Assistant Professor

Dr. Amrita Kumari

90+

Happy Students

100+

Projects Done

15+

Projects Progresss

100+

Working Hours

About Me

Dr. Amrita Kumari

Assistant Professor

Dedicated Assistant Professor at Quantum University Roorkee Uttrakhand specializing in Electronics Engineering. Committed to fostering an inclusive learning environment and inspiring students through innovative teaching methods. Actively engaged in research and professional development to contribute to academic excellence. Passionate about community engagement and making a positive impact in [Your Field].

Currently, I Am in charge of two projects. Published many papers in internationally renowned conference journals.

Expertise

My Skills & Tools

Every Day is a New Challenge

The list includes Xilinx, Microwind, Tanner, Silvaco-TCAD, LASI, and Python, demonstrating their proficiency in various tools. It emphasizes their ability to face new challenges, keeping their skills up to date and being prepared for any challenge that comes their way.

Xilinx

95

Microwind

85

Tanner

75
80

Silvaco-TCAD

60

LASI

70

Python

Employment & Education

My Experience Journey

Present - Oct. 2022

Assistant Professor / Quantum University, Roorkee

Jan. 2017- Aug. 2022

R&D Engineer / Abhitech Energycon Ltd.

2010-2012

Assistant Professor Dept. of Electronics & Telecommunication Engineering, Shri Shankaracharya Group of Institutions, Bhilai

Happy Students

Research Paper

An Energy-efficient Ferry-based Routing Algorithm for Scattered FANET Networks

Edge Computing based IDS Detecting Threats using Machine Learning and PyCaret

Exploratory Testing of Software Product Linesusing Distance Metrics

hRecent Developments and Challenges in Strained Junctionless MOSFETs: A Review

Smart Chatbot for Guidance About Children’s Legal Rights

A Proposed Method of Machine Learning based Framework for Software Product Line Testing

A Review Paper on IDS in Edge Computing or EoT

Modeling gate-all-around Si/SiGe MOSFETs and circuits for digital applications

Development of a simulator for analyzing some performance parameters of nanoscale strained silicon MOSFET-based CMOS inverters

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