Introduction
This option aims to provide a multi-disciplinary training in chemistry-biology-physics to engineering students to understand the recent and future applications in bio-engineering (or life sciences engineering) and nanotechnologies. The skills acquired during the 2-year generalist engineering curriculum will be completed by fundamental knowledge in micro- and opto-electronics, in photonics, in nanoscience and in biology. The interaction between these different disciplines will be illustrated through various examples: microsensors, functional materials, systems on chips, medical imaging, biomateriels, big data,... The engineering students issued from this training will be main contacts to lead projects at the interface of these different disciplines.
Learning Outcomes
- Understand the challenges linked to health and nanotechnologies.
- Acquired knowledge in biology and nanotechnologies.
- Understand the challenges of miniaturization.
- Applied knowledge to the resolution of multidisciplinary problems.
- Set up multidisciplinary projects.
Programme
- Specific courses for Bio-engineering and nanotechnology
- Specialisation Bio-engineering and nanotechnology
- Specialisation Nanotechnologies
Requirements
2 compulsory MOS to be chosen depending on BIO or NANO cursus: MOS 1.5:"Thin films and functionalized surfaces" MOS 6.1: "Tissue engineering and biomaterials" MOS 6.3: "Microsensor, microsystem, microfluidics" MOD: depends on the selected cursus, some MOD are in equivalence with master courses.
Assesment
BIN3.1 : 20%, BIN3.2 : 30%, Option cursus : 50%