bolt Elite Certification

Blockchain

Advanced training in blockchain architecture, smart contracts and DApp development using Ethereum, Solidity and Hyperledger, preparing learners for roles as Blockchain Developer, Smart Contract Engineer, and Web3 Consultant.

Duration 24 Weeks
Contact Hours 432 Hrs
Level Advanced
Format Part time
school

Course Introduction

This advanced-level course provides comprehensive training on blockchain architecture, smart contracts, and decentralized application (DApp) development. Learners will build proficiency in Ethereum, Solidity, and Hyperledger, and gain exposure to blockchain deployment, token standards (ERC-20, ERC-721), cryptographic principles, consensus algorithms, and integration with Web3 protocols. The course prepares learners for roles such as Blockchain Developer, Smart Contract Engineer, and Web3 Consultant in startups, fintech, and enterprise-grade systems.

Learning Outcomes

psychology

Understand blockchain fundamentals, cryptographic mechanisms, and consensus models

code

Develop smart contracts using Solidity on Ethereum and test them using Remix and Hardhat

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Build and deploy DApps connected to Ethereum using Web3.js or Ethers.js

science

Understand tokenization, NFTs, DeFi protocols, and DAO models

hub

Work with permissioned blockchains like Hyperledger Fabric for enterprise use cases

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Set up blockchain networks, wallets, and interact with testnets and mainnets

forum

Prepare for global certifications (Ethereum Developer, Hyperledger) and freelance projects

Target Audience

  • group ICT graduates and early-career professionals seeking roles in blockchain and Web3
  • group Software developers aiming to upskill in decentralized technologies
  • group Freelancers pursuing smart contract or token development gigs
  • group Technologists planning to build DApps or work in crypto/blockchain startups
Enroll in Program

24 Weeks Duration.

24-Week Blockchain Roadmap

From cryptography and Solidity to DApps, Hyperledger and a live capstone

01

Blockchain Fundamentals

History, concepts, decentralized systems

02

Cryptography & Hashing

SHA-256, Merkle Trees, digital signatures

03

Consensus Mechanisms

PoW, PoS, DPoS, PBFT

04

Ethereum Overview

EVM, gas, transaction lifecycle

05

Solidity Programming I

Smart contract syntax, Remix IDE

06

Solidity Programming II

Events, modifiers, mappings

07

Testing Smart Contracts

Truffle, Hardhat, Ganache

08

DApp Development I

Web3.js, MetaMask, frontend integration

09

DApp Development II

Ethers.js, WalletConnect, Infura/IPFS

10

Token Standards

ERC-20, ERC-721, minting & airdrops

11

NFTs & DeFi Protocols

NFT metadata, Uniswap, staking

12

DAO & Governance Models

Voting, delegation, protocol rules

13

Hyperledger & Private Blockchains

Fabric, permissioned ledgers, BaaS

14

Chaincode & Fabric Setup

Chaincode development and network configuration

15

Blockchain Security & Attacks

Reentrancy, Sybil, 51%, gas griefing

16

Oracles & Real-World Integration

Chainlink, off-chain data feeds

17

Web3 Storage & IPFS

Decentralized hosting, NFT storage

18

Wallets & Blockchain Tools

MetaMask, Gnosis, Keplr, MyEtherWallet

19

Career Pathways & Freelance Readiness

Roles, gigs, portfolios, resumes

20

Capstone Planning

Idea proposal, scope, and tech stack

21

Capstone Execution

Coding, deployment, testing

22

Capstone Presentation

Live project demo and evaluation

Tools & Platforms

Stack

IDEs & Environments Remix, Hardhat, Truffle, VS Code

Stack

Blockchain Networks Ethereum (Testnets), Polygon, BSC

Stack

Web3 Integration Web3.js, Ethers.js, MetaMask

Stack

Token Tools OpenZeppelin, ERC Factory

Stack

Hyperledger Stack Hyperledger Fabric, Composer

Stack

Testing & Audit Ganache, MythX, Slither

Stack

Storage IPFS, Pinata, Filecoin

Stack

AI Support ChatGPT, GitHub Copilot, AI Solidity Prompting

Capstone Project

Design, Develop, and Deploy a Real-World DApp or Blockchain Use Case. Learners propose and build a blockchain application such as an NFT marketplace, DAO voting app, micro-insurance ledger or token distribution, then present it to a jury.

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Proposal and design for a blockchain-based application

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Smart contracts, with a frontend integration if applicable, tested extensively

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Deployment to testnet or mainnet

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Documentation of the architecture, codebase, and use case justification

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Live demo and Q&A before a jury

Ready to lead the Digital Revolution?

Join the next cohort and master the technologies shaping the future of global enterprise.