Architecture, Modeling & Design
Seminars for Software Architecture, Modeling & Design
Good architecture ensures a relaxed sleep of the developers.
Software Architecture, as a fundamental element in the field of Software Quality Engineering, plays an essential role in ensuring the technical integrity and performance of software projects. Architecture defines the structural framework of software systems, including all components, their interactions, and interfaces to the external environment, and sets the technical guidelines for design and further development. A carefully designed software architecture specifically addresses technical quality criteria such as stability, latency, throughput, system security, testability and maintainability, and scalability. The use of proven patterns ensures efficiency.
When Software Architecture is directly integrated into Software Quality Engineering, it creates the conditions for developing systems that are not only robust and efficient but also flexible enough to adapt to future requirements. The methodical embedding in the quality engineering process ensures that software products meet not only current but also future user needs by highlighting technical excellence and sustainable system architecture.
Your benefits
- Your software can also be maintained after many years.
- New functions can be easily implemented - almost like a reimplementation.
- The developers work on new features rather than on hard error analysis.
- The developers are satisfied and productive.
- You know if your architecture is capable of meeting future needs.
Quality starts in the head - with trainings from Software Quality Lab
We offer the following seminars and trainings on this topic in the Software Quality Academy:
„If you think good architecture is expensive, try bad architecture“
Brian Foote and Joseph Yoder
Consulting
Services
- Architecture reviews or quick checks
- Individual workshops and coaching on architectural subjects
- Analysis of technical debts using static code analysis and ATAM (Architecture Tradeoff Analysis Method)
- Elaboration and prioritisation of improvement measures
- Integration of the static architecture analysis into the continuous integration process
- Efficient documentation of the software architecture