Technical Architecture and Patterns Training in Ontario

Technical Architecture and Patterns Training in Ontario, Canada

The course covers key topics such as layered architecture, microservices, event-driven architecture, and domain-driven design, along with practical implementation strategies.

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Technical Architecture and Patterns Training is a professional training program delivered by ProgNXT in Ontario, Canada. ProgNXT, a globally recognized corporate training provider in 55+ countries, offers this Technical Architecture and Patterns Training course with hands-on, instructor-led sessions. Technical Architecture and Patterns training provides participants with the knowledge to design and structure complex software systems using proven...

Expert Panel

Designed and delivered by the ProgNXT Software Engineering Expert Panel — a vetted team of industry professionals with 18+ years of hands-on experience in system design, microservices architecture, Git, and SDLC practices

ProgNXT Software Engineering Expert Panel

Course Code: PRR42
21 Hrs
Last Updated: April 2026

Course Rating5/5

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.

Strong understanding of software development concepts.
Familiarity with object-oriented programming and design principles.
Experience in software design and architecture.
Basic knowledge of design patterns.

Upon completion of this course, participants will:

Gain an understanding of the role and importance of architecture in software systems.
Learn about key architectural patterns and styles and how to apply them in real-world projects.
Develop skills in designing scalable, maintainable, and performant architectures.
Understand how to use design patterns to solve architectural challenges.
Be able to evaluate different architecture styles for various application scenarios and business requirements.

Architecture Design: Ability to design scalable and robust software architectures based on principles of modularity, reusability, and separation of concerns.
Architectural Patterns: Knowledge of common architectural patterns such as Layered Architecture, Microservices, and Event-Driven Architecture.
Design Patterns: Ability to apply design patterns like Factory, Singleton, and Observer to solve common software architecture problems.
System Scalability and Performance: Understanding of how to design systems that scale effectively and maintain performance under heavy loads.
Evaluation of Architectural Choices: Ability to assess the suitability of different architectural styles for specific use cases.

Participants will be assessed on:

Architecture Design: Ability to design software architectures based on best practices.
Architectural Patterns Application: Understanding of how to use and apply architectural patterns in real-world scenarios.
Design Patterns in Architecture: Implementing design patterns to address common architectural challenges.
Scalability and Performance: Ability to assess and implement scalable architectures for high-traffic applications.

Certificate of Completion: Participants who attend all sessions and successfully complete the course assessments will receive a ProgNXT Certificate of Completion for Technical Architecture and Patterns Training.

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.

Presentation slides and lecture notes.
Sample code and architecture examples.
Real-world case studies and design templates.
List of useful tools and frameworks for building software architectures.

Evaluation based on participation, hands-on exercises, and the capstone project.
ProgNXT Certificate of Completion will be awarded to participants who successfully complete the course and assessments.

The Technical Architecture and Patterns Training provides a deep dive into the principles and practices of software architecture, covering architectural styles, patterns, design principles, and real-world application of architecture to solve complex design problems. Participants will leave the course with hands-on experience in applying these concepts and be equipped to make informed decisions on architecture design for their projects.

Technical Architecture and Patterns Training Events in ontario

Online Events

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More Upcoming Session Dates

October 2026

🌐 Online Instructor-Led

22nd Oct 2026→24th Oct 2026

📍 Ontario, Canada

23rd Oct 2026→25th Oct 2026

November 2026

🌐 Online Instructor-Led

3rd Nov 2026→5th Nov 2026

📍 Ontario, Canada

10th Nov 2026→12th Nov 2026

🌐 Online Instructor-Led

23rd Nov 2026→25th Nov 2026

📍 Ontario, Canada

28th Nov 2026→30th Nov 2026

December 2026

📍 Ontario, Canada

7th Dec 2026→9th Dec 2026

🌐 Online Instructor-Led

12th Dec 2026→14th Dec 2026

📍 Ontario, Canada

18th Dec 2026→20th Dec 2026

🌐 Online Instructor-Led

28th Dec 2026→30th Dec 2026

Events for other courses in Ontario, Canada

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Technical Architecture and Patterns Training in Ontario