (2.5 crédits20h )

• Nanobiology (2.5 crédits20h )

• Rational Protein Engineering (2.5 crédits20h )

5 option(s) au choix parmi 11 :

• Network Systems : Modeling and Analysis (2.5 crédits20h )

• Statistical Analysis of Large Scale Gene Expression Data (2.5 crédits20h )

• Cell Factory Design (2.5 crédits20h )

• Environmental Biotech and Upstream Processing (2.5 crédits20h )

• Computional Inference and Modeling of Biological Networks (2.5 crédits20h )

• Industrial Biotech and Downstream (2.5 crédits1212.5h )

• Chips for Molecular Evolution (2.5 crédits20h )

• Computional Protein Design (2.5 crédits20h )

• Design of Experiments and Machine Learning in Synthetic (2.5 crédits20h )

• Nanobiology (2.5 crédits20h )

• Rational Protein Engineering (2.5 crédits20h )

Metabolic Engineering (3.5 crédits20h )

Biosafety.Sociological Questions on Synthetic Biology (2 crédits10h )

Synthetic Biology Practical Course (5 crédits45h )

Biological Parts and Devices (3.5 crédits20h )

Genome Engineering (3.5 crédits20h )

Introduction to Biology (40h )

Introduction to Mathematics and Computer Science for Biology (18h )

Research Internship (30 crédits)