Course overview
Blockchain Technology, Digital Assets & Web3 is a comprehensive professional course designed to provide participants with a practical understanding of blockchain technology, digital assets and the emerging Web3 ecosystem. The course moves beyond the basic concepts of cryptocurrency to examine how decentralized technologies are transforming financial services, business operations, digital identity, asset ownership, payments, supply chains and digital services.
Participants will explore blockchain architecture, distributed ledgers, consensus mechanisms, cryptocurrencies, tokens, digital wallets, smart contracts, decentralized applications, DeFi, NFTs, tokenization and Web3 platforms. The course also addresses digital-asset security, blockchain risks, regulatory and compliance considerations, and practical organizational applications, enabling participants to evaluate opportunities for adopting blockchain and Web3 technologies.
Course objectives
- Explain blockchain technology, distributed ledger systems and the key principles underlying decentralized digital ecosystems.
- Identify digital-asset security, governance, regulatory and operational risks and evaluate appropriate approaches for responsible organizational adoption.
- Assess practical applications of blockchain, digital assets and Web3 across financial services, business, government and other sectors.
- Explain the role of smart contracts, decentralized applications, DeFi and other technologies within the Web3 ecosystem.
- Understand different types of digital assets, cryptocurrencies, tokens, wallets and blockchain-based transactions.
Who should attend
IT professionals, software developers, FinTech professionals, banking and financial-services professionals, accountants, auditors, business managers, entrepreneurs, consultants, government officers, cybersecurity professionals, compliance and risk professionals, digital-transformation teams, project managers, students and technology professionals interested in blockchain and Web3.
Course content
- Module 1: Blockchain Technology and Distributed Ledger Systems Introduction to blockchain technology, evolution of distributed ledger technology, blockchain and traditional databases, centralized versus decentralized systems, distributed systems, charact
- Module 2: Cryptography, Consensus and Blockchain Transactions Introduction to cryptography, cryptographic hashing, hash functions, public and private keys, digital signatures, blockchain addresses, transaction creation, transaction validation, transactio
- Module 3: Cryptocurrency, Tokens and Digital Assets Introduction to cryptocurrency, Bitcoin and the evolution of digital currencies, cryptocurrency versus traditional currencies, coins and tokens, native blockchain assets, utility tokens, governance toke
- Module 4: Smart Contracts and Decentralized Applications Introduction to smart contracts, characteristics of smart contracts, smart contracts versus traditional contracts, smart-contract lifecycle, programmable blockchain platforms, Ethereum and other sm
- Module 5: Web3 Ecosystem and Decentralized Finance Introduction to Web3, Web1, Web2 and Web3, principles of Web3, decentralized internet concepts, Web3 architecture, Web3 infrastructure, wallets and Web3 identity, decentralized applications, decentralize
- Module 6: Blockchain Applications and Digital Transformation Blockchain in banking and financial services, blockchain for payments and remittances, blockchain in insurance, blockchain for supply-chain management, blockchain for logistics and trade, block
- Module 7: Digital Asset Security, Governance, Risk and Compliance Digital-asset security principles, cryptocurrency wallet security, private-key protection, seed-phrase security, multi-factor authentication, custodial security, transaction security, phis
- Module 8: Emerging Trends, Tokenization and the Future of Web3 Real-World Asset (RWA) tokenization, tokenized securities and financial assets, digital identity, Central Bank Digital Currencies (CBDCs), stablecoin developments, blockchain interoperability
General notes
- Practical Approach The course uses hands-on demonstrations, guided practical exercises, case studies and real-world blockchain applications. Participants can explore blockchain explorers, examine real blockchain transactions and blocks, analyse wallet addresses and transaction histories, work with cryptocurrency testnet wallets, explore smart-contract and DApp concepts, investigate tokenization examples, examine DeFi applications and assess blockchain solutions for organizational scenarios.
- No cryptocurrency purchase is required for practical exercises. Where wallets or transactions are demonstrated, testnet or controlled learning environments can be used.
Schedule & fees
| Dates | Location | Duration | Fee (USD) |
|---|
| 05/04/2027 - 09/04/2027 |
Nairobi,kenya or Virtual |
5 Days |
$1,500 |
| 02/08/2027 - 06/08/2027 |
Kigali,Rwanda |
5 Days |
$2,000 |
| 04/10/2027 - 08/10/2027 |
Mombasa,Kenya |
5 Days |
$1,500 |