Software Architecture & Design Program
Strengthen your ability to think beyond individual code components and reason about complete software systems.
Program Overview
This program helps experienced technology professionals strengthen their ability to think beyond individual code components and reason about complete software systems. The emphasis is on architecture thinking, system design, scalability, reliability, maintainability, integration, technology choices, architecture trade-offs, and the evolution of software systems.
The central capability journey:
01 — Architecture Thinking
Understand how business requirements, technical constraints and system qualities influence architecture.
02 — System Design
Design software systems that are scalable, maintainable and appropriate for their context.
03 — Architecture Trade-offs
Evaluate alternatives and make informed decisions around performance, reliability, complexity, cost and maintainability.
04 — Modern Software Systems
Understand architectural approaches used in APIs, distributed systems, microservices, event-driven systems and cloud-based applications.
What You'll Learn
- Think systematically about software architecture
- Translate requirements into architecture considerations
- Identify important quality attributes
- Design system boundaries and components
- Design scalable software systems
- Understand distributed system considerations
- Evaluate APIs and integration approaches
- Understand microservices and event-driven architectures
- Analyze architecture trade-offs
- Communicate and document architecture decisions
Curriculum Modules
01 — Foundations of Software Architecture
What is software architecture? Architecture vs design, Architecture responsibilities, Business and technical context, Quality attributes, Architecture decision thinking.
02 — Requirements & Quality Attributes
Functional requirements, Non-functional requirements, Scalability, Availability, Reliability, Performance, Security, Maintainability.
03 — System Design Fundamentals
System boundaries, Components, Interfaces, APIs, Data flow, Dependencies, Layered design.
04 — Distributed Systems & Scalability
Distributed system concepts, Horizontal and vertical scaling, Load balancing, Caching, Availability, Resilience, Failure considerations.
05 — APIs, Microservices & Integration
API design, REST concepts, Service boundaries, Microservices considerations, Integration patterns, Synchronous vs asynchronous communication.
06 — Event-Driven & Modern Architectures
Events, Messaging, Event-driven architecture, Producers and consumers, Asynchronous workflows, When event-driven architecture makes sense.
07 — Architecture Trade-offs & Decision Making
Evaluating alternatives, Technology selection, Complexity vs simplicity, Cost vs capability, Performance vs maintainability, Architecture Decision Records.
08 — Designing & Evolving Real Systems
End-to-end system design, Architecture reviews, Identifying risks, Evolution strategies, Refactoring architecture, Communicating architecture decisions.
Practical Application
Analyze an existing software system
Identify functional and non-functional requirements
Design a system architecture
Define components and interfaces
Evaluate scalability considerations
Compare architectural alternatives
Design API and integration approaches
Create architecture decision records
Review an architecture for risks and trade-offs
Evolve a system design based on changing requirements
Prerequisites
Professional software development experience
Understanding of programming concepts
Familiarity with APIs and databases
Basic understanding of cloud or distributed systems is helpful
Frequently Asked Questions
Who is this program designed for?
Software engineers, tech leads, and IT professionals looking to develop system-level architecture thinking.
Do I need software development experience?
Yes. The program assumes practical software development experience to properly engage with system design concepts.
Is this suitable for Technical Leads and Architects?
Yes, it is designed to formalize and strengthen architecture decision-making and system evaluation skills for senior technical roles.
Is the program focused on coding?
No. The focus is on architecture thinking, design trade-offs, and system interactions, rather than framework-specific programming.
What types of architectures are covered?
We cover foundational system design, distributed systems, APIs, microservices, and event-driven architectures.
Is the program hands-on?
Yes. Practical application involves designing systems, evaluating trade-offs, writing architecture decision records, and reviewing designs.
Ready to take the next step?
Discuss your learning, career development or organizational technology capability needs.
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