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Large-Scale Distributed System Design & Architecture 2026
4.8
Offered by Oracle & Spring FoundationSpecializationAccredited
Large-Scale Distributed System Design & Architecture 2026
Design high-availability systems scaling to 100M+ DAU: CAP theorem, Consistent Hashing, distributed transactions (Saga), Redis caching, and Kafka event streaming.
4.8(28,450 ratings)
•95,000 already enrolled
Instructor: Dr. Alexander Ross
Chair of Software Engineering · Oracle & Spring Foundation
Curriculum Overview
About This Course
Design high-availability systems scaling to 100M+ DAU: CAP theorem, Consistent Hashing, distributed transactions (Saga), Redis caching, and Kafka event streaming.
Throughout this track, you will transition from core conceptual mental models to building hardened, real-world software. Every module combines structured conceptual explanations with live in-browser coding katas, architectural diagrams, and automated test assertions. By completing the hands-on milestones, you build a verified portfolio demonstrating deep competency to engineering leaders and top employers.
Interactive In-Browser Katas
Write, compile, and debug real code in our integrated sandbox with instant test verification and syntax hints.
Production Architecture
Explore real enterprise patterns, memory trade-offs, concurrency paradigms, and scalable system design.
Verifiable Certificate
Earn an accredited, shareable digital credential authenticated by Oracle & Spring Foundation and ASCI Institute.
Portfolio Capstone Project
Build and deploy an end-to-end applied capstone deliverable ready to showcase on your GitHub and resume.
Curriculum Highlights & Architectural Focus
- The Scalability Foundation: Latency vs Throughput, Availability (99.999%), and CAP/PACELC
- Consistent Hashing & Virtual Nodes for Zero-Downtime Cache & Database Cluster Scaling
- High-Throughput Caching Topologies: Cache-Aside, Write-Through, Write-Behind & Thundering Herd
- Database Partitioning: Range, Hash & List Sharding with Distributed Consensus (Raft/Paxos)
- Event-Driven Microservices with Apache Kafka: Partition Keys, Consumer Groups & Exactly-Once
Technologies, Frameworks & Tooling Covered
System ArchitectureRedisKafkaPostgreSQL ShardingEnvoy L7Zookeeper
Course Specifications
Offered ByOracle & Spring Foundation
CredentialSpecialization
Skill LevelAdvanced
Curriculum3 Modules · 3 Lessons
Commitment12 Weeks · Self-Paced
InstructionEnglish · Auto Subtitles & Transcripts
CertificateIncluded upon Completion
Free Audit Available · Full Access Included with Plus
Who Should Take This Course?
Ideal for students, software engineers, and technical professionals aiming to master Large-Scale Distributed System Design & Architecture 2026, pass technical interviews, and build production-grade applications.
Official Partner Masterclass
Official Course Video & Keynote
Official Course Video:Oracle & Spring Foundation
Click to Watch Official Lecture
1080p HDLarge-Scale Distributed System Design & Architecture 2026
Official Lecture & WalkthroughKey Lecture Chapters & Timestamps
What you will learn
Key competencies verified by Oracle & Spring Foundation
Master production-grade engineering principles in Large-Scale Distributed System Design & Architecture 2026
Write clean, idiomatic, and highly maintainable code conforming to industry standards
Solve rigorous real-world problem sets with automated in-browser feedback
Build a portfolio-grade capstone project ready for technical interviews and resume presentation
Skills you will gain
Software EngineeringAlgorithmsClean CodeSystems ArchitectureProduction Deployment
Shareable Certificate
Earn a certificate upon completion backed by Oracle & Spring Foundation.
100% Online & Self-Paced
Start instantly and learn at your own schedule from any device.
Hands-on Challenge Katas
Write, compile, and debug real code in the browser IDE.
Flexible Deadlines
Reset deadlines according to your personal availability.
Syllabus: What is in this Specialization
3 Modules · 3 Lessons · 4 Capstone Projects
•
1
Module 1: Consistent Hashing & Ring Partitions
Distribute keys across dynamically autoscaling server clusters with minimal key remapping.
1.1
1.1 Consistent Hashing with Virtual Nodes
Map servers onto a $2^{32}-1$ integer ring. On server addition, only $\frac{K}{N}$ keys rehash.
Coding KataLaunch
2
Module 2: Distributed Caching & Cache Invalidation
Cache-aside pattern, Least Recently Used (LRU) evictions, and cache stampede mitigations.
3
Module 3: Distributed Transactions & The Saga Pattern
Orchestrate multi-service financial payments across asynchronous boundaries with compensating steps.
Capstone Applied Learning Project
Large-Scale Distributed System Design & Architecture 2026 Industry Capstone
Architect and deploy an end-to-end production application demonstrating all core competencies acquired throughout the Large-Scale Distributed System Design & Architecture 2026 curriculum.
Final Deliverable
Complete open-source repository with documentation, unit test suite, and deployment configuration.
Technologies & Stack
GitVS CodeTerminalDocker
Instructors
Learn from industry pioneers and senior educators from Oracle & Spring Foundation
Dr. Alexander Ross
Chair of Software Engineering
Oracle & Spring Foundation
Senior educator and systems architect with over 15 years of industry and academic experience.
91%
Positive Career Outcome
of graduates reported significant skill advancement and improved readiness for engineering roles.
Median reported compensation: ₹26,00,000 / year
Learner Reviews
4.8 out of 5(28,450 ratings)
January 2026
"Clear explanations, excellent hands-on challenge katas, and great pacing. Highly recommended."
Cameron ReedSoftware Developer at Atlassian
Verified LearnerFrequently Asked Questions
Answers to common queries about certificates, grading, and prerequisites