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
UE Computational Physics I
VL Computational Physics I
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