- Systems Engineering
Agile System Engineering – Agile Development in accordance with ISO/IEC 15288
- Experts by your side
Why agile systems engineering is crucial for complex systems
ITQ supports companies in the development of complex technical systems by combining agile engineering methods with structured systems engineering approaches. At the heart of our approach is the customisation of classic systems engineering processes in accordance with the ISO/IEC 15288 standard, combined with agile development processes that enhance responsiveness to changing constraints. Agile systems engineering therefore forms the basis for the seamless and consistent development of mechatronic machines and plant.
Your benefits at a glance:
- Well-structured engineering processes that comply with standards
- A clear understanding of the system throughout the entire development process
- Targeted collaboration across all disciplines
- Reduced development risks through iterative development
- Higher quality of complex systems
- Faster implementation of innovations through cross-disciplinary engineering
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
ITQ Branch Manager, North Rhine-Westphalia
„The biggest challenge is not choosing a technology, but making an informed assessment of its impact on the system as a whole.“
Structured system development using agile methods
The development of mechatronic systems is becoming increasingly complex. In many companies, established systems are becoming the norm; however, requirements change continuously as projects progress, and coordinating the mechanical, electronic and software components is becoming increasingly time-consuming. At the same time, the pressure to innovate and the range of variants are on the rise.
The effective use of AI in engineering requires structured and formal documentation.
This is precisely where agile systems engineering comes into play: requirements, functions, system architecture, test specifications and, in particular, digital twins are developed iteratively and continuously reviewed. This allows change requests to be incorporated at an early stage, developer feedback to be implemented directly, and systems to be developed consistently, step by step.
The key here is the combination of a clear understanding of mechatronic systems and agile development cycles.
Digital twins enable the system to be analysed at an early stage using AI. AI becomes a sparring partner.
Agile development of complex systems
Typical challenges within a company:
- Changing and elusive requirements
- A lack of transparency and feedback in the development process
- A high level of coordination required between disciplines
- Late fault detection in the development process
- our expertise to help you achieve your goals
Services relating to agile systems engineering
An overview of our services
- Analysis of existing development processes and system structures
- Introduction of agile methods into systems engineering processes
- Development of modular mechatronic systems
- Early verification in systems development („shift-left“)
- Securing and further developing existing systems
Mechatronics expertise
- Cross-disciplinary expertise in mechatronic system solutions („We bring together mechanics, electronics, software systems and AI“)
- Analysis of stakeholder and system requirements
- Definition of system functions and architectures
- Continuous consolidation of an understanding of mechatronic systems across all relevant disciplines
- Continuous verification and validation
- A structured handover „in the field“ and the incorporation of customer feedback
Methodological expertise
- Organisation of systems engineering processes tailored to the specific needs of the company
- An easy-to-understand introduction to agile development methods
- „Tailoring“ of the ISO/IEC 15288 standard („Systems and software engineering – System life-cycle processes“)
- Ongoing methodological support throughout the entire system development process
- From analysis to recommendation
Approaches to agile systems engineering projects
The development of complex systems requires both structure and flexibility. ITQ therefore draws on its expertise in carrying out systems engineering activities („hands-on“) as well as its ability to tailor processes and methods to suit the organisation’s needs (process consultancy).
Project phases
Analysis and definition of an (agile) development process
Review of the current development process and discussion of agile enhancements (where desired).
Structuring the requirements
Development of system functions and system architecture
Iterative development and verification
Continuous improvement of the development process
Agile Systems Engineering in Practice
Our expert knowledge at your service
We’ll support you with your project
Let’s talk about your project
Further ITQ solutions
The services described form part of ITQ’s comprehensive service portfolio. ITQ combines technological expertise, a methodical approach and a deep understanding of processes to deliver sustainable solutions throughout the entire life cycle.
- Questions / Answers
FAQs – Agile Systems Engineering
What is agile systems engineering?
When is agile systems engineering appropriate?
What are the benefits of an agile approach to systems engineering?
How does agile systems engineering differ from life cycle engineering?
Life Cycle Engineering defines the structure across the entire life cycle, whilst Agile Systems Engineering describes the iterative implementation within that structure.