Model-Based Design Development Approach for the Automotive and Commercial Vehicle Industries

Model-Based Design

 

Improve Performance, Increase Reliability, Reduce Cost  

 

Recent trends in embedded controls are forcing engineering organizations to establish more efficient software development workflows. Embedded developers need to design faster and test earlier to create products with greater performance and faster time to market.

 

LHP is uniquely positioned to help your organization get where it wants to go. No matter where you are in the process of implementing MBD, LHP can offer the engineering solutions, resources, training, and hardware/tool recommendations you need.

 

LHP offers solutions to...

  • Fully implement MBD into your organization

  • Optimize your MBD engineering and tool chain process

  • Execute projects on your behalf


By working with LHP to optimize your MBD processes, you will...

  • Accelerate product development

  • Improve performance

  • Increase reliability

  • Reduce engineering costs


Want to learn more about Model-Based Design? 

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Model-Based Design Solutions from A to Z 

 

For nearly two decades, engineers from LHP have utilized MBD control applications and helped efficiently implement MBD as part of the V-development cycle....

LHP engineers also support the development of MATLAB/Simulink/Stateflow models that can be executed on desktop or lab based simulators (MIL, SIL, PIL, HIL), improving system testing and test-result analysis. 

 

The LHP team has in-depth experience with different code generators for production applications, targeting fixed-point and floating-point math target processors. LHP is also an AUTOSAR development partner and a member of the Mathworks Advisory Board.


Here’s how we do it: 

Where are you with MBD, what challenges are you having?

We will conduct a GAP analysis to identify areas in your design process and organization that need attention and create a recommended plan for your specific MBD goals.  What is your MBD knowledge base?


What is your MBD knowledge base?

Based on the GAP analysis results, we will create a learning environment that addresses your engineers’ individual needs. 


Streamlining and optimizing your MBD approach

Our team will work with you to establish efficient and effective processes and develop the correct set of documentation to follow MBD standards.


You’re only as good as your tools, right?

We will help you identify the right tool chain to meet your product development needs.


Are all of the boxes checked?

Together we will migrate your software from the hand coding to the MBD environment - utilizing MATLAB/Simulink/Stateflow models to help translate those codes, develop the next generation of product, and guide you to the release.


Need an extra hand?

Once you’re ready to go out on your own, we can assist with your day to day tasks with our engineering resources or simply consult on an as-needed basis. 



How to implement Model-Based Design today 

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If you’re looking to fully transition to MBD in an efficient manner that harmonizes your entire product development and testing operation, LHP is here to help.


The result? You will be positioned to develop new designs faster, test earlier, and create products with greater performance and shorter time to market.


Ready to optimize your model-based design process? Contact LHP now!


 

Contact Us

Contact Us

Our unbiased, outside perspective helps us discover and elevate best practices to efficiently maximize production across your company. Contact LHP Engineering Solutions now and speak with a Solutions Architect Expert to assess your possibilities with LHP Engineering Solutions.

Development Platform

Development Platform

LHP Engineering Solutions brings customization and prototyping capabilities to verification and validation test systems, resulting in overall cost reductions and quality improvements.

Modeling and Simulation

Modeling and Simulation

Modelling and simulation is an essential element of embedded product development, due to the increased complexity of a system, cost reduction, improved quality, and speed to market.

  • Modeling serves as a language between different engineering disciplines and groups, including mechanical, electrical, control, software, etc
  • Simulation allows for development and fine tuning of the behavior of the system without lengthy cycles of software implementation
  • Simulation allows for comprehensive validation of the individual system component and a completely integrated system
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