Bringing together all elements across disciplines and throughout design, simulation, analysis, and validation into one digital engineering methodology.
A systems engineer developing a novel system-on-a-chip (SoC) design. A CFD engineer studying the airflow over the wing of a new electric airplane design. A safety engineer reviewing the design of a new pacemaker to confirm that it is compliant with existing regulations and requirements. What do all these people have in common?
One connecting thread is the ever-present need to efficiently collaborate, produce accurate and compliant results, and remain agile. Historically, these goals have been hard to achieve — especially in our increasingly multidisciplinary and virtually connected world.
However, there is a new tool that can aid in addressing this challenge: a digital engineering methodology to change how you innovate, collaborate, and design the products revolutionizing the world. This methodology will help engineers from all industries and disciplines and will work for projects of all sizes to unlock the full benefits of digital engineering.
In short, this digital engineering methodology is a set of processes that engineers can use to run a systems engineering project. What makes this digital engineering methodology stand out is that it provides guidance via processes throughout the entire project — from helping to set up and manage a project to applying digital engineering best practices, analyzing systems, and linking with simulation software as well as safety and compliance guidelines. This digital engineering methodology will provide engineers with a comprehensive environment to build their system within while solving some of the common hardships they face today.
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