Technical Architecture and Patterns Training in Copenhagen, Denmark

Technical Architecture and Patterns training provides participants with the knowledge to design and structure complex software systems using proven architectural principles and design patterns. The course covers key topics such as layered architecture, microservices, event-driven architecture, and domain-driven design, along with practical implementation strategies. Participants learn to apply architectural patterns like MVC, MVVM, and Singleton to solve common challenges and ensure scalability, flexibility, and maintainability. Hands-on exercises include designing and evaluating system architectures, selecting appropriate patterns, and creating high-level designs for real-world applications. By the end of the training, attendees will be equipped to make informed decisions about system architecture and leverage design patterns to build efficient, reliable, and scalable software solutions.

Introduction to Software Architecture and Fundamental Patterns

• Introduction to Software Architecture

• What is software architecture and why is it important?

• The role of a software architect: responsibilities and skills.

• Overview of the software architecture lifecycle and documentation.

• Key principles of architecture design: scalability, flexibility, maintainability, and performance.

• Hands-on Exercise

• Common Software Architecture Styles

• Monolithic Architecture: Pros and cons, when to use it.

• Layered Architecture: Organizing systems into layers (presentation, business logic, data).

• Microservices Architecture: Benefits and challenges of decentralized architecture.

• Client-Server Architecture: Designing applications with distributed clients and servers.

• Event-Driven Architecture: Designing systems that respond to events (suitable for real-time apps).

• Hands-on Exercise

• Fundamental Architectural Patterns

• MVC (Model-View-Controller): Separation of concerns in UI-based applications.

• MVVM (Model-View-ViewModel): A pattern for separating user interface logic from the business logic.

• Singleton Pattern: Ensuring a class has only one instance in a system.

• Factory Method Pattern: Creating objects in a way that decouples the client from the object creation process.

• Hands-on Exercise

• Summary and Q&A

• Recap of concepts and patterns.

• Q&A session to address participant challenges and insights.

Advanced Architectural Patterns and Design Principles

• Architectural Patterns for Distributed Systems

• Service-Oriented Architecture (SOA): Understanding services, message-driven systems, and loose coupling.

• Microservices Architecture: Understanding services that can be independently developed, deployed, and scaled.

• Event-Driven Architecture (EDA): Principles of event-based systems, message queues, and decoupling components.

• Serverless Architecture: Leveraging cloud services for dynamic scaling and reduced infrastructure management.

• Hands-on Exercise

• Design Principles in Software Architecture

• SOLID Principles: Ensuring modular and maintainable code.

• DRY (Don't Repeat Yourself): Minimizing duplication of code and logic.

• YAGNI (You Aren't Gonna Need It): Avoiding unnecessary features and complexity.

• KISS (Keep It Simple, Stupid): Designing systems with simplicity and clarity.

• Design for Failure: Building systems that handle failure gracefully (fault tolerance).

• Hands-on Exercise

• Scalability and Performance in Architecture

• Designing systems that scale horizontally and vertically.

• Caching strategies for performance improvement.

• Load balancing and fault tolerance mechanisms.

• Choosing the right database architecture (SQL vs. NoSQL).

• Hands-on Exercise

• Summary and Q&A

• Recap of topics and practical applications.

• Q&A session to clarify any doubts and challenges faced by participants.

Applying Design Patterns in Architecture and Real-World Scenarios

• Integrating Design Patterns into Architecture

• Observer Pattern: Using observers for decoupling components in event-driven systems.

• Strategy Pattern: Implementing interchangeable algorithms for different business scenarios.

• Decorator Pattern: Dynamically adding responsibilities to objects.

• Proxy Pattern: Controlling access to services or resources.

• Composite Pattern: Managing hierarchies of objects.

• Hands-on Exercise

• Architecture for Cloud-Native Applications

• Overview of cloud-native architecture principles: resiliency, elasticity, and distributed management.

• Building cloud-native applications with a focus on scalability and availability.

• Introduction to 12-Factor App methodology for cloud applications.

• Hands-on Exercise

• Designing for Security, Maintainability, and Future-Proofing

• Security in software architecture: encryption, secure APIs, and secure data storage.

• Maintainability: Using versioning, logging, and monitoring in distributed systems.

• Future-Proofing: Designing systems that evolve over time and can be extended without breaking the architecture.

• Hands-on Exercise

• Hands-On Exercises

• Participants will work on a real-world exercises, applying all the knowledge gained from the training.

• Final review and feedback from the instructor on the proposed architecture.

• Summary and Final Q&A

• Recap of the key concepts covered throughout the course.

• Q&A session for final doubts and clarifications.