Digital Engineering

What is Digital Engineering?

Digital Engineering is the approach used to leverage digital technologies, applications, tools, data, and methods to design, develop, test, manage, and maintain complex physical systems and products throughout their lifecycle. Digital engineering integrates traditional engineering, such as mechanical and electrical engineering, with computer-based systems. This integration allows ideas and designs to be tested in virtual spaces, which improves accuracy and efficiency.

How does Digital Engineering work?

Digital engineering creates digital representations of physical systems using large amounts of data, modeling, digital threads, and simulation to connect all the components of a physical project. Digital engineering is used in a wide variety of industries, including automotive, healthcare, manufacturing, transportation, energy, defense and aerospace, and construction. Using digital engineering practices helps organizations maintain their competitive advantage in an increasingly fast-paced digital world.

What are the business benefits of Digital Engineering?

• Allows for a more efficient and faster approach to the design, development, and operation of physical products and systems
• Facilitates the innovation of more advanced physical products and systems by utilizing simulations, artificial intelligence (AI), and machine learning to permit continuous improvement
• Reduces costs and risks by shifting design and development into virtual environments, where potential failures or expensive redesigns can be avoided
• Enhances collaboration between teams by breaking down silos and allowing real-time sharing of project information and insights
• Maintains lifecycle management by creating feedback that provides real-world future insight for system performance optimization