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

Model-Based Design

Model-based design leads to considerable productivity increases, improvements in quality and traceability within your development process. However, it also brings challenges, as the use of model-based design results in a major process redesign and can be a significant paradigm shift for engineers. We offer the best industry practices and training for transitioning to a model-based design development approach and establishing a state-of-the art model-based development environment.


Want to learn more about Model-Based Design? 

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Best Practices For Model-Based Design for Production Intent Applications

Benefits to the customer:

  • Management of complex embedded systems

    Blockset on Screen

  • Visualization of the design, allowing improved communication of the design to other engineers
  • Simulation of the design allowing immediate troubleshooting
  • Software in the loop testing, run against a plant model
  • Problem recognition earlier in the development cycle, allowing for rapid prototyping and concept validation
  • Improved traceability between the requirements, design and code
  • Improved maintainability and increased proficiency in root-cause analysis of problems found in the field
  • Easy to define library blocks to promote reuse and design consistency
  • Auto code generator allowing engineers to generate software directly from the model that can be loaded on the target without waiting for a software engineer to implement the design in software
  • Progressive, seamless development platform including (MIL, SIL, PIL and HIL)

How to implement Model-Based Design today 

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For nearly two decades, engineers from LHP have developed a variety of model-based design control applications covering the complete V-development cycle. We provide our customers with a gap analysis between their current development process and best practices for a model-based design process. Our engineers assist our customers in system requirement definitions, component-based architecture and product line strategies.  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 an AUTOSAR development partner and a member of Mathworks Advisory Board.

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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