Pinned Repositories
Smart-Rodent-Trap
This trap is a project created by me and 4 other engineers which was tailored to every need of the client. Taking ease of manufacturing, cost-efficiency, safety, and various market variables into consideration, we successfully managed to develop a device that challenged us to apply our STEM knowledge in a collaborative and professional environment. More details and specifications on the device can be found in the 'Engineering Report' document.
Analytical-and-Numerical-solutions-to-Laplace-and-Poisson-Equation
This is a repository of my MATLAB code solving the Laplace and Poisson equation using analytical and numerical solutions.
Analytical-and-numerical-solutions-to-the-heat-equation
This contains my code for the analytical and numerical solutions for the heat equation.
Analytical-and-numerical-solutions-to-the-wave-equation
This contains my code for the analytical and numerical solutions to the wave equation
BidBudsBot
https://www.notion.so/READ-ME-68e95ca047c24c82b834890488e65fc2
CAD-Internship
A detailed internship report of this project can be found in 'Final Report'
DelayedStack-and-Queue-data-structure
FlightScheduler
A basic flight scheduling application with some testcases that I wrote and used with Jacoco.
Horse-Audio-Characterization
Worked with a professor to develop an automated audio-based characterization algorithm for horses as lame or not. Using neural networks and machine learning, I developed an Artificial Neural Network which had a 77% accuracy in predicting horses correctly.
Image-Processing
This repository showcases the various imaging algorithms and practices I have done such as the Hough Transform, visual estimation, and sound manipulation using Processing.
roshvenk's Repositories
roshvenk/Viewers
OHIF zero-footprint DICOM viewer and oncology specific Lesion Tracker, plus shared extension packages
roshvenk/Horse-Audio-Characterization
Worked with a professor to develop an automated audio-based characterization algorithm for horses as lame or not. Using neural networks and machine learning, I developed an Artificial Neural Network which had a 77% accuracy in predicting horses correctly.
roshvenk/FlightScheduler
A basic flight scheduling application with some testcases that I wrote and used with Jacoco.
roshvenk/Image-Processing
This repository showcases the various imaging algorithms and practices I have done such as the Hough Transform, visual estimation, and sound manipulation using Processing.
roshvenk/Analytical-and-numerical-solutions-to-the-wave-equation
This contains my code for the analytical and numerical solutions to the wave equation
roshvenk/Analytical-and-Numerical-solutions-to-Laplace-and-Poisson-Equation
This is a repository of my MATLAB code solving the Laplace and Poisson equation using analytical and numerical solutions.
roshvenk/Analytical-and-numerical-solutions-to-the-heat-equation
This contains my code for the analytical and numerical solutions for the heat equation.
roshvenk/DelayedStack-and-Queue-data-structure
roshvenk/BidBudsBot
https://www.notion.so/READ-ME-68e95ca047c24c82b834890488e65fc2
roshvenk/CAD-Internship
A detailed internship report of this project can be found in 'Final Report'
roshvenk/Smart-Rodent-Trap
This trap is a project created by me and 4 other engineers which was tailored to every need of the client. Taking ease of manufacturing, cost-efficiency, safety, and various market variables into consideration, we successfully managed to develop a device that challenged us to apply our STEM knowledge in a collaborative and professional environment. More details and specifications on the device can be found in the 'Engineering Report' document.
roshvenk/MATLAB-Population-Distribution-Project
This is an application that was developed by my team and I in our freshman year of college. The objective was to create an application that would determine the best cities for the user to relocate to based on his location. The application took into consideration a variety of factors such as the disease rate, unemployment, crime rates, and more. A more detailed report of the application can be found in the repository.