Université Claude Bernard Lyon 1 - Master Nanoscale Engineering

Core modules (select at least 3 out of the following): Micro, Nano-Photonics and Applications ,, Surface Analysis Techniques: X-Ray detection based, X-ray Photoelectron Spectroscopy, AES – Auger Electron Spectroscopy, SIMS – Secondary Ion Mass Spectrometry, ISS – Ion Scattering Spectroscopy and RBS – Rutherford Backscattering ,, Physics of Semiconductors, part 2 ,, Functional Materials ,, Biosensors and Biochips: Electrochemical sensors, solid-state chemical microsensors, microsensors for ions (ISFET), gas sensors (GASFET), other sensors , Biosensors: Structure, types of bioreceptors (enzymes, immunological receptors, nucleic acids, others), types of signal transduction (optical, mass transport, electrical, electrochemical) , Biochips: Classification, Design, Fabrication, Chemical and biological functionalization of surfaces, Analysis methods, Fluorescence analysis on biochips ,, Examples of applications: Medical diagnostics, Environmental diagnostics, Analysis of the transcriptome ,, Courses in other Masters: Computer Modeling of Nanoscale Systems ,, Elective modules (select at least 3 out of the following): Micro- and nano-fluidics: lab-on-a-chip, general properties of flow, hydrodynamic flow at small length scales, Wetting and thin films, Electrokinetic Phenomena, Polymer-based micro/nanotechnology, Transducers and microfluidic components (valves, mixers, reactors, ...), Examples of realizations and applications ,, Nanomagnetism and spintronics ,, nanoelectronics and information technology ,, Tissue and cell engineering: Cellular structure and function: cellular architecture, mechanics of the cell, the cell as an integrated multi-sensor , Bio-, micro-, and nanotechnolgy to study the mechanical properties of cells: cellular rheology, cellular adhesion, Hydrodynamic properties and capillary forces in cellular aggregates , Supports and 2D/3D matrices for tissue engineering: Bulk biomaterials and artificial tissue, Nanostructured materials, adhesive templates, and microfluidic devices, Intelligent scaffolds, Application examples and case studies