Engineering moves you to the future
Systems
Engineering
The more complex the project, the greater benefit of Systems Engineering
Systems engineering is a comprehensive and interdisciplinary approach that facilitates the systematic development of complex systems. By considering the entire life-cycle of a system, from conception to disposal, systems engineering ensures a holistic perspective that addresses customer needs, requirements, design, and manufacturing, validation, and risk management. The overarching objective is to optimize the performance of the system while adhering to constraints such as cost, schedule, and risk, in order to deliver the best possible product to end-customers and stakeholders within a given timeframe and resource allocation.
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Specification, Application, and Consultation
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Structuring, Documentation, and Tooling
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Verification and Validation
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Concept Development
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System Simulation
With our expertise in this field, we are committed to applying comprehensive systems engineering methodologies to develop innovative and reliable solutions. By considering the entire life-cycle of a system and focusing on optimizing its performance while adhering to various constraints, we strive to deliver superior products that fulfill customer needs and drive success in the ever-evolving landscape of engineering and technology.
Feature-Oriented Mindset
The function-driven approach in vehicle development addresses the inherent complexity by breaking down the vehicle into smaller, manageable, and reusable components and modules. It entails the seamless coordination of diverse subsystems and components, including the powertrain, suspension, electronics, and safety systems. Leveraging the systematic principles of systems engineering, this approach offers numerous benefits.
One of the key advantages is the ability to identify and articulate inter dependencies among individual artifacts. By doing so, project teams can effectively coordinate their efforts, responsibilities, and interfaces, resulting in improved collaboration and streamlined workflows. This ensures that all system components harmoniously integrate and operate as intended, while also enabling early detection and resolution of any potential issues. Additionally, the function-driven approach allows for efficient reuse of established components and modules, minimizing redundancies and enhancing overall development efficiency. Through the systematic application of systems engineering, the function-driven approach optimizes the vehicle development process, leading to robust and cohesive systems that meet performance, reliability, and safety requirements.
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Model-Based System Engineering
Model-based systems engineering (MBSE) is a method of systems engineering that uses models to represent the various aspects of a system, including the components, their interactions, and the system's behavior. It allows for a more holistic and integrated approach to system engineering, and can help to improve coordination and collaboration across different disciplines and organizations. MBSE enables a powerful tool for managing and understanding the complexity of systems, especially when dealing with systems that have many sensors, actuators, and computing electronics.
In the context of powertrain, E/E architecture, EMC, functional safety, and cybersecurity in vehicles, MBSE can be used to create a digital twin of the system, which can be used for simulation and analysis to ensure that the system meets all requirements and is functioning as intended. Modal-Based System Engineering can also be used for creating an unambiguous description of the system, which can be shared among stakeholders, and for automating the generation of system documentation.
We Use State-of-Art Technologies
MEAtec leverages its skilled workforce and extensive engineering expertise to deliver valuable contributions to its customers. By combining the core disciplines of technology and methodology, we strive to maintain a leading position in development and implementation. Our commitment to innovation drives us to continuously enhance our customers' technologies, offering comprehensive support throughout their journey.
With a strong focus on staying at the forefront of advancements, we provide tailored solutions that leverage state-of-the-art technology and development practices. Our aim is to meet the evolving needs of our customers and stakeholders by delivering cutting-edge solutions that drive growth and success. At MEAtec, we pride ourselves on our ability to bring together the best of technology and methodology to deliver superior results for our clients.
Innovation
Features Consulting, Technical Studies, Process Consulting, System Testing & Project Planning
Concept
Functional Safety Concept, Architecture Concept (E/E, Thermo, Energy, Packaging & Dimensioning) Security and Privacy Concept, Process Concept
Product Development
Implementation Support, System Integration, Verification and Validation, Process Implementation
System Engineering - Innovation
System Engineering - Concept
System Engineering - Product Development
Work Together Seamlessly to Achieve Functionality
System engineering is a process that involves designing, developing, and managing complex systems such as powertrain, chassis, and electronics, to create a functional vehicle system. The process typically includes requirements analysis, design, development, testing, validation, maintenance and support.
One key aspect of the system engineering process is the adoption of a system-oriented mindset. This approach emphasizes the importance of understanding the system as a whole, rather than focusing solely on individual components or subsystems. By taking a system-oriented approach, engineers can ensure that the various components and subsystems work together seamlessly to achieve the desired performance and functionality of the vehicle. The process requires collaboration between various stakeholders, including engineers, designers, and suppliers, to ensure that the vehicle system meets customer requirements while also meeting safety, regulatory, and environmental standards. The process also involves the use of tools and methodologies for modeling and simulation, to test and validate the system before it is deployed in the market. By following a rigorous system engineering process and adopting a system-oriented mindset, we can support develop high-quality, reliable vehicles that meet the evolving needs of customers while staying competitive in a rapidly changing industry.
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