Program Curriculum

• Module 1

  Introduction to Blockchain (Crypto, Web3)

  Course Content

  • Fundamentals of Blockchain: Explore the history, terminology, and core principles of blockchain technology, including how it enables decentralization and the creation of trustless systems.
  • Cryptocurrencies and Digital Assets: Delve into the world of cryptocurrencies, examining how they function, their use cases, and the impact they have on traditional financial systems.
  • Smart Contracts and DApps: Understand the role of smart contracts in automating agreements and the development of decentralized applications (DApps) that run on blockchain networks.
  • Web3 and the Future of the Internet: Discuss the vision of Web3 as the next evolution of the web, where users have control over their data, and services are decentralized.
• Module 2

  Crypto Currency and Bitcoin

  Course Content

  • Introduction to Bitcoin: Discuss Bitcoin’s origin, its role as the first decentralized digital currency, and its underlying technology, blockchain. Highlight Bitcoin’s significance in the context of the Cypherpunk movement and Libertarian ideals.
  • Mechanics of Bitcoin: Explain the technical aspects, including cryptographic hash functions, Bitcoin Script, privacy features, and hash commitment schemes. This will provide a deeper understanding of how Bitcoin transactions are secured.
  • Bitcoin Mining and Wallets: Cover the process of mining, which secures the network and processes transactions, and the use of wallets for storing and managing Bitcoin, emphasizing security best practices.
  • Cryptocurrency Market and Trading: Offer insights into the cryptocurrency market dynamics, trading strategies, and the risks involved. Discuss the impact of cryptocurrencies on traditional financial systems and the potential for future developments.
• Module 3

  Ethereum and Smart Contracts

  Course Content

  • Ethereum Blockchain Overview: Introduce Ethereum as a decentralized platform that enables the creation and execution of smart contracts and decentralized applications (DApps), highlighting its unique features such as the Ethereum Virtual Machine (EVM) and Ether (ETH), the platform’s native cryptocurrency.
  • Smart Contract Development: Explain the process of writing, testing, and deploying smart contracts using Solidity, the primary programming language for Ethereum smart contracts. Emphasize the importance of security practices and common vulnerabilities to be aware of.
  • DApp Architecture: Discuss the structure of a typical DApp, including the front-end user interface, smart contract back-end, and how they interact with the Ethereum blockchain. Cover the use of web3 libraries for connecting a DApp to a blockchain network3.
  • Use Cases and Real-World Applications: Provide examples of how smart contracts are being used in various industries such as finance, supply chain, and gaming. Explore the potential impact of Ethereum and smart contracts on these sectors and the challenges faced during implementation.
• Module 4

  Tokenisation, Defi , Layer 2's on Ethereum and Solana Blockchain

  Course Content

  • Tokenization: Explain the concept of tokenization, the process of converting rights to an asset into a digital token on a blockchain. Discuss various types of tokens, such as utility tokens, security tokens, and non-fungible tokens (NFTs), and their use cases in representing real-world assets digitally.
  • Decentralized Finance (DeFi): Delve into the DeFi ecosystem, which encompasses financial services on the blockchain that are open, permissionless, and interoperable. Cover key DeFi components like decentralized exchanges (DEXs), lending platforms, yield farming, and liquidity mining.
  • Layer 2 Solutions on Ethereum: Introduce Layer 2 scaling solutions designed to improve the throughput and efficiency of the Ethereum network. Discuss various Layer 2 approaches, such as rollups, sidechains, and state channels, and how they help in reducing fees and transaction times.
  • Solana Blockchain: Present an overview of the Solana blockchain, known for its high throughput and low transaction costs. Highlight Solana’s unique consensus mechanism, Proof of History (PoH), and its significance in the context of DeFi and dApp development.
• Module 5

  Hyperledger, Corda etc. (Enterprise solutions)

  Course Content

  • Introduction to Enterprise Blockchains: Define enterprise blockchains and how they differ from public blockchain networks. Introduce Hyperledger and Corda as leading platforms designed for enterprise use, emphasizing their suitability for business applications due to features like permissioned networks, enhanced privacy, and scalability.
  • Hyperledger Fabric: Explore Hyperledger Fabric’s architecture, including its modular and configurable design, which allows for the creation of private channels and the use of chaincodes (smart contracts) for business processes. Discuss its consensus mechanism and how it enables businesses to streamline operations.
  • Corda Platform: Delve into Corda’s design as a distributed ledger platform specifically tailored for financial services. Highlight its point-to-point data broadcast system, the ability to ensure privacy by limiting data access to transaction participants, and its support for complex transactions and regulatory compliance.
  • Comparative Analysis: Provide a comparative analysis of Hyperledger and Corda, discussing their respective strengths and use cases. For example, while Hyperledger offers a broad range of industry applications, Corda is more focused on financial services and ensures transaction privacy by design.
• Module 6

  Infrastructure development and modular blockchains ( Chails, Polkadot, Cosmos, Eigenlogin etc.)

