Transition to the future of engineering with Model-Based Design (MBD) as part of your Digital Transformation. Shift from traditional design methodologies to an advanced era where complex systems can be visualised and simulated prior to physical prototyping.
Model-Based Design isn't just about cutting development time and adopting technology, it's about sparking collaboration, championing creativity, and exploring innovative ideas for gaining competitive advantage by way of simulation. Model Based Design is a cornerstone technology to digitally transform your engineering approach to comprehensive solution development for complex systems.
Simulink is the entry point into revolutionising the way your engineers and design teams think, develop, and build complex systems. Simulink is your virtual prototyping workshop for designing, visualising and simulating intricate processes before they become reality. Experience increased collaboration between team members, shorten development cycles and reduce your development time by 50% or more.
Have you ever aspired to engage with real-world systems without the cost and complexity of physical experimentation? Simscape allows your team to model and simulate multidomain physical systems on your desktop. The Simscape workflow enables you to simulate pumps, motors, actuators, and more directly from your computer. With Simscape, you have a virtual workshop at your disposal, facilitating exploration, refinement, and innovation without logistical constraints. See some examples of the power of Physical Modelling below:
Not only does Simscape let you simulate real-world components with ease, but it also empowers you to design control systems, design complex innovative algorithms and analyse system-level performance—all within the Simulink environment.
Do you need to take your models beyond simulation? Simscape enables you with world-class C-code generation, perfect for deploying your creations to hardware-in-the-loop (HIL) systems.
From battery design to motor vehicle engines, Simscape has left its mark in countless applications, revolutionising the way engineers tackle complex challenges.
Fast-track your designs into reality with class-leading Code-Generation capability. Leverage the next step in our end-to-end development workflow solution with cutting-edge code-generation technology. Seamlessly enhancing efficiency, streamlining deployment onto embedded systems, and elevating code quality, this technology enables you to ensure that your projects meet industry standards and requirements. Quickly translate your innovative algorithms into deployable code on your hardware systems, ensuring you are first to market while driving your projects towards success. Benefit from the power of Model-Based Design as you harness the power of code generation to speed up development and get your products to market.
Code-generation in Simulink exists in multiple forms, see how:
MathWorks provides a full suite of tools to enable your deployment phase, including:
Code-generation in MATLAB exists in multiple forms, see how:
Enter the final leg of your project's journey, where meticulous testing serves as the ultimate gatekeeper. As the last stage in the process, Verification, Validation and Testing (VV&T) ensures that every aspect of your design meets the highest standards of functionality and accuracy. With simulations executed, analyses run, and results meticulously compared to expectations, VV&T stands as the ultimate assurance that your models and algorithms are not only correct according to specifications but also faithfully represent real-world phenomena, meeting the expectations of your stakeholders and your project requirements.
Discover the extensive testing features available in MATLAB and Simulink, including unit, integration, and system testing. Simulink goes beyond with simulation-based verification, offering MIL, SIL, and PIL testing options. With automation and coverage analysis, ensure the robustness and correctness of your models and algorithms for reliable performance. This is all enabled with:
Additionally, you can trace tests to requirements (with Requirements Toolbox) and generate reports that include test coverage information from Simulink Coverage.
Simulink and MATLAB provide a robust set of tools for validation and verification processes. Utilising simulation environments, they enable accurate model validation, while offering verification tools like model checking and formal methods to ensure compliance with specifications and standards. This comprehensive approach facilitates error identification and continuous integration correction throughout the development cycle, ensuring the reliability and quality of your systems.
By following the High-Integrity Verification Workflow, teams can use simulation-based testing and static analysis to complement Model-Based Design with rigor and automation to find errors earlier and achieve higher quality.
Model-Based Design isn't just about cutting development time and adopting technology, it's about sparking collaboration, championing creativity, and exploring innovative ideas for gaining competitive advantage by way of simulation. Model Based Design is a cornerstone technology to digitally transform your engineering approach to comprehensive solution development for complex systems.
Simulink is the entry point into revolutionising the way your engineers and design teams think, develop, and build complex systems. Simulink is your virtual prototyping workshop for designing, visualising and simulating intricate processes before they become reality. Experience increased collaboration between team members, shorten development cycles and reduce your development time by 50% or more.
Have you ever aspired to engage with real-world systems without the cost and complexity of physical experimentation? Simscape allows your team to model and simulate multidomain physical systems on your desktop. The Simscape workflow enables you to simulate pumps, motors, actuators, and more directly from your computer. With Simscape, you have a virtual workshop at your disposal, facilitating exploration, refinement, and innovation without logistical constraints. See some examples of the power of Physical Modelling below:
Not only does Simscape let you simulate real-world components with ease, but it also empowers you to design control systems, design complex innovative algorithms and analyse system-level performance—all within the Simulink environment.
Do you need to take your models beyond simulation? Simscape enables you with world-class C-code generation, perfect for deploying your creations to hardware-in-the-loop (HIL) systems.
From battery design to motor vehicle engines, Simscape has left its mark in countless applications, revolutionising the way engineers tackle complex challenges.
Fast-track your designs into reality with class-leading Code-Generation capability. Leverage the next step in our end-to-end development workflow solution with cutting-edge code-generation technology. Seamlessly enhancing efficiency, streamlining deployment onto embedded systems, and elevating code quality, this technology enables you to ensure that your projects meet industry standards and requirements. Quickly translate your innovative algorithms into deployable code on your hardware systems, ensuring you are first to market while driving your projects towards success. Benefit from the power of Model-Based Design as you harness the power of code generation to speed up development and get your products to market.
Code-generation in Simulink exists in multiple forms, see how:
MathWorks provides a full suite of tools to enable your deployment phase, including:
Code-generation in MATLAB exists in multiple forms, see how:
Enter the final leg of your project's journey, where meticulous testing serves as the ultimate gatekeeper. As the last stage in the process, Verification, Validation and Testing (VV&T) ensures that every aspect of your design meets the highest standards of functionality and accuracy. With simulations executed, analyses run, and results meticulously compared to expectations, VV&T stands as the ultimate assurance that your models and algorithms are not only correct according to specifications but also faithfully represent real-world phenomena, meeting the expectations of your stakeholders and your project requirements.
Discover the extensive testing features available in MATLAB and Simulink, including unit, integration, and system testing. Simulink goes beyond with simulation-based verification, offering MIL, SIL, and PIL testing options. With automation and coverage analysis, ensure the robustness and correctness of your models and algorithms for reliable performance. This is all enabled with:
Additionally, you can trace tests to requirements (with Requirements Toolbox) and generate reports that include test coverage information from Simulink Coverage.
Simulink and MATLAB provide a robust set of tools for validation and verification processes. Utilising simulation environments, they enable accurate model validation, while offering verification tools like model checking and formal methods to ensure compliance with specifications and standards. This comprehensive approach facilitates error identification and continuous integration correction throughout the development cycle, ensuring the reliability and quality of your systems.
By following the High-Integrity Verification Workflow, teams can use simulation-based testing and static analysis to complement Model-Based Design with rigor and automation to find errors earlier and achieve higher quality.
