Name: Adithya Shastry
Type: User
Company: Columbia University
Bio: I am a Biomedical Engineering Student at Columbia University interested in medical devices, robotics, cybersecurity, and entrepreneurship.
Location: New York City, NY
Adithya Shastry's Projects
This was a Research Project where my team and conducted indepth analysis of AMC and the Movie Distribution industry. The Research paper concluded in our reccomendations for AMC
This is the documentation for the Analog my friend Danny Farr and I created. The Synth used a 555 timer chip to create a VCO which allowed for not only octave movements but a keyboard for the user to play various notes.
This was my attempt at building a rudimentary(in terms of instructions and ability) roomba robot. This robot would simply drive straight until it sensed a wall through the IR sensor and randomly turn on a dime to avoid the obstacle.
This was apart of the Biomedical Engineering Lab 1 where we had to obtain stress-strain relations, as well as do other things, for multiple specimens
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DC Motor Control
A simple script to take expense and income lines from mint and splitwise to generate a cashflow report document
CBBhacks website
A Simple UDP Chat Socket Application Created for my Computer Networks Class (Summer 2021)
Projects from CS231:Data Structures and Algorithms in Java
Frabricate a box using only software
Complete Preprocessing and Plotting Pipeline for EEG analysis
In this Lab Notebook I will be analyzing the Electron Spin Resonance Data. Through this experiment we will try to detect and Characterize the spin of electrons in the molecule DDPH. This will be done through the Continuous Wave method since it is the simplest method used to detect the resonance of electrons. The steps taken in this Lab Notebook are in accordance with the steps for analysis detailed in the lab manual for this particular experiment as written by Professor Conover.
An EMG sensor created for Biomedical Engineering Lab I at Columbia University
This is a research paper where Erik Tacam, Brian Long, and I conducted indepth analysis into the Aggressive Accounting Standards of Weiss Markets using publicly available SEC filings.
Food Printing Project for Digital Manufacturing (Spring 2022)
Modeling a Lampshade with Generative Design
My first AVR project in CS342(Embedded Systems) where the goal was to create a game where the user had to stop the light on the the correct light bulb similar to the games at arcades.
Created an easy to use Review for Linear Algebra
This was a research report written for my Linear Algebra class where we delved deeper into a real world application of Linear Algebra concepts
This was a review created for the Modern Physics II class that covered introductory Quantum Mechanics
Scripts to extract data and upload to redcap
Multi Deviant Tone Generation for OPTMMN
Using the methods of optical spectroscopy the R infinity and the Deuterium to proton mass ratio were measured with high degrees of accuracy.
This is the analysis of the very famous experiment by Robert Millikan where he set out to understand the true nature of light. Three different experiments were conducted to analyze the different characteristics of photons. These experiments utilized a high pressure mercury lamp as the light source for the experiments and emitted a 253.7 nm ultraviolet wavelength.
Created Generative Design for Clothing using Jef files
Final Project for Deep Learning for Biomedical Signal Processing
Code for our Robot Studio Project