Studienhandbuch | Nanoscience and -Technology

Inhalt

Workload	Mode of examination	Education level	Study areas	Responsible person	Coordinating university
31,5 ECTS	Accumulative subject examination	M1 - Master's programme 1. year	Physics	Gunther Springholz	Johannes Kepler University Linz

Detailed information
Original study plan	Master's programme Nanoscience and -Technology 2015W
Objectives	Acquirement of experimental and theoretical basics of Nanoscience and -Technology
Subject	see description of individual courses
Further information	Encompasses the compulsory basic courses of the master study "Nanoscience and Technology".

Subordinated subjects, modules and lectures
PR Nanocharacterisation II
VL Nanocharacterisation II
PR Nanocharacterisation I
VL Nanocharacterisation I
PR Nanofabrication II: Semiconductor Technology
VL Nanofabrication II: Semiconductor Technology
PR Nanofabrication I: Growth and Self-Organization
VL Nanofabrication I: Growth and Self-Organization
UE Physics of low dimensional systems
VL Physics of low dimensional systems
SE Seminar in Nanoscience and -technology
UE Computational Physics I
VL Computational Physics I