MATLAB Projects
with Source Code

100+ Free Examples for Students & Engineers

Download production-ready MATLAB projects with complete source code, Simulink models, and step-by-step documentation. Built for coursework, research, and career portfolios.

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What are MATLAB Projects with Source Code?

MATLAB Projects with Source Code are ready-to-run software implementations, mathematical models, and Simulink diagrams designed for engineering students and researchers. They cover fields like control systems, deep learning, signal processing, image processing, and robotics. Each project includes documented code, sample datasets, and step-by-step guides.

All MATLAB Projects

169 projects · Page 1 of 15
MATLAB EV Charging in MATLAB Simulink with CC-CV Control using wireless project with source code MATLAB

EV Charging in MATLAB Simulink with CC-CV Control using wireless

Wireless Electric Vehicle (EV) charging, also known as Wireless Power Transfer (WPT), is an emerging technology that enables convenient, contactless charging of…

MATLAB Grid Connected PV System MATLAB Simulink with Zeta Converter using project with source code MATLAB

Grid Connected PV System MATLAB Simulink with Zeta Converter using

This project presents the complete modeling and simulation of a Grid Connected PV System with Zeta Converter using MATLAB Simulink. The project demonstrates how…

MATLAB Microgrid Simulation in MATLAB Simulink PV with Grid and EV DC  | ZVT Converter Model project with source code MATLAB

Microgrid Simulation in MATLAB Simulink PV with Grid and EV DC | ZVT Converter Model

The integration of renewable energy sources, electric vehicles, and intelligent power management has become essential for modern power systems. A PV–Grid–EV…

MATLAB Control Speed of Induction Machine with Six-Step Method project with source code MATLAB

Control Speed of Induction Machine with Six-Step Method

Induction motors dominate industry because they’re rugged, low-cost, and require minimal maintenance. Unlike DC motors, their speed cannot be controlled by vo…

MATLAB Three-Phase PMSM Drive Modeling in MATLAB Simulink for Hybrid Electric Vehicles project with source code MATLAB

Three-Phase PMSM Drive Modeling in MATLAB Simulink for Hybrid Electric Vehicles

The Three-Phase Permanent Magnet Synchronous Motor (PMSM) Drive is widely used in Hybrid Electric Vehicles (HEVs) due to its high efficiency, high power density…

MATLAB DC Microgrid Simulation in MATLAB & Simulink | MATLABSolutions project with source code MATLAB

DC Microgrid Simulation in MATLAB & Simulink | MATLABSolutions

DC microgrids are emerging as an efficient solution for integrating renewable energy sources, energy storage systems, and DC loads with minimal power conversion…

MATLAB Robust DC Motor Position Control using ESO & SMC in MATLAB Simulink project with source code MATLAB

Robust DC Motor Position Control using ESO & SMC in MATLAB Simulink

Accurate position control of DC motors is essential in many industrial and robotic applications where system uncertainties, external disturbances, and parameter…

MATLAB Design and Analysis of an Automated Lane Keeping Controller using MATLAB Simulink | MATLAB Solutions project with source code MATLAB

Design and Analysis of an Automated Lane Keeping Controller using MATLAB Simulink | MATLAB Solutions

An Automated Lane Keeping Controller (LKC) is a key component of Advanced Driver Assistance Systems (ADAS) that helps a vehicle maintain its position within a l…

MATLAB Grid-Connected Solar PV Powered EV Charging MATLAB Simulation project with source code MATLAB

Grid-Connected Solar PV Powered EV Charging MATLAB Simulation

The rapid growth of electric vehicles (EVs) has significantly increased the demand for efficient, reliable, and sustainable charging infrastructure. Conventiona…

MATLAB Green Hydrogen Microgrid Simulation in MATLAB project with source code MATLAB

Green Hydrogen Microgrid Simulation in MATLAB

Green hydrogen, produced through water electrolysis powered by renewable energy, is a critical enabler of the global energy transition. It supports decarbonizat…

MATLAB DC Motor Speed Control using Chopper & PI Controller in MATLAB Simulink project with source code MATLAB

DC Motor Speed Control using Chopper & PI Controller in MATLAB Simulink

DC motors remain widely used in industrial automation, robotics, electric vehicles, conveyor systems, and traction applications due to their excellent speed-tor…

MATLAB Battery thermal management system using MATLAB Simulink project with source code MATLAB

Battery thermal management system using MATLAB Simulink

Effective battery thermal management system (BTMS) design is one of the most critical aspects of modern electric vehicles (EVs), hybrid electric vehicles (HEVs)…

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Frequently Asked Questions

Our collection includes projects across multiple domains: control systems & automation (PID controllers, state-space design), signal processing (filtering, frequency analysis, Fourier transforms), neural networks & deep learning (CNNs, RNNs, classification), image processing (edge detection, segmentation), robotics (trajectory planning, kinematics), and data analysis (visualization, statistical modeling). Each project includes source code, documentation, and step-by-step explanations.
Yes! Beginner projects require minimal MATLAB knowledge and focus on core concepts like loops, functions, plotting, and basic matrix operations. Intermediate projects introduce Simulink and optimization. Advanced projects target students pursuing research or specialized applications.
Our projects are designed for learning and inspiration. You can download, study, and modify the code to understand implementation techniques. We recommend using these as reference implementations. If you need custom project development, our expert team is available.
Step 1: Browse our collection below. Step 2: Click "View & Download" on any project. Step 3: Review the README for prerequisites. Step 4: Open the .m file in MATLAB. Step 5: Modify parameters and adapt the code. Need guidance? Check our MATLAB tutorials.
Each project includes: Documented source code (.m files with detailed comments), README file with setup instructions, Example datasets (if applicable), Results/outputs showing expected performance, and Explanatory notes. Many also include Simulink models.
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