Course full name
Advanced light-absorbing materials and their applications
Course ID number
2526-116R-M01
SYLLABUS
Course full name
From polymeric materials to augmented reality and health monitoring: the future of contact lens materials
Course ID number
2526-116R-M02
SYLLABUS
Course full name
Introduction to gas sorption and diffusion in porous material
Course ID number
2526-116R-M03
SYLLABUS
Course full name
Light-to-electricity devices, from silicon integration to biological frontiers
Course ID number
2526-116R-M04
SYLLABUS
Course full name
Materials Science for energy conversion and storage
Course ID number
2526-116R-M05
SYLLABUS
Course full name
Nanomaterials for Biomedical applications
Course ID number
2526-116R-M06
SYLLABUS
Course full name
Neuromorphic Computing: materials and devices
Course ID number
2526-116R-M07
SYLLABUS
Course full name
Principles of electron microscopy and applications to nanomaterials research
Course ID number
2526-116R-M08
SYLLABUS
Course full name
Scientific Entrepreneurship in Materials Science and Nanotechnology
Course ID number
2526-116R-M09
SYLLABUS
Course full name
Scintillating materials and their applications
Course ID number
2526-116R-M10
SYLLABUS
Course full name
Self assembled epitaxial quantum dots
Course ID number
2526-116R-M11
Course full name
Smart materials, from molecular switches to motors
Course ID number
2526-116R-M12
Course full name
Technologies for Production and Conversion of Green Hydrogen
Course ID number
2526-116R-M13
SYLLABUS
Course full name
The role of inorganic systems in formulations: Chemistry insights and applications
Course ID number
2526-116R-M14
Course full name
Theory and modeling of Epitaxy
Course ID number
2526-116R-M15
SYLLABUS
Course full name
Thermal transport down to the Nanoscale
Course ID number
2526-116R-M16