iSAQB® Agile Software Architecture (AGILA)
Effective architecture work in agile projects (CPSA Advanced Level)
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Machine Learning Engineer
This training practical training in which you will learn to apply agile principles to architectural work, work iteratively, and make effective decisions. You will deepen your knowledge of methods for collaborating with stakeholders teams, strengthen your communication and reflection skills, and gain valuable insights into real-world application examples.
Fundamentals of agile software architecture:
- Applying the Agile Manifesto and Principles to architectural work.
- Designing architecture efficiently and in a problem-oriented manner.
Agile architecture approach:
- Develop architecture iteratively and risk-driven.
- stakeholders involve stakeholders in the architectural work.
Architecture requirements in agile projects:
- Collect quality requirements iteratively and in a targeted manner.
- Use technical debt and risks as drivers of architecture.
Designing and developing architectures as a team:
- Facilitate group decisions and reach consensus-based decisions.
- Promote local decision-making capabilities through appropriate architectural styles.
Reflection and feedback on architectural work in an agile context:
- Perform lightweight architectural assessments.
- Apply feedback from implementation specifically to architectural goals.
Examples of agile architecture work:
- Illustrate agile decision-making processes and architectural requirements in backlogs.
- Present architectural communication using physical tools such as architectural walls.
Requirements:
- You should have practical experience in the design and development of small to medium-sized software systems.
- Basic knowledge of architectural decisions and their documentation and communication is required.
- Ideally, you have already worked on agile software projects and gained experience with agile process models such as Scrum or Kanban.
- Knowledge of developing and prioritizing architectural requirements and dealing with different stakeholders is helpful.
- Initial experience with automated integration, testing, and software delivery will make it easier for you to get started.
Technical requirements:
There are no special requirements for the training environment, as the exercises take place using cloud- and web-based tools such as Miro, Draw.io, and platforms such as Jupyter or HuggingFace. All you need is a stable and sufficiently fast internet connection.
- You design and integrate software architectures into projects in an agile and efficient manner.
- You design architectural work iteratively, based on risk, and make informed decisions.
- You improve collaboration with stakeholders prioritize requirements in a targeted manner.
- You apply agile methods in teams, promote local responsibility and decision-making.
- You use practical techniques to implement agile concepts directly in projects.
- You encourage reflection and feedback in order to continuously optimize architectural decisions.
Your advantages at a glance:
- Efficient architectural work: Iterative and risk-based approaches save time and promote flexibility.
- Better collaboration: Clear decisions and stakeholders involvement stakeholders the team.
- Quality assurance: Continuous reflection and feedback improve architecture in the long term.
- Visual collaboration through, for example, whiteboarding
- High level of interactivity through customized exercises and breakout rooms
- Ideal trainer support even in the breakout rooms
Upon completion of the CPSA Certified Professional for Software Architecture Advanced Level® training, you will receive a recognized certificate confirming your expertise and qualifications in the field of software architecture at an advanced level.
Credit points for CPSA-A certification:
With the AGILA training course, you will earn 20 methodological and 10 communication credit points in accordance with the iSAQB Advanced Level Program.
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