7 IT use cases with ChatGPT
How suitable is ChatGPT for typical development tasks? A practical test with 7 IT application examples and recommendations for action.
Dr. Andrea Herrmann, Software Engineering Expert
Empirical requirements engineering
What is the aim of empirical requirements engineering, what are the difficulties and what is the current state of the art?
The nine principles of requirements engineering
The activities in requirements engineering are based on nine principles. What are they and how does the interaction work?
The consultant – the all-in-one solution?
How do companies look for reinforcement in requirements engineering? What is the role of the consultant and what skills are required?
Team building in requirements engineering
Team building in requirements engineering is not easy, because it depends on the strength of character, trust, discretion, skill and confidence of the consultant.
Agile requirements engineering
Does agile requirements engineering replace traditional RE? Where are the limits and where does the use of conventional techniques still make sense?
Artificial intelligence and our future
Is artificial intelligence merely the continuation of a known development or will it revolutionise life as such? An opinion.
Misunderstandings in requirements engineering
When working with specialist departments, there are often misunderstandings. What are the causes and how can they be avoided in practice?
The biggest obstacles in requirements engineering
In theory, requirements engineering sounds simple, but in practice there are always obstacles. How can you identify and overcome them?
What prevents creativity in requirements analysis?
The migration of technologies or systems offers creative opportunities that are not always exploited. Fears prevent creativity – what can be done about it?
Machine ethics – a question of development
How does the error-free development of machines succeed? How do machines learn ethical behaviour? And what decisions can machines make?
Inspection of the specification
Specifications often contain contradictions, gaps and errors. The task of an inspection is to uncover this. Six best practices help.
