About This Course
Emphasizes the live project aspect, simulating how real-world companies build and scale systems
What You Will Learn
Learn to design scalable, fault-tolerant systems, understand trade-offs, build microservices architectures, design APIs, optimize performance, and master system design interviews.
Course Curriculum
Introduction to System Design
Overview of system design principles, importance of scalability, fault tolerance, and high availability. We’ll also introduce the different types of systems (monolithic, microservices, etc.).
🧩 Live Project:
Designing Scalable Systems
Learn the core concepts of scalability, how to scale your system horizontally and vertically, and how to handle high traffic loads with distributed systems.
🧩 Live Project:
Fault Tolerance and High Availability
Understand how to design fault-tolerant systems and ensure high availability. Learn about replication, sharding, and disaster recovery strategies.
🧩 Live Project:
API Design and RESTful Services
Explore the principles behind RESTful API design, versioning, rate limiting, and security. Best practices for designing efficient, scalable APIs.
🧩 Live Project:
Databases and Caching Strategies
Learn about different types of databases (SQL vs NoSQL), caching strategies, and how to design systems that can handle large-scale data efficiently.
🧩 Live Project:
Distributed Systems and Microservices
An introduction to distributed systems architecture and how to design microservices. Focus on patterns like eventual consistency, CAP theorem, and more.
🧩 Live Project:
Performance Optimization and Load Balancing
Techniques for optimizing system performance, load balancing, monitoring, and tuning your systems to maintain peak performance.
🧩 Live Project:
Designing for Fault Tolerance: Hands-on Project
Capstone project where students design a fault-tolerant system. Practical implementation of concepts learned throughout the course.
🧩 Live Project: