Module	Topics Covered Duration
Module 1: Introduction to Blockchain	– Historical context and evolution of blockchain – Demystifying buzzwords: distributed ledger, consensus mechanisms, cryptography 2 hours – Understanding decentralization and its implications
Module 2: Cryptography in Blockchain Module 3: Nodes and Consensus Mechanisms Module 4: Public Blockchain Platforms	– Basics of Cryptography – The power of cryptography: Hashing, signatures, 2 hours and security – Different types of Nodes 2 hours – Consensus Algorithms – Introduction to Ethereum – Smart Contracts 2 hours – Wallet
Module 5: Public Blockchain Platforms	– Blockchain layers (L0, L1, L2, L3) 2 hours – Other Blockchain Platforms
Module 6: Beyond Bitcoin: A Universe of Applications	– Exploring diverse applications beyond 2 hours cryptocurrencies (supply chain, healthcare, voting)

 

	– Case studies of successful blockchain implementations
Module 7: Build a basic blockchain (Optional)	– Python programming intro – Cryptography and hashing in Python – Design a blockchain block 3 hours + – Implement a chain of blocks – Add transactions and simple Proof-of-Work

 

Ethereum & Solidity: The Comprehensive Developer’s Guide to Building dApps

Prerequisites for Ethereum & Solidity: The Comprehensive Developer’s Guide to Building dApps course: 1. Understanding of basic blockchain concepts

2. A strong foundation in at least one programming language is crucial.
3. Familiarity with web development concepts specially HTML, CSS, JS, React
4. Understanding fundamental data structures and algorithms

What you’ll learn:

1. Overview of Ethereum and EVM based blockchain
2. In-depth coverage of the Solidity programming language.
3. Writing secure smart contracts and identifying vulnerabilities.
4. Using web3.js or ether.js libraries to interact with Ethereum nodes and smart contracts from a web application.
5. Creating custom tokens on the Ethereum platform
6. Building decentralized applications on the Ethereum platform.

Module	Topics Covered Duration
Module 1: Introduction to Blockchain Development	– Blockchain fundamentals (distributed ledger technology, consensus mechanisms, cryptography) 4 hours – Basics of Smart Contracts – Ethereum

 

Module 2: Smart Contract Development Fundamentals

– Programming concepts for smart contracts (variables, data types, control flow)

6 hours

 

	– Functionalities and events in smart contracts
Module 3: Ethereum Development Tools	– Hardhat Framework 2 hours – EtherJs
Module 4: Smart Contract Testing	– Mocha 2 hours + – Chai
Module 5: Advanced Smart Contract Development	– Token Standards (ERC-20, ERC-721 etc.) 2 hours – Advanced Solidity Concepts

 

Module 6: Decentralized

Application (DApp) Development Module 7: Blockchain Security

Module 8: Final Project – DApp Development

Course Summary : 

– Introduction to DApp Development – Building a Simple DApp

– Security Best Practices for Smart Contracts – Auditing and Testing

– Project Proposal

– Project Development

– Project Presentation and Evaluation

4 hours

2 hours

Depends on Students

 

Subject Comments

Blockchain Fundamentals course – 16 hours (4 weeks approximately)

Ethereum & Solidity: The Comprehensive Developer’s – 24 hours (8 weeks approximately) Guide to Building dApps Computer and Network Connectivity – Required