Systems Engineering is the foundation for successful products and architectures. You learn to think in systems, to structure complex tasks, to evaluate dependencies and to model systems. Complex systems with hardware, software and mechanics are a special challenge. Systems Engineering provides the methods to deal with it.
Our training introduces to systematic systems engineering. The training is based on the applicable industry standards, such as INCOSE, CMMI and ASPICE. Many practical examples ensure hands-on learning that goes beyond the mere theory of the systems engineering standards. You will become familiar with frequently used methods of systems engineering in the areas of system requirements, system architecture, system integration and system testing. In particular, you understand the interaction of the technical core processes between system and software level. With our practice-oriented training, you will be able to transfer what you have learned into your everyday project life and use it productively.
"Thank you very much for sharing your precious experience with this training program."
- Zerong Yu, Robert Bosch Japan
"High practical orientation, concrete personalized action list throughout the entire seminar."
- T. Strauch, Siemens
Content and Agenda
Introduction to Systems Engineering
System theory: What is a system? Interplay of the system, software and hardware levels. Organizational structure versus process
Concepts and Methods of Systems Engineering. Systems engineering process model. Structured documentation. Traceability
Systems modeling with SysML
Development Process in Systems Engineering: Requirements, Architecture, Integration, Verification and Validation, Maintenance and Updates
Model Based Systems Engineering (MBSE)
Agile Systems Engineering and Agile Scaling
Quality models and system level assessment, e.g. ASPICE and CMMI relevance, architecture, evaluation, safety, cybersecurity, complexity, technical debt
Concrete implementation and best practice (Vector experiences and practical tips for introducing and improving systems engineering in your own company, tool support)
Questions from the practice of the participants
Basis for the training is the Curriculum on INCOSE.
700 € plus VAT (1 day)
Admission price includes full documentation on paper and as PDF and the Vector textbook on automotive software engineering with lots of best practices, project experiences and state of the art technology. Naturally, all participants benefit from our rich coffee breaks and a quality lunch in our spectacular Vector restaurant. Each participant will receive a qualifying Vector certificate for this intensive training.
Get a 10% discount (can be combined):
for open online training until June 2021
if you register more than 2 participants of your company
if you book at least 60 days in advance
Full-time students receive a (non-combinable) discount of 70% (on presentation of a valid student card).
Do you want to adapt this training to your own examples and challenges? Looking for a workout that delivers practical exercises adjusted to your environment? Then, we suggest that you have this training conducted in-house, where you can decide on focus, speed and the training schedule. We also offer dedicated crash courses for employees and management.
Language: German or English.
On request, we offer our inhouse trainings in Chinese, French, Korean and Turkish.
This training targets professionals and executives in product development, requirements engineers, architects, systems and software engineers, analysts and consultants of all industries and sizes.
About our Trainers
Prof. Dr. Christof Ebert is Managing Director of Vector Consulting Services GmbH. He supports companies worldwide in improving their product development and product strategy as well as in change management. He sits on various supervisory boards, is a professor at the University of Stuttgart and the Sorbonne in Paris, and the author of several renowned books. Twitter: @ChristofEbert.
Cemal Gündüz is a consultant at Vector Consulting Services. He supports companies worldwide to improve their development processes. He works in the field of engineering methods, functional safety, and systems engineering.