🏭 ↔️ 👥 Digital Twin as a Service

This curriculum module contains interactive examples that teach fundamental concepts and basic terminology related to thermodynamics with an emphasis on Mechanical Engineering applications.

Build model based simple forms for React Native

Model and examples for the AADL book. More on http://julien.gunnm.org/aadl-book

Research and Development for Cybersecurity Engineering. Our mission is to develop a scientific theory of cybersecurity and a toolchain for the secure engineering of cyber-physical systems.

Collection of MATLAB and Simulink resources for students, educators, and researchers interested in electric vehicles and related systems and subsystems.

Examples to demonstrate the features of DTaaS software

Electric Vehicle Fast Charger: A high-performance, open-source DC off-board charger designed for rapid and efficient charging. This repository contains the complete source code, simulations, and comprehensive documentation for seamless integration and deployment.

Parser for the SpaceEx modeling language in Julia

Translates SysML Diagrams into OWL Ontology

Tutorial on using System Composer for Model-Based System Engineering

Mathematical model of a BLDC motor in Simulink with sensored and sensorless control, SIL verified. Transparent, lightweight, and easy to tune.

Model Based Design Experiments with Nigel

Domain-Specific Language for modeling and runtime verification of temporal properties in embedded system communication protocols.

Web tool to create and edit feature models

Tool for visualizing requirements and generating model skeleton

Embedded Systems - Spring Semester 2023 - Indian Institute of Technology Bombay

SimulinkInterface is a Python utility that parses Simulink .slx files (ZIP/OPC containers) to extract rich block metadata—parameters, masks, ports, and subsystem hierarchies—and generates inline-embeddable, interactive SVGs that mimic the Simulink viewer with clickable nodes opening popups or a side panel for full block details.

Project CLIMU-3 is about developing an advanced 9-DoF MEMS-IMU digital filtering architecture for INS(s) that is generalizable across ADAS-CAEVs, UAVs, AGVs, HAR, robotic automation etc.