Key Projects
Time Frame: 3 Months +
NIMBuS
The project aims at developing a low cost portable device to measure Blood Glucose level noninvasively, employing Near Infrared spectroscopy technique.
My Role
I worked on this project for my undergraduate thesis. I majorly worked on developing the code base for carrying out DSP on the microcontroller and the PCB Design. I also contributed to developing of the Signal Conditioning System.
Yogi - Insulin Pump
The overall aim of the project is to develop an effective closed loop artificial pancreas system prototype for Type-1 diabetic patients, especially for the Indian population. A low-cost Insulin Pump was designed intended to run the control algorithm for the artificial pancreas system.
My Role
I was responsible to develop the Embedded System for the 'Mark-2' version of the Insulin Pump. I was also required to design a modular PCB to host the components and to do hardware debugging using oscilloscope.
AtmAA
AtmAA abbreviation for Atmospheric Air Analyzer, is a solution devised to detect and report formation of pollution hotspots by localized acquisition of Air Quality data. This data is useful for traffic management and alerts users of such hotpots near them.
My Role
I was the Project Lead and responsible for developing the hardware device to calculate AQI and also to develop the business model for the project.
Project
Work
&
Research
Minor Projects
Time Frame: 1 month
B.Tech. 3rd year (2018)
CCTV
System
Built a Low-cost CCTV System for home surveillance using RasPi and MotionEyeOS. Hosted it on Local Network
Course Projects
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Image Denoising using Autoencoders
T. 123-456-7890
Image Denoising using Autoencoders
On-going Project. Revisit this space later
Data Analysis on
Stock Prices
On-going Project. Revisit this space later
Sabala
A women safety device packaged as a wearable to remotely send SOS signals inconspicuously during times of distress. It was designed for XPrize Competition for Women Safety
EcoFrost Air Cooler
The Indian sub-continent, being situated in the Northern Hemisphere, experiences a warm summer season, with the temperatures increasing year after year. Thus, a large part of the country uses Evaporative coolers during the summer season to provide cooling. Though evaporative coolers provide significant gains in energy efficiency compared to vapor compression air conditioners, they simultaneously have significant onsite water demand, this being the major drawback. Hence, we designed an air cooler consisting of a multi-stage air cooling system to provide more cooling with less increase in RH% using significantly less water. We couldn't build the prototype but the design was presented in Smart India Hackathon 2019.
FPGA in Automotive Electronics
I delivered a Technical Seminar on the topic of FPGA applications in Automotive Systems. While preparing for this seminar, I realized the breath of solutions that programmable hardware could offer to the fast paced and competitive market of Automobiles. I did a small case study on ADAS, V2X and ECU and presented it.
View the
Report
here