Research

My research areas are always revolved around electromagnetic spectrum ranged from Gamma rays to few KHz. Currently, I'm working on silicon photonics for optical communication and LiDAR applications. I was teaching assistant for online Microwave IC design course at national level. As an outcome of my research, I published many journals and conference papers in IEEE. My present research area includes:

• Silicon Photonics for high-speed Optical communication

• Integrated photonics for LiDAR application

• Silicon Photonics for 5G communication

• All-optical signal processing

• Si Photonics for Radio-over-Fiber(RoF) applications

• Microwave Sensing and signal processing

• Radiation hardened circuits design

• Novel Filter synthesis and its implementation

• Lossy filter design and auto tuning for satellite transponders

Full Poster: ICCEM-2018 ACES-2017 Poster

During my masters at IITBombay, I have completed several interesting interdisciplinary projects and some of these are enlisted below :

• Design and implementation of heart beat counter using Plethysmography (Full report...)

• Design of 4-20 mA current transmitter for DCS system network

• Design of CS/CD amplifier using 180nm CMOS TSMC technology

• Design of two stage OTA using 180nm CMOS TSMC technology (Design report...)

• Prototype design and implementation of smart home appliances controller (Report...)

• Design of switch capacitor based notch filter (Design report...)

• Design of time-interleaved flash ADC (Full design report...)

• Speech to text conversion using TMS3205515eZdsp (TI) kit for vowels only (Brief report...)

• System design for auto detection of Sjogren’s syndrome ( Video demonstration)

More details about projects......