B.E Artificial Intelligence and Machine Learning Blockchain Lab Syllabus - Mumbai University 2026

Module 1: Local Blockchain: Introduction to Truffle, establishing local Blockchain using Truffle

• a) Cryptography in Blockchain and Merkle root tree hash

Module 2: Smart contracts and Chain code: Solidity programming language, chain code (Java/JavaScript/Go), deployment on Truffle local

• a) Creating Smart Contract using Solidity
• B Embedding wallet and transaction using Solidity

Module 3: Deployment and publishing smart contracts on Ethereum test network: Test networks (Ropsten/Gorelli/Rinkeby), deployment on Web3.js/Web3.py for interaction with Ethereum smart contract

• a) Blockchain platform ethereum using Geth.
• B Blockchain platform Ganache

Module 4

• Remix IDE and Metamask: Smart contract development and deployment using Metamask and Remix. Design and develop Crypto currency

Module 5

• Chain code deployment in Hyperledger Fabric: Chain code Hyperledger fabric Mini project: Study required front end tools

Module 6: Case Study on Hyperledger

Module 7: Case Study on Other Blockchain platforms.

Module 8: Creating a blockchain Application

Module 9: Mini-project on Design and Development of a DApps using Ethereum/Hyperledger Fabric: Implementation of Mini Project,

• 1. Design, configure and testing of mini project 2. Report submission as per guidelines 3. Implementation and Presentation of Mini Projects

Text Books

• 1 Ethereum Smart Contract Development, Mayukh Mukhopadhyay, Packt publication.
• 2 Solidity Programming Essentials: A Beginner's Guide to Build Smart Contracts for Ethereum and Blockchain, Ritesh Modi, Packt publication.
• 3 Hands-on Smart Contract Development with Hyperledger Fabric V2, Matt Zand, Xun Wu and Mark Anthony Morris, O’Reilly.
• 1 Mastering Blockchain, Imran Bashir, Packt Publishing
• 2 Introducing Ethereum and Solidity, Chris Dannen, APress.
• 3 Hands-on Blockchain with Hyperledger, Nitin Gaur, Packt Publishing. Mini project:
• 1 Students should carry out mini-project in a group of three/four students with a subject In-charge
• 2 The group should meet with the concerned faculty during laboratory hours and the progress of work discussed must be documented.
• 3 Each group should perform a detailed literature survey and formulate a problem statement.
• 4 Each group will identify the hardware and software requirement for their defined mini project problem statement.
• 5 Design, develop and test their smart contract/chain code.
• 6 Each group may present their work in various project competitions and paper presentations Documentation of the Mini Project The Mini Project Report can be made on following lines:
• 1 Abstract
• 2 Contents
• 3 List of figures and tables
• 4 Chapter-1 (Introduction, Literature survey, Problem definition, Objectives, Proposed Solution, Technology/platform used)
• 5 Chapter-2 (System design/Block diagram, Flow chart, Software requirements, cost estimation)
• 6 Chapter-3 (Implementation snapshots/figures with explanation, code, future directions)
• 7 Chapter-4 (Conclusion)
• 8 References
• 1 https://trufflesuite.com/
• 2 https://metamask.io/
• 3 https://remix.ethereum.org/
• 4 https://www.hyperledger.org/use/fabric