Thermal Engineering Systems in Python (TESPy). This package provides a powerful simulation toolkit for thermodynamic modeling of thermal engineering plants such as power plants, heat pumps or refrigeration machines.

A Physics-Informed Neural Network to solve 2D steady-state heat equations.

Arduino library and MATLAB/Simulink API for the AutomationShield Arduino expansion boards for control engineering education.

This repository contains all the simulation (exercises) using an open-source chemical process simulator DWSim. Shout out to Daniel Medeiros.

Simulator for typical process/chemical/refinery engineering applications with rigorous thermodynamics.

This repository contains exercises that demonstrate how to automate these unit operations using DWSim. These exercises include code examples, tutorials, and documentation on how to implement automation strategies using DWSim.

Functional & Object-Oriented programs to rule all distillation columns! based on McCabe-Thiele method

An open source PNID labeling tool

Python for Chemical Engineers & Engineers using jupyter notebooks📙🐍

Hybrid machine learning framework for modelling and control of particle processes

SynGameZero – Flowsheet Synthesis in a Game environment with Zero Knowledge

General-purpose library for engineering computations, with focus on clean and consistent interfaces.

Project for testing the implementation of different Process Engineering concepts

Simulator for analysis of availability and production in a factory environment.

Direct numerical simulation of particle-laden and bubble flows.

半導體製程工程師-統計製程分析

A Simple Toolkit for Pinch Analysis

An attempt at extracting data points from an ion probe tool at the Minnesota Nano Center. The aim is to highlight the primary peaks over time for optimizing ion milling dry etching times for a given thin film sample.

Solves the buffer preparation vessel sizing and assignment problem using mixed integer linear programming.

The paper explores the effects of various draw die parameters on the manufacturing process of a tapered shell. The study employs numerical simulations and experimental validations to investigate the impact of these parameters. The research findings shed light on the relationship between draw die parameters and the quality of the tapered shell.