Embedded System Engineering.

Our expertise in embedded system engineering.

We accompany your idea from development to series production and take responsibility for all interfaces between the disciplines involved. Our team covers system architecture as well as hardware, software and mechanical development. In addition, we integrate test automation from the development phase through verification to production and support the certification process for international markets. We also provide comprehensive support for lifecycle management.

We are supported by our established partners who assist us in industrial design, production, logistics and obsolescence management. Our aim in system engineering is to take a holistic view of your system and design it in such a way that development, component and installation costs are minimised in order to offer the end user a particularly high level of product benefit.

The aim of our system engineering is to take a holistic view of development, component and installation costs and to minimise them in order to offer end users the greatest product benefit.

Your advantages with embeX.

  • One contact person throughout the entire
    development process
  • Many years of interdisciplinary development expertise across all competences
  • Minimised project risks through early risk analysis, preventive measures and an overall understanding of the system
  • Understanding your overall system to maximise efficiency

Mechatronic systems

We have extensive experience in the simulation of electrical systems with MATLAB® and Simulink®. Depending on your specific requirements, we develop, simulate and optimise customised structures for your system and verify their performance on our hardware-in-the-loop (HIL) test bench. In this context, we offer you the following services:

  • Statistical and automated analysis of measurement data using MATLAB®and other scripting languages
  • Measurement data storage in the controller or in the cloud, remote data access via the internet
  • Modelling for linear and non-linear mechatronic systems - electrical, hydraulic, pneumatic, mechanical
  • Development of linear and non-linear control concepts
  • Linearisation of control and system models
  • Derivation and development of real-time capable models
  • Joint testing of real test objects and real-time models in simulated load and setpoint environments on the hardware-in-the-loop drive test bench (HIL)
  • Carrying out, evaluating and analysing measurement and test campaigns in the field of control technology
  • Increasing the performance of systems by optimising parameters and tuning control loops
  • Verification, validation and calibration of models using measurement data
  • Rapid prototyping through the use of MATLAB Embedded Coder

Tools.

We use the same tools as our customers to ensure efficient collaboration with them:

  • Requirement Management
    • DOORS (Rational Software)
    • Polarion (Siemens)
    • Integrity (Windchill RV&S, formerly known as PTC)
    • MS Office
  • Modeling
    • Enterprise Architect (SparxSystems)
    • RAM Commander (ALD)
  • Simulation
    • MATLAB® and Simulink®
      • MATLAB Embedded Coder
    • Integration of C/C++-based real-time code into the Simulink® environment
    • SimPowerSystems™, Control System, Curve Fitting Toolbox
    • Spice
    • SolidWorks® (statics, motion, fatigue, trend detection)
    • DNV GL Bladed

Do you prefer a different tool? Feel free to ask us! Because we work for a wide range of customers, our expertise extends far beyond the tools shown.

Start your project with embeX.