Table of Contens

PROGRAM OF MASTER ADVANCED MATERIALS SCIENCE AND NANOTECHNOLOGY

Table of Contens

Introduction: Master Degree “Advanced Materials Science and Nanotechnology” 2

DESCRIPTION OF TEACHING UNITS 4

MASTER 1 4

SEMESTER 1 4

SEMESTER 2 15

MASTER 2 26

SEMESTER 3 26

SEMESTER 4 38

Introduction: Master Degree “Advanced Materials Science and Nanotechnology”

		Common Courses
		Materials Devices and Nanotechnology Track
		Materials and Nanochemistry Track
M1 Level	Semester 1	Human, Economic and Juridical Sciences (45 h, 5 ECTS)
		Microscopic Technics (22 h, 3 ECTS)
		Spectroscopic Technics (22 h, 3 ECTS)
		Micro and Nanofabrication (22 h, 3 ECTS)
		Synthesis technics of nanomaterials and nanodevices (22 h, 3 ECTS)
		Nanochemistry, Self-assembling and Synthesis (22 h, 3 ECTS)
		Silicon Photovoltaic Devices (22 h, 3 ECTS)
		Cristallography/ Solid State Physics and Surfaces (33h, 4 ECTS)
		Nanophysics (22 h, 3 ECTS)
		Organic and Organometallic Chemistry for Application in Nanoscience (22 h, 4 ECTS)
		Advanced Microscopy (22 h, 3 ECTS)
	Semester 2	Pratical Training on Nanotopics (Microscopy, Carbon Nanotubes…) (33h, 7 ECTS)
		Organic, Inorganic Materials and Interfaces (22 h, 3.5 ECTS)
		Physics of Semiconductors (22 h, 3.5 ECTS)
		Magnetism and Nanomagnetism (22 h, 3.5 ECTS)
		Photonics and Microwaves 1 (22 h, 3.5 ECTS)
		Photonics and Microwaves 2 (22 h, 3.5 ECTS)
		Organic Thin Layers / Biomolecular Systems (22 h, 1.5 ECTS)
		Polymerisation Processes and Macromolecular Engineering (22 h, 3.5 ECTS)
		Optical and Magnetic Properties of Molecular Coordination for Therapy Applications (22 h, ECTS)
		Lab Work (3 months) (9 ECTS)
M2 Level	Semester 3	Human, Economic and Juridicial Science (45 h, 5 ECTS)
		Mesoscopic Materials and Interfaces (22 h, 3 ECTS)
		Nanobiotechnologies (22 h, 3 ECTS)
		Biosensors and DNA biochip (22 h, 3 ECTS)
		Organic Electronic (22 h, 2 ECTS)
		Photocatalysis (22 h, 3 ECTS)
		Technical Work in Clean Rooms (22 h, 5 ECTS)
		Non Linear Optics(33h, 2 ECTS)
		Nanomagnetism and Spintronics (22 h, 4 ECTS)
		Chemical Fonctionalization and Conducting Polymers (22 h, 2 ECTS)
		Molecular Magnetism (22 h, 2 ECTS)
		Physico-Chemistry of Surfaces (12 h, 2 ECTS)
	Semester 4	Nanostructured Materials Based on Natural Polymers (12 h, 2 ECTS)
		Nanophotonics (22 h, 3 ECTS)
		Physics of Electronic Devices (22 h, 3 ECTS)
		Quantum Optoelectronic and Photonic Devices (22 h, 3 ECTS)
		Ultra Short Phenomena /Numerical Simulation (22 h, 1.5 ECTS)
		Mechanical Properties (22 h, 3 ECTS)
		MEMS - NEMS (22 h, 3 ECTS)
		Nanostructured Polymers (22 h, 3 ECTS)
		Technics for Analysis of Supra and Macromolecular (22 h, 3 ECTS)
		Molecular Modelisation of Organic Materials (22 h, 3.5 ECTS)
		Nanoelectrochemistry/ Bioelectrochemistry (22 h, 3 ECTS)
		Microscopy for Biological Applications (22 h, 3.5 ECTS)
		Master Thesis (6 months) (12 ECTS)