Hi, I'm Amol Bhindwale.
I am an electronics and communication engineer passionate to solve real-world challenges by integrating engineering, and design.

My Technical Journey

5G Testbed Project at IISc

This project was under the Department of Telecom (DOT), Government of India. For the past 3 years, I am part of this project and have closely worked on every phase throughout the life cycle of this project. I gained exposure in various areas and learned a lot of fascinating concepts of practical wireless system development.

A Transforming Journey: 5G mmWave Testbed Project
From multilayer RF PCB designing to the mmWave 5G NR 256 QAM wireless link characterization.

Amol_demo_MMwave_RF_Frontend.mp4

My first work with the team: Development and characterization of 2x2 active antenna array.

Development of a test case of the indigenously developed mmWave systems: HD video transmission and reception link was created at mmWave frequency, using USRP X310 as transmitter and Lime SDR A as receiver.

AMMAZING: Adavanced MM-wAve Systems for INformatics at Gigabit
An end-to-end system using the mmWave RF systems with an aim to serve multiple users in various indoor environments.

My First Experience with Practical Radio Systems - Hydrogen Line Receiver and an Interferometer

A Horn antenna is inclined in the direction of the astronomical source.

The hydrogen or 21 cm line has a precise frequency of 1420.405 MHz. This electromagnetic radiation helps in radio astronomy to detect the presence of neutral hydrogen in the universe. The sky should be scanned for the time period when the source under observation will be transiting the earth. The transit time of a source can be determined by knowing the right ascension of the source and the local sidereal time of the location of the experiment.

Block diagram of the receiver.

(1) Frequency (MHz) vs. Time (LST), and (2) Relative power (dB) vs. Frequency (MHz)

In radio astronomy, an adding interferometer, also known as a simple interferometer, combines the data collected by multiple radio antennas that are focused on the same source. This is done because in combining multiple measurements, we can effectively gather data with better resolution than data collected using only one radio antenna.

A two-element interferometer consists of 2 antennas separated by a distance known as baseline.

When the baseline is 10 meters 1) Frequency (MHz) vs. Time (LST), and (2) Relative power (dB) vs. Frequency (MHz)

My Master's Project- Fabrication and Characterization of Metal Oxide Semiconductor Based Thin Film Transistor

FABRICATION_AND_CHARACTERIZATION_OF METAL_OXIDE_SEMICONDUCTORS_BASED_THIN_FILM_TRANSISTORS (1).pdf

Master's thesis

Structure of the device fabricated.

1) Output characteristics, and 2) Transfer characteristics at Vds = 1 V of the FePc 100 μm channel length organic thin-film transistor with the thin film grown at 90 deg. C with p++ Si/SiO2 as substrate.

My Other Dimensions

Ek graduate aisa bhi (A graduate of its kind) is a short film directed and written by me. The story is about a young graduate Somu and his day-to-day adventures. The language spoken by the characters in the film is Hindi. I made this film with zero production budget and was inspired by Dogma 95, a filmmaking movement from Denmark in 1995.

A glimpse from my theatre days.

Volunteering Days

Amol Bhindwale volunteered at Adharshila Learning Centre for 4 months. While there he worked to improve the academic level of children. He also prepared a play for the annual function based on the short story by Anton Chekhov. We found him to be a sincere worker and a keen learner. He became very friendly with the tribal children and spent a lot of his free time with them. We found this quality extraordinary as many people find it difficult to communicate, live alone, and make friends across cultural barriers. We wish him the best for his future.
- Amit Soumya, Founder of Adharshila learning centre
Facebook:https://www.facebook.com/adharshila.learningcentre Website:https://adharshilask.tripod.com/adharshila.html

The Activity of Constructing a Wall with Plastic Bottles to Educate Different Methods of Recycling Plastic

Contact Information

Email: amol.bhindwale2012@gmail.com

Facebook: https://www.facebook.com/Bamm.Bamm993

LinkedIn: www.linkedin.com/in/amol-bhindwale-137057132

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Hi, I'm Amol Bhindwale.I am an electronics and communication engineer passionate to solve real-world challenges by integrating engineering, and design.