Timetable (Campus UB)

PERIODE OF LECTURES

· FALL SEMESTER: From first days of October to middle January
· SPRING SEMESTER: from middle February to end of May
· Final Calendar and course Timetable published in VIRTUAL CAMPUS.

Tentative scheduled for the next academic year




FALL SEMESTER - 1 Classroom 325 (Seminar - 3rd Floor. Physics Building)

	Monday	Tuesday	Wednesday	Thursday	Friday
9 h – 10.50 h	Supra and Macromolecular Chemistry	Nanoscale phenomena	Quantum Physics and Chemistry of Materials for Nanotechnology	Nanoscale phenomena	Supra and Macromolecular Chemistry
11 h – 12.50 h	Nanotechnology	Nanomanufacturing nanoprocessing	Nanotechnology	Nanomanufacturing nanoprocessing	Microscopy Techniques
15.10 h – 17 h	Modelling and simulation	Nanobiotechnology	Modelling and simulation	Nanobiotechnology	Scanning Probe Microscopies and Nanomanipulation
17.10 h – 19 h	Pharmaceutical Nanotechnology	Biodisponibility and therapeutic efficiency	Pharmaceutical Nanotechnology	Biodisponibility and therapeutic efficiency

 

FALL SEMESTER - 2

Classroom 325 (Seminar - 3rd Floor. Physics Building)

	Monday	Tuesday	Wednesday	Thursday	Friday
9 h – 10.50 h	Supra and Macromolecular Chemistry	Nanoscale phenomena	Quantum Physics and Chemistry of Materials for Nanotechnology	Nanoscale phenomena	Supra and Macromolecular Chemistry
11 h – 12.50 h	Nanotechnology	Nanomanufacturing nanoprocessing	Nanotechnology	Nanomanufacturing nanoprocessing	Microscopy Techniques
15.10 h – 17 h	Nanobiotechnology	Nanosystems for medical diagnosis	Nanobiotechnology	Nanosystems for medical diagnosis	Scanning Probe Microscopies and Nanomanipulation
17.10 h – 19 h	Pharmaceutical Nanotechnology	Biodisponibility and therapeutic efficiency	Pharmaceutical Nanotechnology	Biodisponibility and therapeutic efficiency

 

 

SPRING SEMESTER

Classroom 325 (Seminar - 3rd Floor. Physics Building)

	Monday	Tuesday	Wednesday	Thursday	Friday
9 h – 10.50 h	Nanoelectronics and NEMS	Computational Chemistry	Nanostructured Materials	Advanced tools in Electron Microscopy	Surface Analysis
11 h – 12.50 h	Surface Science	Synthesis and Organization of Nanomaterials	Nanocatalisis	Surface Science	Functional nanomolecules
15.10 h – 17 h	Physics and Chemistry of Biosystems	Magnetic Techniques: Spectroscopies and Imaging	Nanomagnetism and spintronics	Nanoenergy: Nanomaterials and devices for sustainable energy	Nanosensors
17.10 h – 19 h	Coloidals systems	Nanoscopic systems for drug delivery	Nanofotonics	Bioinorganic nanosystems