Model-Based Systems Engineering: What is it and how is it seen as a solution for industrial sustainability?

The increasing complexity of industrial systems has made it challenging to design, develop, and manage them effectively. To address this challenge, Model-Based Systems Engineering (MBSE) has emerged as a modern solution that integrates engineering processes and information to enhance system design and development.

What is Model-Based Systems Engineering?

MBSE is a system engineering approach that uses models to capture, analyze, and communicate system requirements, design, behavior, and functionality. The models are based on a formalized representation of the system that captures its components, their interactions, and the relationships between them. By using models, MBSE enables engineers to simulate and analyze the system’s behavior and functionality, allowing for faster and more accurate decision-making.

One of the key benefits of MBSE is that it helps to manage the complexity of industrial systems. As systems become more complex, it becomes increasingly difficult to manage them effectively using traditional engineering approaches. With MBSE, engineers can model the system in its entirety, from its individual components to its interactions with the environment, enabling them to understand how the system works as a whole. This helps to identify potential issues early in the development process, reducing the likelihood of costly errors or delays.

As the software and systems interoperability and system interaction products become more complex and abundant, customers are striving for smart connected products. This has resulted in a shift towards more upstream decision-making in system engineering.

How is MBSE seen as a solution for industrial sustainability?

The industrial machinery industry is facing increasing complexity, and challenging global trends are driving customers towards sustainability and effective product building. Experience-driven products are becoming more prevalent across industries, with software playing a significant role in driving product’s operational needs. Moreover, customers need to accelerate their time to market and enhance product quality, gaining product insight from active products and applying it to their engineering activity.

Historically, companies have dealt with complex products using model-based design for geometric representation. However, customers are now adopting model-based engineering, which integrates mechanical and electrical engineering into a total system that includes software elements representing operational aspects. This transition is crucial for companies to stay competitive in the market.

Model-based systems engineering is a modern solution that enables engineers to design, develop, and manage complex industrial systems more effectively. It reduces errors and delays, and promote sustainability. 

This is where Orthogone electronic engineering services can be beneficial for businesses trying to adopt a model-based design.