The TIGER (Transform and Innovate in Graduate Education with Research) project is part of the France 2030 government investment plan, specifically under the “Major Research Universities” initiative funded bythe National Research Agency (ANR).
The project’s goal is to support the transformation of Master’s-level degree programs by strengthening the link between education and research through one or more focus areas (Research, Internationalization, and Socioeconomic and Cultural Contexts).
The programs involved are committed to strengthening the link between education and research by establishing:
- one or more course units on “conducting a scientific project” equivalent to a minimum of 12 credits (M1+M2),
- 3 skill modules related to the field of research,
- a Cum Laude program recognizing students who demonstrate the greatest aptitude for research.
The objectives of these enhancements can be summarized as follows:
- Research: Strengthen education through and for research to ensure more effective training and the acquisition of new skills,
- Internationalization: Increase our students’ international mobility through scholarship programs and the strengthening of international partnerships between universities,
- Socio-Economic and Cultural Sphere (MSEetC): To offer students opportunities to work with stakeholders in the MSEetC and raise their awareness of entrepreneurship.
The TIGER project is supported by AMU’s institutional institutes. These are entities that combine high-level teaching (in collaboration with the university’s academic units) and research (in conjunction with laboratories) around interdisciplinary themes.
The Faculty of Sciences is involved in 15 of the 19 university-wide institutes.
Master’s programs offered by the Faculty of Sciences that participate in the TIGER project
-
Master's in Bioinformatics
- Computational and Mathematical Biology
- Software development and data analysis
-
Master's in Integrative Biology and Physiology
- An Integrative Approach to Biological Functions: From Genes to Disease
-
Master's in Structural Biology and Genomics
- Structural Biochemistry
- Genomics and Data Analysis
-
Master's in Chemistry
- Chemical Analysis and Spectroscopy
- Biochemistry
- Organic Synthesis and Green Chemistry
-
Master's in Electronics, Electrical Power, and Automation
- Systems in Electronics, Electrical Engineering, and Automation
-
Master's in Mechanical Engineering
- Design of Composite Structures
- Design of Mechanical Systems
-
Master's in Immunology
- Immunology
-
Master's in Computer Science
- IT Reliability and Security
- Artificial Intelligence and Machine Learning
- Computer Science and Discrete Mathematics
- Geometry and Computer Graphics
- Data Science and Engineering
-
Master's in Applied Mathematics and Statistics
- Applied Mathematics and Social Sciences: Population Analysis
- Computational and Mathematical Biology
-
Master's in Mathematics and Applications
- Fundamental Mathematics
- Applied Mathematics: Computational Science, Partial Differential Equations, Probability, Statistics (CEPS)
- Computational and Mathematical Biology
- Computer Science and Discrete Mathematics
-
Master's in Mechanical Engineering
- Fluids and Solids
-
Master's Degree in Microbiology
- Integrative and Fundamental Microbiology
-
Master's in Nanosciences and Nanotechnologies
- Materials Engineering and Nanotechnology
- Nanoengineering and Quantum Devices
-
Master's in Neuroscience
- Core curriculum for: Molecular, Cellular, and Integrated Neurosciences / Integrated, Cognitive, and Behavioral Neurosciences
-
Master's in Physics
- Physics (FunPhys)
- Europhotonics
-
Master's Degree in Agricultural, Food, and Environmental Sciences and Technologies
- Biology and Environmental Biotechnology
-
Master's in Cognitive Science
- Cognitive Functions: Normal and Pathological Organization
-
Master's in Signal and Image Processing
- Images, Models, and Vision
- Physical interactions, signals, and images
-
Master's in Bioinformatics
- Computational and Mathematical Biology
-
Master's in Integrative Biology and Physiology
- An Integrative Approach to Biological Functions: From Genes to Disease
-
Master's in Structural Biology and Genomics
- Structural Biochemistry
-
Master's in Mechanical Engineering
- Design of Composite Structures
- Design of Mechanical Systems
-
Master's in Immunology
- Immunology
-
Master's in Computer Science
- Computer Science and Discrete Mathematics
- Geometry and Computer Graphics
-
Master's in Instrumentation, Measurement, and Metrology
- Instrumentation and Measurement Science for Major Nuclear Research Facilities
-
Master's in Applied Mathematics and Statistics
- Computational and Mathematical Biology
-
Master's in Mathematics and Applications
- Applied mathematics, scientific computing, partial differential equations, probability, statistics
- Computational and mathematical biology
- Computer Science and Discrete Mathematics
-
Master's in Mechanical Engineering
- Fluids and Solids
- Waves, Acoustics, Vibrations, Engineering, and Sound
-
Master's in Microbiology
- Integrative and Fundamental Microbiology
-
Master's in Nanosciences and Nanotechnologies
- Chemical Nanoengineering
- Nanoengineering and Quantum Devices
-
Master's in Neuroscience
- Core curriculum for: Molecular, Cellular, and Integrated Neurosciences / Integrated, Cognitive, and Behavioral Neurosciences
-
Master's in Physics
- Physics (FunPhys)
- Europhotonics
-
Master's in Cognitive Science
- Cognitive Functions: Normal and Pathological Organization
-
Master's in Electronics, Electrical Power Engineering, and Automation
- Automatic
-
Master's in Process and Bioprocess Engineering
- Process Engineering
-
Master's in Immunology
- Immunology
-
Master's in Computer Science
- IT Reliability and Security
- Software Development Engineering
- Data Science and Engineering
-
Master's in Instrumentation, Measurement, and Metrology
- Instrumentation for Test Equipment
-
Master's in Applied Mathematics and Statistics
- Data Science
-
Master's in Microbiology
- Microbial Engineering and Biotechnology
-
Master's in Nanosciences and Nanotechnologies
- Materials Engineering and Nanotechnology
-
Master's in Physics
- Physics (FunPhys)
-
Master's in Networks and Telecommunications
- Network Architecture and Security
- Internet of Things
-
Master's in Cognitive Science
- Cognitive Functions: Normal and Pathological Organization
-
Master's in Signal and Image Processing
- Images, Models, and Vision
- Biomedical Signals and Images