• Understand the principles of blockchain and smart contracts in public-sector applications
• Equip participants with the skills to design, evaluate, and audit smart contracts
• Strengthen transparency, efficiency, and accountability in government service delivery
• Mitigate risks associated with automation, cybersecurity, and contract integrity
• Fundamentals of blockchain technology and decentralized systems
• What smart contracts are and how they work
• Benefits of smart contract adoption in public services
• Global examples of blockchain-enabled governance
• Automating public procurement and service delivery
• Digital identity and citizen verification systems
• Welfare distribution, grants, and subsidy automation
• Land registry, licensing, and permit management
• Transparency and anti-corruption applications
• Smart contract architecture and components
• Common blockchain platforms used in the public sector (Ethereum, Hyperledger, etc.)
• Writing and deploying smart contracts using standard languages (e.g., Solidity)
• Testing and validating contract logic before deployment
• Identifying vulnerabilities and logical weaknesses
• Common smart contract risks: reentrancy, overflow, data manipulation, access-control flaws
• Automated auditing tools and manual review methods
• Creating audit reports with findings, risk ratings, and recommendations
• Ensuring cybersecurity across blockchain-based public systems
• Legal and regulatory considerations for smart contract use
• Data protection and privacy implications
• Frameworks for secure and compliant smart contract deployment
• Integrating smart contracts with existing government systems
• Change management and capacity-building for public workforce
• Vendor selection and collaboration with technology partners
• Monitoring, maintenance, and continuous improvement of deployed contracts
25, Queen street, Alagomeji Bus Stop, Yaba, Lagos