This course provides the participants a solid foundation about the fundamental and practical aspects of MBSE and SysML. Participants will learn more about how to interpret and understand SysML models, their elements and how to read their diagrams. Furthermore, the concepts of modeling method based on SysML will be explained in order to demonstrate how SysML can be customized for a particular application domain. This course also includes several interactive practical exercises, discussions and lessons learned to ensure a successful MBSE implementation with clear defined goals and aimed deliverables.
A requirement for attending this course is the attendance of the MBSE & SysML Introduction course.
This course provides the participants a combination of the fundamental and practical aspects of MBSE and SysML. The course first deals with explaining the core concepts of MBSE. Next, several practical exercises are performed to demonstrate the basics for deploying MBSE using SysML without using any specific tool. Finally, the course wraps up with a discussion of the challenges faced when developing and deploying MBSE in real-world applications and how to manage it. Course Pre-requisites: System or software engineering knowledge. No prior training is required.
The Systems Engineering foundations course provides a solid background of the core Systems Engineering discipline. Including learning and practicing the application of Systems Engineering methodologies, enhancing know-how with an interactive workshop and covering detailed use cases.
This course will provide attendees with a solid foundation in the motivations for and techniques associated with, designing safer systems and products. We will review a variety of real life accidents and explore their root causes, to highlight that organisational failings, design errors and operational issues have the capacity to create catastrophic events. Within an SE approach, we'll explore methods to assess safety and human factors risks for a set of technologically diverse systems before considering how to define design requirements to control potential hazards. The course will also provide an overview of safety management systems, hazard logs, safety arguments, incident investigation, complex electronics safety (including software), CE marking and hazardous materials.
Solving complex problems is one of the most urgently required skills in our current time. As technologies become more advanced, the possible solutions created by them become more and more complex to understand, design for and successfully implement. This can be seen across multiple industries and is causing significant front line issues to reliability, maintenance, project cost, product performance and overall schedules.
The SE Management course's target audience are people working in engineering management roles, such as, Research and Development manager, Systems Engineering manager, Design and Development manager or any such role that involves implementing engineering organisational strategies and/or involves high interactions with the Systems Engineering leaders.
Design Thinking and Lean Innovation are easy to understand concepts, however with the practice more questions arises. In this advanced workshop we dig deeper and learn additional tools and methods (like business ecosystem design), reflect the practical experiences and challenges of the participants and how to overcome them.
In addition to combining Design Thinking and Systems Thinking, we learn how to make a deep dive into designing a business ecosystem, creating stakeholder maps and have a look into the hybrid model (combining Design Thinking and Big Data Analytics).
The workshop will also focus in the challenge of implementing Design Thinking in your organisation.
Learn how to combine Systems Engineering with Design Thinking and Lean Start-up in the upfront Innovation phase (Pre-Development-Phase). The Design Thinking course gives you a deep understanding of the Design Thinking mindset and its problem-solving cycle based on fast iteration and customer interaction.
The importance of a well-defined concept including product/service conception, business design and clear determination of the customer needs is fundamental before the development starts. The later misconceptions are discovered, the more costly it gets and there is a lot of wasted work, money and time.
Design Thinking and Systems Engineering are both problem-solving methods that try to cope with the increasing complexity. Both approaches are on a first sight completely different but on a closer look they become more and more complementary and share many thoughts. Combining both approaches and switching the thinking mode is essential when dealing with ambiguity.
The course is very practice-oriented and hands-on. The participants will spend more than half of the time practicing, e.g. meeting the user and practicing need-finding, creating new ideas, building prototypes and testing with the user.