  • Modular Blockchain Architecture: Explain the concept of modular blockchains, which separate the core functions of a blockchain into distinct layers such as execution, consensus, and data availability. This design allows for more specialized and efficient processing, potentially solving scalability issues faced by monolithic blockchains1.
  • Interoperability and Cross-Chain Communication: Discuss how modular blockchains like Polkadot and Cosmos enable different blockchains to communicate and transfer value, data, and logic. This interoperability is crucial for creating a connected and scalable multi-chain ecosystem.
  • Layer 2 Scaling Solutions: Cover the development of Layer 2 solutions, which operate on top of a base blockchain (Layer 1) to enhance transaction speed and reduce costs. Examples include rollups and sidechains, which are integral to Ethereum’s scaling strategy.
  • Case Studies of Modular Blockchains: Provide real-world examples of modular blockchains in action. Discuss projects like Chainlink (often stylized as Chainlink or Chails), which provides decentralized oracle services, and EigenLayer, which enables reusable security and interoperability for various applications.
  • These points offer a comprehensive overview of the current trends and developments in blockchain infrastructure, focusing on modularity and scalability solutions.

  Web3 ecosystem, decentralized projects on web3 , NFT, Metaverse, Social communities, DAO, FWB , Metacartel, Veefried

  Web3 Ecosystem

  • Decentralization: Web3 runs on blockchain technology, ensuring data isn’t stored in one central location, eliminating the need for intermediaries.
  • Interactivity: Users are not just viewers but active participants in the ecosystem.
  • Smart Contracts: Code that executes transactions automatically under specific conditions.
  • Permissionless: Everyone has equal access to participate, with no exclusions.

  Decentralized Projects on Web3

  • Innovation: Projects like Nuklai push the boundaries of blockchain, NFTs, and smart contracts.
  • Governance Decentralization: Many unrelated parties work together to control systems, rather than a single entity.
  • Permissionless Architectures: Anyone can add their node to the system, fulfilling hardware and software requirements.
  • Blockchain Network Nodes: Different implementations contribute to Web3 in unique ways, such as Ethereum focusing on security.

  NFT (Non-Fungible Tokens)

  • Uniqueness: Each NFT is a one-of-a-kind digital asset5.
  • Blockchain Secured: NFTs are difficult to counterfeit due to blockchain technology.
  • Ownership Proof: NFTs represent ownership of digital property.
  • High Liquidity: NFTs are easily sold due to their popularity.

  Metaverse

  • Immersive: Incorporates avatars and virtual land for real-time interactivity.
  • Blockchain-based: Operations are secured and transparent through blockchain technology.
  • AI Intersection: Utilizes artificial intelligence for enhanced experiences.
  • Social Interactions: Focuses on community and social engagement within the virtual space.

  Social Communities in Web3

  • Education: Communities provide resources to educate members on emerging technologies.
  • Community Management: Effective leadership and clear vision guide decision-making.
  • Incentives: Members are rewarded for contributions, fostering growth and participation.
  • Diversity: Inclusive communities provide a safe space for collaboration.

  DAO (Decentralized Autonomous Organizations)

  • Trustless Systems: Operate without the need for trust in a human or centralized party.
  • Contribution-led Model: Members capture value through their contributions, not titles or past experience.
  • Reputation Economics: Rewards and incentives are given based on on-chain reputation.
  • Automated Decision-making: Operations are transparent and records are immutable.

  FWB (Friends With Benefits)

  • Non-committal: Relationships are casual and devoid of emotional attachment.
  • Consensual: Both parties are aware of and comfortable with the arrangement.
  • No Exclusivity: Individuals are free to explore other connections outside the arrangement.
  • Open Communication: Essential to avoid confusion and hurt feelings.

  MetaCartel

  • Web3 Focus: A supportive ecosystem for creators and builders at the forefront of Web3 and DAOs.
  • Community-Driven: Emphasizes collective progress through community involvement.
  • Innovation Incubator: Supports impactful projects in the ecosystem.
  • Diverse Participation: Offers various ways to join and contribute to the community.

