Systems

The concept of a systems engineer arose in the 1940’s with the inherent complexity of the first massive networks of telephone lines.
Today, they are indispensable in the development of new products.

Systems engineering consists in the application of methodologies, which through the use of an iterative process of definition, synthesis, analysis, design, testing, and evaluation, serve to:

              Integrate interrelated technical parameters to assure compatibility of all                  the physical interfaces and functionalities in order to optimise the                  definition and design of the entire system.

              Integrate reliability, maintainability, security, survival, human, and other                  factors in the entire engineering endeavor in order to accomplish                  economical and cost objectives.

Englobe offers you the following capabilities in systems engineering:

Instrumentation and Testing

Englobe has worked on the integration of instrumentation in flight to validate and certify various aeronautical systems. The most recent of these projects was for the representation in Spain of the high-speed digital cameras from Photosonics.

Control Systems

Englobe also offers solutions not only for the control and monitoring of industrial systems but also for critical aeronautical systems where it is necessary to meet specific standards for hardware and imbedded software (C, C++, ADA, and various assemblers). With BUS-type architectures based on MIL-STD-1553B, ARINC-429,
RS-422-485, and AFDX.

Manual and automatic test benches CMM’s and ATLAS. Study and design of hardware and integration solutions with the software applications of manual test benches and
of the automatic test benches RSX and OpenVMS.

Mechanical Design

We offer mechanical systems design from the beginning conceptual phases all the way to the final stages of minor details using CAD tools (CATIA, UG, Pro-E) and CAE tools (NASTRAN, ANSYS, FLUENT) that are required by the clients.