Software Architect Training Syllabus & Modules
Complete dynamic pacing topics, hand-on tools, and project milestones.
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Detailed Syllabus
Below is the comprehensive, module-by-module curriculum. As this training is strictly 1-to-1, we can adjust the syllabus scope or spend more time on specific modules based on your learning speed.
Course Prerequisites
At least 2 years of active programming experience in Java, Python, Go, Node.js or C#, and a strong understanding of database connections and web server routing.
Full Curriculum Structure
Module 1: Domain-Driven Design & Enterprise Microservices
4 Weeks- Domain-Driven Design (DDD): Bounded Contexts, Aggregates & Ubiquitous Language
- Decomposing Monoliths into Scalable Microservices
- API Gateway, Service Mesh & Distributed Tracing (OpenTelemetry)
- Database per Service vs Shared Database Strategies
Module 2: High-Throughput Event-Driven Systems (EDA)
4 Weeks- Asynchronous Messaging with Apache Kafka & RabbitMQ
- CQRS (Command Query Responsibility Segregation) Architecture
- Event Sourcing & Transactional Outbox Pattern
- Distributed Caching Architectures with Redis 7 & Cache Invalidation
Module 3: Distributed Transactions & Fault Tolerance
4 Weeks- Managing Distributed Transactions with the Saga Pattern
- Resilience Patterns: Circuit Breaker, Rate Limiting, Bulkhead & Retry with Backoff
- CAP Theorem, PACELC Theorem & Consistency Trade-Offs
- Database Sharding, Partitioning & Global Replication Strategies
Module 4: System Design Interview Prep & Live Capstone
4 Weeks- High-Level Design (HLD): Designing Distributed Systems (Netflix, Uber, WhatsApp)
- Low-Level Design (LLD): Object-Oriented Design Patterns & UML Modeling
- Cloud-Native Well-Architected Framework (AWS/GCP/Azure)
- Live Enterprise Software Architecture Consulting Project
Tools & Technologies Mastered
You will gain hands-on operational capability in these tools during screenshare coding loops, creating real repositories.
Hands-on Lab Assignments & Projects
- Project 1: Domain-Driven Design (DDD) sequence models and boundary architecture maps for an enterprise portal.
- Project 2: Highly available distributed database staging environment with master-slave replication and Redis layer.
- Project 3: Real-time event-driven transaction processor using Apache Kafka partitions and consumer groups.
- Project 4: Complete microservices backend cluster deployed on AWS Elastic Kubernetes Service (EKS) with Prometheus dashboards.
Syllabus FAQs
When does the next 1-to-1 training intake start?
Intakes start twice monthly on the 1st and 15th. The next upcoming 1-to-1 intake starts on November 15, 2026 (with secondary intake on December 1, 2026).
When does the next 1-to-1 training intake start?
Intakes start twice monthly on the 1st and 15th. The next upcoming 1-to-1 intake starts on November 15, 2026 (with secondary intake on December 1, 2026).
Is the Software Architecture & System Design syllabus updated for modern industry standards?
Yes. Our syllabus is continuously updated to cover the latest versions of System Design, Microservices, Event-Driven Architecture, Distributed Systems, Enterprise Design Patterns and modern production software engineering practices.
Can the syllabus be customized for my current skill level?
Because all sessions are strictly 1-to-1, your mentor can adjust module depth or accelerate topics based on your existing knowledge and target career goals.
Does the syllabus focus on theoretical concepts or hands-on coding?
Over 80% of training time is dedicated to live hands-on coding, terminal execution, pull request reviews, and building production applications.
Student Success Stories
Real feedback from students who completed our 1-to-1 virtual Software Architect Training training.
"I wanted to transition from coding features to designing system layouts. The 1-to-1 screenshares with a senior architect on Kafka partition sizing and Redis cache invalidation strategies were extremely practical. Highly recommended."
"Scaling our MySQL database and migrating to microservices was a challenge at my company. The architectural review sessions helped me map out a Saga pattern transaction flow from scratch. Vetting my topology layout on Kubernetes was excellent."
"Vetted system architectural layouts under real-world traffic load simulation. The 1-to-1 session focusing on Kubernetes ingress configurations, load testing with JMeter, and Grafana monitoring dashboard setups gave me the confidence to handle our enterprise SaaS migrate rounds. Outstanding code-first mentorship."