Developing complex solutions generates a large amount of information. Systems Engineering manages the complexity and the information load via a rigorous and methodological approach that reduces the risk of errors later in the lifecycle.

Model Based Systems Engineering (MBSE) extends this by applying a methodology where Systems Engineering artefacts (functions, interfaces, stakeholders etc) are represented in a model that interlinks all the information.

However, applying MBSE can be a difficult process – the skill is understanding the scope of what you’re modelling. We have the ability to tailor and apply an MBSE approach, not just the theory but the real-life applications.

Tailoring our approach

At Synoptix, we tailor the MBSE modelling approach to achieve the desired outcomes for our customers, which requires expert knowledge in MBSE languages, frameworks and tools.

Once an approach is established, we collaborate with our customers to develop the model. Two things set us apart: firstly that we design the approach and also model the system; secondly that we transfer expert knowledge to the customer.

It’s the combination of MBSE with our other areas of expertise that make us a trusted partner for our customers by reducing complexity and keeping projects on track.

MBSE frameworks and tools

We have expertise with numerous frameworks and tools, and the examples below show those we have used in recent projects. As experts in the field, we are also able to quickly adapt to new languages, frameworks and tools.

Modelling frameworks and languages include:

• NATO Architecture Framework (NAF)

• Unified Architecture Framework (UAF)

• TOGAF

• Archimate

• Business Process Modelling (BPMN)

• Systems Modelling Language (SysML)

• Unified Modelling Language (UML)

Tools include:

• Enterprise Architect

• Cameo Systems Modeller

• Archimate

Industry leading research

We are also leading industry in new research into techniques that can be applied to MBSE and are working with universities researching data analytic techniques (Loughborough) and visualisation techniques (UWE).