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Systems engineering is used in industry. Specific examples and other information can be found in this category.
This week I would like to present a case study on the selection of safety-critical components in the automotive environment. More and more vehicles are using single-chip systems (SoC). In the following, I will therefore show how the ISO 26262 Part 11 guideline can help.
Anyone involved with e-cars will no doubt be following the discussion about mandatory card readers at charging stations closely. In a nutshell: The government has decided that operators must equip new charging points with card readers. Meanwhile, the charging point ordinance is already late anyway. This is a good example of a complex "system of systems" involving many stakeholders, some of whom...
There is a lot of talk about AI at the moment, but many products are still "dumb". As a result, many development teams will be asking themselves whether AI should be built into the next generation of products. In the following, I explain why we should think twice about it.
Word has gotten around that we need to treat our planet better. Nature shows us how to do it: recycling. We live in a (simplified) closed system to which only the sun adds energy. This makes our world a circular economy, a regenerative system. But we humans have so far operated a "throwaway economy". A large proportion of our waste is disposed of...
Glossaries are a tricky thing: on the one hand, everyone in the team is grateful when there is a well-maintained glossary. On the other hand, nobody wants to take on the work of creating it. The coordination process can also lead to disgruntlement and consume vast amounts of time. And even if there is a good glossary: There is a great danger that many...
Databases play a central role in software development. Relational databases still dominate. However, we are increasingly finding other types of databases. These include graph databases. As the name suggests, the focus here is on relationships.
Microservices are becoming increasingly popular in software development. One of the reasons for this is that microservices scale well and make it easier to deal with complexity. But what exactly is a microservice? And what does a systems architect need to know about it?
Ray Kurzweil is a pioneer of artificial intelligence and coined the term technological singularity. This refers to the point in time when artificial intelligence will surpass human intelligence. How the world will then develop is unclear. Of course, we can speculate. There are also a number of films (and of course books), some of which are very...
Systems engineering consists of many trade-offs. The triangle shows how we can optimize the interdependencies between complexity, quality and productivity.
Even if the specifications are manageable, an ever-increasing mountain of relevant documents is piling up next to them. On the one hand, there are standards that need to be taken into account, and on the other hand, there are the applicable documents. These can quickly amount to hundreds or even thousands of pages of text. Experts familiarize themselves with the relevant documents over many years and...
We have centuries of experience in product development. But the recent exponential increase in product complexity means that current development approaches are reaching their limits. Fortunately, artificial intelligence (AI) has the potential to overcome these limits. I am convinced that by combining MBSE and AI, we can mitigate many challenges. Why this is the case...
Traditional architectures for cars can no longer cope with this. Electric cars are a driver, Tesla shows a possible way forward.
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