Mr. Prashant Kumar
Semiconductor and Microelectronics (3D Transistor) Semiconductor and Microelectronics 3D Transistor Industrial Automation and Control Systems Industrial control system Power semiconductor device IoT-based Smart Home Systems Control and Systems Engineering Electrical and Electronic Engineering Language and Linguistics

Bio

Mr. Prashant Kumar is a researcher affiliated with Amity University, India, specializing in Semiconductor and Microelectronics, with a particular focus on 3D Transistor technology. He holds a B.Tech. in Electronics and Communication and has authored papers on low-power 3D transistor-based home appliances and PLC-based home automation systems using phone accelerometers. His work reflects a strong interest in innovative electronic design and energy-efficient solutions for smart homes.

Educational Journey

Amity University

B.Tech. (Electronics and Communication) • Semiconductor and Microelectronics (3D Transistor)

Experience

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Research

Designing of Home Automation based Switching System in PLC Applications using Phone Accelerometer

Article July 14, 2015

With the reference for implement the useful things of old human beings which provide the concept for operating the system as Motion Sensing Based Switching Device. This project is an endeavour to help the old and paralysed human beings with reference to implement a new electronic gadget on home automation switching system which is controlled through gesture of human body parts. This project provides the very low cost implementation and easy handling for running this project in old and human beings.

Designing of 3D Transistor based Home Appliances for Low Power Dissipation through Cost Analysis

Article February 14, 2015

With the reference for need of human beings to develop the low power dissipation based device which operates in very low power and reduce the cost for operation and design of device. This paper is an attempt to introduce the reader into the world of VLSI Technology and its implementation on Fabrication for designing the device. Our endeavor is to create the new invention on device which features very low power dissipation and cost reduction in designing this type of transistor through fabrication process for starting the revolution in the field of consumer electronics.