About
A professional in the field of engineering and research with managerial and supervising skills, eager to provide quality service if given a chance to explore my career in these fields.
Skills & Expertise
HFSS
CST Microwave Studio
Qualnet Simulator
Lumerical FDTD Solutions
Lumerical MODE Solutions
Matlab
LaTeX
Microsoft Office
RF Microwave theory
Antenna Theory
Electronic Devices and Circuits
Electronic Circuit Analysis
Electromagnetic Theory
Basic Electronics
Satellite communication
Wireless Communication
Plasmonics
Microstrip Patch Antenna
5G Antenna Arrays
Planar arrays
Slotted Antennas
Printed Antennas
Electromagnetic Field Theory
Plasmonics Waveguides
RF
Microwave
RFID
CDMA
GSM
Embedded Systems
MATLAB
Internet of Things
Cloud Computing
Open Source Technologies
Research Methodology
QUALNET
IP-T
LOW POWER EMBEDDED SYSTEMS
CYBER FORENSIC
ORCAD
Research Interests
supervising
managerial
Connect With Me
Experience
Assistant Professor
Assistant Professor
in ICFAI Tech School ( ECE ) Additional Charges - Served as Departmental Coordinator of ECE in ITS, Dehradun
JRF (Junior Research Fellow)
in DST sponsored project entitled Numerical Investigation of Optical Properties of Plasmonic Waveguides and its Application to Plasmonic Devices, Govt. of India
Education
ICFAI University
DIT University
Model Institute of Engineering and Technology (Jammu University)
Dreamland Public School
Dreamland Public School
Projects
Intelligent Car Parking System
This project deals with Radio Frequency Identification in which RFID reader and Passive tags are used to identify the details of vehicle s for car parking systems applicable for colleges, universities.
Performance Analysis of Bandwidth Enhancement of Different Printed Wide Slot Antenna using Parasitic Patch.
In this work, slotting technique is used in which bandwidth is improved up to 4.1GHz by using parasitic patch that shifts the resonant frequency ranging from 2.46 to 6.65 GHz , which shows its application in WIMAX,WLAN and C bands that pro vides point to multi point indoor and outdoor solutions.
Numerical Investigation of Optical Properties of Plasmonic Waveguides and its Application to Plasmonic Devices
The objective of this project is to study and investigate the dispersion modes of various metal -dielectric interfaces, study of plasmonic waveguide couplers and filters, study of homogeneous and non homogeneous metal -diele ctric interfaces, possibility of plasmonic solitons etc. The simulation work is done using LUMERICAL FDTD and MODE sols. along with MATLAB.
Conferences & Seminars (8)
CACCS -2013
IEEE Indian Antenna Week 2014 Workshop cum Conference
Emerging Technologies : Micro to Nano
Energy efficient lighting technology: Recent Development and Future Ahead
Effect of Channel Width in a MIM Based Plasmonic Waveguide with a Ring Resonator
Certificates & Licenses (16)
on the basis of CDMA and GSM
Awards & Achievements (3)
🏆 TALENT SEARCH MATHS
🏆 National Bal Jyoti Scholarship Examination
🏆 Best Popular Science Stories (PhD Category)
Publications (15)
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