  VeeFriends

  • User Experience: Prioritizes safety and an unparalleled user experience for Web3 users.
  • Community Value: Committed to providing unique opportunities and value to its community.
  • Collectables: Introduced physical collectables in the form of trading cards with utilities.
  • New Features: Includes a new login system and notification systems for enhanced interaction.
• Module 7

  Emerging topics in Blockchain (ZKP, Rollups , data accessibility, scalability)

  Course Content

  • Zero-Knowledge Proofs (ZKPs): Introduce ZKPs as a cryptographic method that allows one party to prove to another that a statement is true without revealing any information beyond the validity of the statement itself. Discuss its applications in enhancing privacy and security in blockchain transactions.
  • Rollups: Explain rollups as a Layer 2 scaling solution that processes transactions outside the main Ethereum chain (off-chain) and then posts the data back to the main chain. Differentiate between Optimistic Rollups and ZK-Rollups, highlighting how ZK-Rollups use ZKPs for validation, leading to increased scalability and efficiency.
  • Data Accessibility: Cover the importance of data availability and accessibility in blockchains for ensuring transparency and security. Discuss emerging solutions that address data accessibility challenges, such as data sharding and off-chain storage options.
  • Scalability Solutions: Delve into the various approaches to solving the scalability challenge in blockchain, including Layer 1 solutions like sharding, which divides the blockchain into smaller, more manageable pieces, and Layer 2 solutions like state channels and sidechains, which move transactions off the main chain to increase throughput.
• Module 8

  Blockchain RWA, Audit

  Course Content

  • Blockchain and Real-World Asset (RWA)Tokenization: Explore how blockchain technology is used to tokenize real-world assets, such as real estate, art, and commodities, converting them into digital tokens that can be traded and managed on a blockchain.
  • Auditing Blockchain Transactions: Discuss the challenges and methodologies for auditing blockchain transactions, including the verification of smart contracts, transaction histories, and the unique aspects of decentralized ledger technology.
  • Regulatory Compliance and Blockchain: Cover the regulatory landscape for blockchain and tokenized assets, focusing on compliance with existing financial regulations, anti-money laundering (AML) requirements, and Know Your Customer (KYC) processes.
  • Risk Management in Blockchain Implementations: Delve into risk management strategies for blockchain implementations, addressing operational risks, cybersecurity concerns, and the management of private keys and wallets.
  • These topics aim to provide a comprehensive understanding of the intersection between blockchain technology and the auditing processes for real-world assets.
• Module 9

  DLT Blockchain applications and Blockchain use, cases, introduction to online research

  Course Content

  • Understanding DLT and Blockchain: Clarify the distinction between Distributed Ledger Technology (DLT) and blockchain, explaining how blockchain is a type of DLT with a specific structure for organizing data into blocks. Highlight the various applications of DLT beyond cryptocurrencies, such as in supply chain management, healthcare, and identity verification.
  • Exploring Blockchain Use Cases: Dive into real-world examples of blockchain applications across different industries. Discuss how blockchain’s features like immutability, transparency, and security are leveraged in use cases such as smart contracts, digital identity, and decentralized finance (DeFi).
  • Introduction to Online Research in Blockchain: Offer guidance on conducting online research in the blockchain field. Cover the use of academic databases, preprint servers, and industry reports to find relevant and credible information. Emphasize the importance of critical evaluation of sources and staying updated with the latest developments.
  • Emerging Trends in Blockchain: Analyze the current trends and future directions in blockchain research. Discuss topics like scalability solutions, privacy enhancements with Zero-Knowledge Proofs (ZKPs), and the integration of blockchain with other technologies like the Internet of Things (IoT) and artificial intelligence (AI).
• Module 10

  CBDC, Laws and regulations

  Course Content

  • Introduction to CBDCs: Define Central Bank Digital Currencies (CBDCs) and their purpose. Discuss how they differ from traditional money and other digital currencies, and the potential benefits and challenges they present to the financial system.
  • Blockchain’s Role in CBDCs: Explore how blockchain technology underpins the operation of CBDCs, providing security, transparency, and efficiency. Discuss different blockchain architectures that can support CBDCs and the considerations for choosing one over another.
  • Legal Framework and Compliance: Delve into the legal aspects surrounding CBDCs, including the need for a robust legal framework to address issues such as digital identity verification, privacy, and cross-border transactions. Discuss the importance of compliance with existing financial regulations and the potential need for new laws.
  • Regulatory Challenges and Governance: Address the regulatory challenges that arise with the implementation of CBDCs, such as ensuring financial stability, preventing money laundering, and fostering innovation while maintaining regulatory oversight. Explore governance models that can support the effective management of CBDCs.

• Eligibility

  • Educational Background: A bachelor's degree in computer science, information technology, or a related field with a minimum aggregate score (e.g., 50%-60%)1.
  • Foundational Knowledge: A basic understanding of mathematics and familiarity with fundamental concepts of computer programming and algorithms.
  • Professional Experience: While not mandatory, some practical experience in the IT sector or previous exposure to blockchain technology could be beneficial.
  • Motivation and Commitment: A statement of purpose that reflects the applicant’s interest in blockchain technology and their commitment to pursuing a career in this field.
  • These criteria aim to ensure that participants have the necessary background to benefit from the course and contribute to the learning experience.