Model-Based Design

Systematically use models throughout your development process

Model-Based Design transforms the way engineers and scientists deliver complex dynamic systems using virtual system models at the center of the development process.

Modeling and simulation enable you to try out new ideas and perform fast, repeatable tests. Also, you can automate key steps, like reporting, coding, and verification to eliminate manual steps and reduce human errors.

The models provide you with traceability from requirements development through system architecture, design, simulation, implementation, and testing.

You can use the models as digital twins to perform predictive maintenance, detect faults in real time, and further refine and optimize the system once it is in operation.

Start using Model-Based Design with MATLAB® and Simulink® to shorten iteration cycles and reduce your development time by 50% or more.

Using MATLAB and Simulink for
Model-Based Design

“With MathWorks tools for Model-Based Design, we have one integrated tool chain from the beginning of development to the end. We have clear traceability of requirements, and our software is more maintainable because it is implemented as a model from which we automatically generate code.”

Thomas Ehl, Continental

Model-Based Design is for:

Agile Software Development

Simulation and formal methods promote continuous testing throughout the development process, enabling you to adhere to agile development practices and shorten software development cycles.

Find errors with automation before hardware-software integration to achieve higher quality.

Model-Based Systems Engineering

Apply modeling and analysis to system requirements and system architecture.

Author architecture models directly, import them from other tools, or populate them from the architectural elements of Simulink designs. Use a single environment for descriptive architecture models that bridge into detailed implementation models.

Digital Twins

Create models of your physical assets containing important performance parameters to maintain and optimize your current systems.

Connect digital twins to assets that produce continuous streams of operational and performance data sent through a cloud-based infrastructure.

DevOps

DevOps represents a continuous, iterative path between development and operation, which enables you to deliver software updates in the field.

The key is to use your models and data to create quality products and services for your customers throughout the lifecycle.

Get Started Fast

Simulink Onramp

An interactive introduction to the basics of Simulink.

Stateflow Onramp

Learn the basics of how to create, edit, and simulate state machines in Stateflow®.

Simscape Onramp

Learn the basics of simulating physical systems in Simscape.

Control Design with Simulink

Get started quickly with the basics of feedback control design in Simulink.