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iSAQB® Flexible Architecture Models (FLEX)
Modular architecture concepts for scalable systems (CPSA Advanced Level)
Online
3 days
German
€ 1.990,-
plus VAT.
€ 2.368,10
incl. VAT.
Booking number
42592
Venue
Online
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4 dates
€ 1.990,-
plus VAT.
€ 2.368,10
incl. VAT.
Booking number
42592
Venue
Online
4 dates
plus VAT.
incl. VAT.
Booking number
Venue
0 Dates
Become a certified
Machine Learning Engineer
Machine Learning Engineer
This course is part of the certified Master Class "Machine Learning Engineer". If you book the entire Master Class, you save over 15 percent compared to booking this individual module.
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Flexible software architectures enable easy adaptation to future developments and optimization according to quality objectives. This is achieved through microservices, DevOps, and self-contained systems: Microservices offer decoupled modules and independent deployment, making the architecture adaptable, effective, and cost-efficient. Self-contained systems reduce coordination efforts and support agile development models. DevOps improve the process between development and operations, increasing quality, speed, and teamwork.
Contents
In this training , you training practical approaches to designing modern architectures such as microservices and self-contained systems. You will learn how to develop, integrate, and operate systems in a flexible, scalable, and efficient manner. The goal is to create sustainable solutions for complex requirements.
Motivation:
- Optimize quality goals: Improve flexibility and time-to-market in a targeted manner.
- Understanding drivers: Recognizing continuous delivery and automation as key components.
Modularization:
- Autonomous building blocks: Break down systems into independent modules.
- Applying strategies: Evaluating and implementing modularization approaches.
Integration:
- Efficient approaches: Use strategies such as REST, messaging, and event-driven architecture.
- Legacy systems: Efficiently integrate existing systems.
Operation, monitoring, and error analysis:
- Monitoring and logging: Apply concepts for monitoring, logging, and metrics.
- Error prevention: Support architecture to promote scalability and resilience.
Installation and rollout:
- Automated deployment: Utilize containers and infrastructure as code.
- Simple rollouts: Use DevOps and PaaS for optimized installation processes.
Case Study:
- Practical exercises: Applying learned concepts in realistic scenarios.
Outlook:
- In-depth study: Further developing consistency models and resilience patterns.
- Technology selection: Identify and implement suitable technologies for distributed systems.
Requirements:
- You should have a basic understanding of architectural description from CPSA-F (e.g., views, concepts, design decisions).
- Experience in the development and architecture of both classic and agile systems is required.
- Knowledge of the challenges of distributed systems, such as communication, coupling, and isolation, is helpful.
- Initial experience with modularization concepts and deployment processes will make it easier for you to get started.
- Knowledge of continuous integration, continuous delivery, and automation is an advantage.
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. However, a stable and sufficiently fast internet connection is required.
Learning environment
Your benefit
- Efficiency: Optimized processes through automation and modularization.
- Flexibility: Customizable architectures for rapid implementation and changes.
- Reliability: Improved monitoring and error analysis for stable systems.
Your advantages at a glance:
- Flexibility and scalability: You will learn how to design architectures that enable rapid deployment and quick feedback.
- Architecture models: You understand the trade-offs between microservices, self-contained systems, and deployment monoliths.
- Modularization: You will acquire skills for modularizing systems to promote parallelizability and independent deployment.
- Integration strategies and security: You will deepen your knowledge of integration strategies and security mechanisms in distributed systems.
- Modern deployment techniques: You will learn how to use continuous delivery and automation to increase efficiency and reliability.
- Error monitoring and resilience: You develop strategies to make error monitoring and system operation effective and increase resilience.
trainers
No items found.
Methods
- Visual collaboration through, for example, whiteboarding
- High level of interactivity through customized exercises and breakout rooms
- Ideal trainer support even in the breakout rooms
Certification
Credit points for CPSA-A certification:
With the FLEX training course, you will earn 20 technical and 10 methodological credit points in accordance with the iSAQB Advanced Level Program.
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