Automation systems have to provide innovative and flexible solutions taking the latest automotive trends into account. In addition, the best automation system is of no use if it is not stable and reliable. This concerns product quality and delivery dependability, as well as maintainability and expandability. Investment protection is constantly in focus



With a wide range of user-friendly features, the IP-Engineering Engine Test automation system can run the most complex of tests with a simple press of a button making your test operation effective and efficient, and above all, reliable. IP-EngineeringEngine Test automation system provides all the features you need to run a wide range of Engine Test Programs from simple manual testing to dynamic automatic tests, all from a single, simple to use user interface. It is designed to be run in either a stand-alone operation for a single test stand or as a cluster of systems to allow a test field to be run more efficiently. In both cases, the user works in the same way and uses the same interface.

  • User-friendly software using modern Windows concepts
  • Efficient by using libraries and workflow technology
  • Built using Microsoft`s state-of-the-art .NET technology, maximizing product life and your investment
  • Flexible and versatile product that fits your process
  • Powerful, designed to cater to the most complex of requirements
  • Extendable by a large number of additional systems and applications
  • Easy to learn by using the familiar user interface, a comprehensive solution for Engine testing
  • Simple-to-use, graphical Workflows allow you to run the most complex of tests by simply pressing a button
  • Multi-level limit alarms
  • Multiple data loggers running
  • Controllable user interaction and selection during a test
  • Flexible display pages
  • Single Test Stand or Test Field operation
  • User-definable project structure with multiple library support

Equipment Control System Integrators

IP-Engineering’s engineering group has teams for process controls systems and discrete manufacturing controls systems. They each have a tremendous depth of experience in the development of control systems that range in complexity from control systems for stand-alone skidded equipment to the most complex control system integration processes.


  • Conceptual Engineering Analysis
  • System Design and Specification
  • Software Development
  • Simulations