The Challenge

  • Transfer of the software from a previous high voltage inverter base project
  • Change software to model-based implementation of the software to increase readability, scalability and quality

The Approach

  • In-depth analysis of existing C modules
  • Detecting possible improvement potentials
  • Transfer the manual coded module into a MATLAB/Simulink model
  • Implementation of the software in direct collaboration with the client
  • Code generation from the MATLAB/Simulink model
  • Definition of relevant test cases
  • Testing the functions on the SiL and HiL
  • Integration of the functions
  • Writing the SW requirements
  • Creating the SW architecture
  • Analyzing and observing AUTOSAR conformity

Result & Added Value

  • Functions were created, implemented and tested according to requirements in MATLAB/Simulink
  • Clear software structure with increased modularity, facilitating code comprehension and maintenance
  • Minimalized dependencies and ensuring ease of reusability and extensibility
Dr. Marc Großerüschkamp
Head of Software & Data Technologies
We are here to help

Connect with us

Need support in developing your technology solutions? Let’s have a conversation about your projects and explore how we can create value together.