Theoretical investigation of a photovoltaic generator and its array (Supervisor: Prof K N Tripathi)
Two dimensional modeling and characterization of short channel vertical cylindrical/surrounding gate SOI MOSFETs (CGT/SGT) for ULSI circuit applicat
Analytical modeling and characterization of hot carrier resistant small geometry LDD mosfets for VLSI/ULSI applications (Supervisor: Prof R S Gupta
Modeling of erbium doped optical fibers for optical amplifiers (Supervisor: Prof Enakshi K Sharma)
Analytical modeling of GaAs mesfet under dark and illuminated conditions for MMIC/OEIC applications (Supervisor: Prof R S Gupta)
Characterization and study of AgSbTe as an optical memory material and its thin films
Fabrication and analysis of polymeric optical waveguides and their applications
Laser induced damage studies in semiconductors and phosphate glasses
Transport properties of carbon thin films and its application to photovoltaic devices
Modeling, characterization and optimization of InAIAs/InGaAs heterojunction, InP based high electron applications
Computer aided study of high temperature superconducting microwave planar components
Growth and characterization of high quality epitaxial n-type ZnO thin films
Analysis and design of multilayer slow wave microstrip structures and microstrip patch antenna
Characterization and optimization of amorphous quaternary (AginSbTe) system for phase change optical recording media
Analytical modeling, analysis and characterization of GaN MESFET for optoelectronic applications
Transprot properties and photoinduced changes in amorphous chalcogenides
Study of structural, electrical and optical properties of A1-doped and condoped ZnO thin films in oxygen ambient
Theoretical and experimental investigations on CIS/CIGS materials for solar cells and other applications
Laser induced deamage study and microstructuring in semi conductor surgaces using picosecond and femtosecond laser irradiation
Theoretical analysis and modelling of polysilicon thin film transistors
