MBSE Solutions: Why is It Good for My Organization?

Model-Based Systems Engineering (MBSE) solutions is a method for effectively managing the development and maintenance of complex systems. These have gained significant popularity in recent years because the use of MBSE to improve the efficiency and effectiveness of engineering processes has many advantages.


Here are Some of The Things One Might Gain From MBSE:

  • Improve system performance.
  • Better response to different kind of triggers (system behavior).
  • Foster collaboration.
  • Increase efficiency.
  • Error reduction.
  • Optimal monitoring and control.
  • Streamlining decision-making processes.
  • Continuous support throughout the system development lifecycle.

Below, we'll expand on each advantage, and why you should use it to benefit your organization.

How Do They Increase Efficiency in Teams?

Well, they offer a more efficient approach to system development by enabling the reuse of models, components, and objects.  This reduces the time, energy, and resources required to design and develop new systems, as existing models can be leveraged and modified as needed.

What's more, engineers can diagnose and intercept potential problems early in the development process before they become much more critical and expensive to fix.

In addition, they provide automated tools for model analysis, simulation, and validation, further improving efficiency by reducing manual effort and increasing accuracy.

One of the classic examples of the advantages of using automation is the creation of documentation for reporting purposes and tightening coordination between the various parties involved in handling the project.

Foster Team Collaboration

One of the main advantages provided by them is the tightening of cooperation between different stakeholders involved in the system development process. Traditional engineering approaches often suffer from communication gaps or even communication breakdowns and misunderstandings due to the use of various tools and markings.  Model-based, on the other hand, provide a common modeling language and uniform representation, enabling seamless collaboration between different teams.  This fosters communication between teams, helps them align on the same line, and improves their coordination, leading to a better understanding of the overall system and preventing work from being duplicated on the same topic.

For example, by using a central repository where all stakeholders can access and contribute to the system model.  This facilitates real-time collaboration, feedback, and discussions, and fosters a more inclusive and collaborative approach to system development.


How Does MBSE Reduce Errors?

Traditional engineering approaches often involve manual translation and interpretation of requirements, leading to errors and inconsistencies. On the other hand, it provides a formal and structured approach to requirements management.  The requirements are implemented in a model-based systems engineering format, which allows for automatic verification and authentication.  This reduces the likelihood of errors and ensures that the system design aligns with the specified requirements.  By intercepting errors early in the development process, MBSE help eliminate unnecessary and costly duplication of work and improve overall system quality.


Creates Optimal Traceability & Control

Traceability and control are critical aspects of system development, as they enable stakeholders to understand and control the relationships between system components, requirements, and various design decisions.

MBSE offer improved traceability by creating clear relationships between different findings, such as requirements, models, and test cases.

It also allows stakeholders to easily examine the impact of changes, understand the rationale behind design decisions, and ensure all requirements are handled appropriately.

Optimal traceability not only improves system understanding, but also enables control, compliance with regulatory standards and support for effective change management.

Do you need help developing complex systems? We invite you to read more about ptg and the services we offer to organizations here.

Optimizing Decision-Making Processes & Improving Risk Management

They provide a solid foundation for informed, data-driven decision making throughout the system development lifecycle, and the risk of errors is significantly reduced.  By mapping requirements, design decisions, and analyzing compromises in a model-based format, and by clearly and comprehensively representing the system and its components, stakeholders can easily evaluate different alternatives and assess the impact of design choices.

They also support a combination of various analysis and simulation tools, allowing engineers to perform system-level analysis and evaluate system performance and behavior.

For example, if a component of a system is identified as high-risk, engineers use visual modeling simulations to explore alternative design options and assess the potential impact of each option.

This gives stakeholders the potential to make better decisions, streamline system design and reduce risk early in the development process.


Continuous Support Throughout the System Development Lifecycle:

They are designed to support the entire system development lifecycle, from requirements development and analysis to system integration and validation. These solutions provide a unified framework for managing all aspects of system development, including requirements management, system architecture, behavior modeling, and validation.  By providing a holistic view of the system, Solutions of MBSE enable stakeholders to effectively manage system complexity and ensure that all system components are properly integrated and validated.

Traditional Engineering

Model-Based Systems Engineering (MBSE) Solutions

May have communication gaps due to different tools.
Common modeling language fosters seamless collaboration between teams.
Manual methods; may require more time for development.
Reuse of models reduces time, energy, and resources.
Error Handling
Manual interpretation can lead to inconsistencies.
Formal, structured approach with automatic verification reduces errors.
Potential for misunderstandings and duplicated work.
Central repository facilitates real-time collaboration and reduces duplicated effort.
Traceability and Control
Might lack clear relationships between findings.
Clear relationships between findings like requirements, models, and test cases.
Decisions may be based on incomplete data.
Solid foundation for data-driven decision-making; use of visual modeling simulations.

Manage system complexity with MBSE

Complex systems have always been there, testing every engineer, even those who excel in their field. During the recent decades, there has been a significant increase in the complexity which most companies have to deal with. Also, it’s important to mention that there’s been a significant increase in the complexity acceleration rate, as we can see numerous examples such as 5G, quantum computing etc. In fact, manufacturers never faced so many obstacles regarding the process of building, delivering and designing new products on time while doing it according to the customer’s performance demands. So how companies who utilize MBSE simplify complexity? Well, manufacturing and innovating in such a complex environment demands a unique thought process. Also, it is important to mention that modeling is crucial in order to support different system requirements such as analysis, design, validation and verification. However, Model-Based Systems Engineering (MBSE) isn’t enough to simplify the complexity of systems on its own - You have to use specialized tools that can help stakeholders communicate more effectively, by sharing a common methodology in a way that assists in collaboration during early phases of the product development process.

Make system’s behavior performance more effective with MBSE 

Model-Based Systems Engineering (MBSE) provides an integrated structure for the process of analyzing, capturing and visualizing different system requirements, behavior and performance. This enables all important decision makers to have a deep understanding of the system and its tendencies, which helps tremendously in making more informed decisions at every part of the system’s life cycle. In fact, one of the main benefits of working with MBSE tools is its unique ability to make the analysis process far more effective. Those who have the authority to make important decisions can utilize MBSE models to evaluate different design alternatives and measure their impact on system behavior and performance as well as other fields such as cost and schedule, all to make well-informed decisions that are based upon a certain objective and its metrics. This modern approach allows the DoD to balance requirements, optimize the different system designs and optimize resources utilization. Also, it’s important to mention that MBSE allows much more effective communication and collaboration between cross-functional teams. Companies who utilize MBSE have a common modeling language that can be useful when it comes to communication between various system models and stakeholders from different domains - as it allows seamless collaboration. 

To Summarize

Model-based systems engineering offer a variety of advantages that can improve the efficiency, quality, and effectiveness of system development processes:

Improved collaboration, increased efficiency, error reduction, better traceability, and improved decision-making are some of the key benefits of adopting these.  

By providing a unified modeling language, automated analysis tools, and support throughout the systems engineering lifecycle, they enable stakeholders to effectively manage complexity, reduce risk, and deliver high-quality systems on time and on budget.

Do you need help developing complex systems? We invite you to read more about ptg and the services we offer to organizations here.