EngineeringPaper.xyz is a web app that makes it easy to create, save, and share engineering calculations.
MEEG-44403/54403 Machine Learning for Mechanical Engineers at the University of Arkansas
This is a graphical user interface for Mark Drela's Athena Vortex Lattice (AVL)
EngineeringPapyr is a standalone PyWebView version of EngineeringPapyer.xyz that makes it easy to create, save, and share engineering calculations.
This repository includes codes for comprehensive tutorials in Control / Robotics Engineering. The link of YouTube video tutorials are mentioned in description.
Scaleable Viva Management System
An interactive sandbox for learning PID control by tuning a differential-drive robot to track a moving centerline.
MATLAB code examples for beginner-friendly quadcopter modelling and PID altitude control.
Standalone EXE version of: EngineeringPaper.xyz is a web app that makes it easy to create, save, and share engineering calculations.
In this repository you can find Browser-Based simulator for "Four-Bar Linkage Mechanism" which is written in Haskell. There is also a YouTube link for its simulation at the end of repo description.
Files for the project: Real-Time Hands-on Tool for Teaching Three-Phase Motor Control
We are establishing e-waste centers, supported by the government, in collaboration with engineering colleges to collect faulty e-rickshaw chargers and controllers. Students will repair these parts for hands-on learning.Refurbished parts will be sold affordably through our website(EcoReviveEdu) advancing sustainability and practical education.
基于 MATLAB 的电偶极子与磁偶极子近场分布仿真与三维可视化
Matriz QFD editable
Here you can find a list with different MatLab exercises involving Convolution, Corrrelation and Fourier Series Coefficients
This repository includes an interactive web app for 4 bar linkage mechanism.
Signals and Systems course materials - LaTeX lectures, Interactive MATLAB apps, and examples
A vision-driven, interaction-based digital twin of a cantilever beam, using real-time hand tracking to emulate point-load application and visualize qualitative bending behavior.
An interactive educational web tool demonstrating the Nyquist-Shannon Sampling Theorem, real-time signal reconstruction, and the effects of aliasing. Built with vanilla JavaScript and Plotly.js.
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