Hyperledger Fabric Project | Donation Tracking System

This hands-on course is designed to help you build a complete real-world project using Hyperledger Fabric by developing a Donation Tracking System (MVP) from scratch.Instead of only learning theory, you will work on a practical enterprise-grade use case where donations are transparently recorded, tracked, and audited using a permissioned blockchain network.Throughout the course, you will learn how to design, develop, and deploy a Hyperledger Fabric network, write production-ready chaincode, and interact with the blockchain using a Node.js backend — exactly how it’s done in real industry projects.- What You’ll BuildYou will build a Donation Tracking System MVP where:Donors can make donationsNGOs/Admins can track and verify donationsTransactions are immutable and auditableAccess is controlled using organization-level permissionsData is stored and queried efficiently using CouchDB- What You’ll LearnHyperledger Fabric architecture (Peers, Orderers, MSP, Channels)Designing a real-world blockchain use caseWriting Chaincode (Smart Contracts) in JavaScriptUsing CouchDB for rich queriesRole-based access control using MSPInteracting with Fabric using Node.js SDKChaincode lifecycle and deploymentSecure transaction flow in a permissioned networkBuilding an MVP suitable for hackathons, startups, or enterprise POCs- Who This Course Is ForBlockchain developers who want hands-on Fabric experienceStudents and professionals preparing for enterprise blockchain rolesDevelopers who already know blockchain basics and want real project exposureHackathon participants (SIH, college projects, MVP development)Anyone building permissioned blockchain solutions- PrerequisitesBasic understanding of blockchain conceptsFamiliarity with JavaScript (Node.js)Basic Linux & Docker knowledge is helpful (but not mandatory)- Why This Course? Real-world project, not just theory Industry-relevant architecture Step-by-step explanations Clean MVP design you can extend Perfect for resumes, interviews, and demos