Microsystems and Nanodevices

1st Semester [C:compulsory, E:electives, CODE]	Hours per week	ECTS
Statistical Physics [C, 9950]	4	7.5
Quantum Theory of matter and Solid state Physics [C, 9951]	4	7.5
Experimental Techniques for Nanomaterials [E, 9965]	4	6
Micro- and nanosystems fabrication processes [C, 9953]	4	7.5

2nd Semester [C:compulsory, E:electives, CODE]	Hours per week	ECTS
Physics of Semiconductor Materials and Devices [C, 9952]	4	7.5
Micro- nanosensors [E, 9955]	3	6
Bionanotechnology for sensing and optical imaging [E, 9956]	3	6
Fabrication and characterization of nanostructures [E, 9957]	3	6
Design of Integrated Circuits [E, 9958]	3	6
Quantum computers [E, 9959]	3	6
Simulation at the micro- and macro-level [E, 9960]	3	6
Optical and micro-optical devices [E, 9961]	3	6
Microfluid mechanics [E, 9964]	3	6
Organic Nanomaterials [E, 9966]	3	6
Nano-electronic devices [E, 9954]	3	6
Introduction to Magnetism and Magnetic Materials [E, 9967]	3	6
Specific Modules in Nanotechnology [E, 9968]	3	6

3rd Semester [Compulsory]		ECTS
Master Thesis		30

Department of Physics