M. Tech level
Dissertation:
IIT, Roorkee [Dept. of Electronics & Computer Engg]
Modeling and Simulation of OTFT’s and their Applications (1 year)
Organic Thin Film Transistor (OTFT) is under constant development as a future candidate for low cost display applications and flexible circuitry because of their compatibility with flexible substrates. Transistors based on organic semiconductors (conjugated polymers or small molecules) as active layer to control electric current flow are known as Polymeric or Organic thin film transistors (PTFTs/OTFTs). This project deals with contact resistance based analytical modeling of Bottom Gate Top Contact (BGTC) and Bottom Gate Bottom Contact (BGBC) OTFT structures and also analyze device/circuit co-design methodologies for Organic inverter and Organic static random access memory.
Project:
IIT, Roorkee [Dept. of Electronics & Computer Engg]
Analysis of Characteristics of Different OTFT (6 months)
This project deals deep analysis and simulation of TGBC, TGTC, BGBC, BGTC OTFT structures ATLAS TCAD tool.
B. Tech level
Major Project:
Mobile Switching using SS7 Protocol (6 month)
Through this project, I have implemented Switching system through VHDL programming, where switching system implies data transmission between two communicating entities. This transmission can be either via trunks or it can be completely wireless, technically termed as Landline Switching and Mobile Switching respectively. It converts entire bulky switching unit (consisting of routers, multiplexers, decoders, counters) to a single IC.
Minor Project:
16-Bit Micro Processor (1 month)
In this project, a 16 bit microprocessor has been designed using VHDL programming. This Processor has quality of scalability.
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