[A] Introduction to semiconductor engineering for short-wavelength application

[B] Crystal growth of semiconductors for short-wavelength application
Advanced industry production MOCVD systems (Emcore/Vecco, Aixtron, Thomas Swan);
High temperature (HT) sublimation growth of bulk SiC crystal;
HT chemical vapor deposition (CVD) of SiC hetero- and homo-epitaxy structures;
Epitaxy of GaN-based materials and quantum structures on Si, SiC and other substrates;
Epitaxy of short wavelength semiconductors for advanced electronic devices;
Various other crystal growth techniques on ZnO, III-Nitrides etc.;

[C] Analysis Engineering for short-wavelength semiconductors
Polytype crystalline structures; Stress and strain in layered structural materials;
In-situ epitaxy monitoring in MOCVD growth of short-wavelength semiconductors;
Interdisciplinary techniques for materials analysis on blue-UV semiconductors;
Optical analysis (Photoluminescence, Raman scattering, transmission/reflectance);
Structural analysis (high-resolution X-ray diffraction, electron microscopy);
Surface and Nuclear science/engineering analysis; Defects engineering.

[D] Nano-structural and electronic device engineering in short-wavelength range
MOCVD growth of III-Nitrides Quantum dots; Growth of nano-structural SiC and ZnO;
Optical and structural properties of nano-structural short-wavelength semiconductors;
SiC and (AlInGa)N for high speed, high frequency and power electronics applications;
Processing techniques on wide-gap semiconductor electronics and nano-structural devices.