Bipasha Debnath

• Optimization of the crystal growth parameters for quality crystal growth. • Characterization of crystal quality. • Implementation of the organic single crystals for Field-effect transistor (FET) measurements. • Measure electrical transport in the crystal surfaces. • Fabrication of interfaces to measure the charge transport Supervised by: Dr. Yulia Krupskaya and Professor Dr. Stefan Mannsfeld

•Redesigned ITO substrate with the laser and analyzed OTRACE and CELIV of a solar cell with and without modifications of internal and external resistance and capacitance as well as organic polymer materials. •Fabricated Heterojunction and Bulk Heterojunction Solar Cells. •Experimented the performance of transient materials with fullerene in the solar cell.

• Collaborated with Post-Doctorates and PhD students to fabricate and analyze NanoRods with different materials and various gradients. • Independently worked on the project of fabrication of core-shell NanoRods having a polymer core (PMMA) and Au-Shell as well as analyze with electron spectroscopy.

*Provide one stop quality Technical Customer Service over a phone to ensure positive customer experience. *Capture customer insights and escalate critical issues/complaints and provide timely feedback.

*RF Survey, Drive test, LOS survey *Designed Telecommunication antennas for LOS distance and track network compatibility *Initiate to improve the issues of Malfunctioned architecture of antennas location

Organic Single Crystal

Organic Semiconductor Molecular Electronics Concepts of Molecular Modelling Semiconductor Physics Semiconductor Electronics Scanning Probe Microscopy Nanotechnology Optoelectronics Solar Energy Conversion Materials of Nanoelectronics and Printing Technology Memory Technology

Electronic Devices, Digital Logic Design, Digital Electronics,Analog Electronics,Telecommunication Engineering, Signal and Linear system Electromagnetic Fields and Waves and Cellular Mobile Communication.