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Systems Engineering – The Foundation of Intelligent Systems
- Implemented end-to-end
Systems Engineering – The Foundation of Intelligent Systems
Systems engineering combines mechanics, electronics, software and data to form a functioning system as a whole. ITQ helps companies manage complexity and develop products in a structured manner throughout their entire life cycle.
Modern systems engineering delivers:
- Manageable system complexity
- Interdisciplinary development
- Early system validation
- A foundation for digitalisation and innovation
Industrial projects
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Customers from all sectors of the mechanical and plant engineering industry
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Years of experience in industry and research
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Engineers
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(Seniors and Juniors)
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Systems Engineering Solutions
Life Cycle Engineering
- Develop and optimise systems throughout their entire life cycle.
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Agile Systems Engineering
- Implementing complex projects flexibly and transparently.
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MBSE
- Use models as a central source of information for all disciplines.
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Digital Twin
- Virtually validate, simulate and optimise products.
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Cyber Security
- Systematically integrate security into development and operations.
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AI in manufacturing
- Using data intelligently and optimising processes in a targeted manner.
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Systems Engineering – interconnected, efficient, future-proof
- A holistic view of the system
Developing mechanics, electronics and software together.
- Digital continuity
Linking models, data and processes throughout the entire life cycle.
- Early protection
Identify and reduce risks even before commissioning.
- Future-proof systems
Develop in a way that is modular, secure and scalable in the long term.
Automation software from real-life experience
Finding the right solution together
Your personal contact for software engineering will be happy to advise you on your specific enquiry.
Get in touch now for a no-obligation consultation.
Anton Fritsch, BEng
Senior Consultant
„The later security is taken into account, the greater the effort and risk.“
- Questions / Answers
FAQ – Systems Engineering
What is systems engineering?
Systems engineering combines mechanics, electronics, software and data to form a functioning system as a whole. ITQ helps companies manage complexity and develop products in a structured manner throughout their entire life cycle.
What are the benefits of modern systems engineering?
Modern systems engineering creates manageable system complexity, enables interdisciplinary development, ensures early system validation and forms the basis for digitalisation and innovation.
What systems engineering solutions does ITQ offer?
ITQ offers six solutions in the field of systems engineering: Life Cycle Engineering for the development and optimisation of systems throughout their entire life cycle; Agile Systems Engineering for the flexible and transparent implementation of complex projects; Model-Based Systems Engineering (MBSE) for the use of models as the central information base for all disciplines; Digital Twin for the virtual validation and optimisation of products, Cyber Security for the systematic integration of security into development and operations, and AI in production for the intelligent use of data and the targeted optimisation of processes.
What sets ITQ’s systems engineering approach apart?
ITQ’s systems engineering approach is characterised by a holistic view of the system, in which mechanics, electronics and software are developed in tandem; by digital end-to-end integration, which links models, data and processes throughout the entire lifecycle; by early validation, which identifies and reduces risks even before commissioning; and by future-proof systems that are developed to be modular, secure and capable of long-term expansion.
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How does ITQ support companies in the field of systems engineering?
ITQ supports companies in systems engineering, from requirements definition through model-based systems engineering (MBSE) and digital twins to cybersecurity, drawing on its comprehensive mechatronic systems expertise for complex machinery and plant.