You will master the most effective strategies of cryptographic derivatives in the best digital university in the world, according to Forbes" 

Why Study at TECH?

TECH is the world's largest 100% online business school. It is an elite business school, with a model based on the highest academic standards. A world-class center for intensive managerial skills education.   

TECH is a university at the forefront of technology, and puts all its resources at the student's disposal to help them achieve entrepreneurial success"

At TECH Global University

Innovation

The university offers an online learning model that balances the latest educational technology with the most rigorous teaching methods. A unique method with the highest international recognition that will provide students with the keys to develop in a rapidly-evolving world, where innovation must be every entrepreneur’s focus.

"Microsoft Europe Success Story", for integrating the innovative, interactive multi-video system. 

The Highest Standards

Admissions criteria at TECH are not economic. Students don't need to make a large investment to study at this university. However, in order to obtain a qualification from TECH, the student's intelligence and ability will be tested to their limits. The institution's academic standards are exceptionally high...  

95% of TECH students successfully complete their studies.

Networking

Professionals from countries all over the world attend TECH, allowing students to establish a large network of contacts that may prove useful to them in the future.  

100,000+ executives prepared each year, 200+ different nationalities.

Empowerment

Students will grow hand in hand with the best companies and highly regarded and influential professionals. TECH has developed strategic partnerships and a valuable network of contacts with major economic players in 7 continents.  

500+ collaborative agreements with leading companies.

Talent

This program is a unique initiative to allow students to showcase their talent in the business world. An opportunity that will allow them to voice their concerns and share their business vision. 

After completing this program, TECH helps students show the world their talent.

Multicultural Context

While studying at TECH, students will enjoy a unique experience. Study in a multicultural context. In a program with a global vision, through which students can learn about the operating methods in different parts of the world, and gather the latest information that best adapts to their business idea.

TECH students represent more than 200 different nationalities.  

Learn with the best

In the classroom, TECH’s teaching staff discuss how they have achieved success in their companies, working in a real, lively, and dynamic context. Teachers who are fully committed to offering a quality specialization that will allow students to advance in their career and stand out in the business world. 

Teachers representing 20 different nationalities. 

TECH strives for excellence and, to this end, boasts a series of characteristics that make this university unique:   

Analysis

TECH explores the student’s critical side, their ability to question things, their problem-solving skills, as well as their interpersonal skills.  

Academic Excellence

TECH offers students the best online learning methodology. The university combines the Relearning method (postgraduate learning methodology with the best international valuation) with the Case Study. Tradition and vanguard in a difficult balance, and in the context of the most demanding educational itinerary. 

TECH is the world’s largest online university. It currently boasts a portfolio of more than 10,000 university postgraduate programs. And in today's new economy, volume + technology = a ground-breaking price. This way, TECH ensures that studying is not as expensive for students as it would be at another university.   

At TECH, you will have access to the most rigorous and up-to-date case analyses in academia” 

The Professional master’s degree in DeFi and Passive Income is based on a methodology in a 100% online format to adapt to the agendas of busy professionals. In this line, students will adapt the schedules and evaluation chronograms to their personal circumstances. In addition, the syllabus is complemented by a library full of multimedia resources to enrich learning (explanatory videos, interactive summaries, infographics, etc.).

Forget about memorizing! With the Relearning methodology you will integrate the concepts in a natural and progressive way" 

Syllabus

The Professional master’s degree in DeFi and Passive Income is an intensive program that will provide the entrepreneurs with a deep understanding of decentralized financial technology and how to leverage it to generate passive income in the world of digital finance.

Structured in 10 modules, the syllabus will address essential aspects in order to implement the best strategies to invest in cryptocurrencies safely.  

Through 1,500 hours of training, students will be prepared to face real-world challenges in the field of DeFi and Passive Income. Backed by the best faculty, graduates will evaluate the risks associated with these activities and make investment decisions from a holistic approach. 

This syllabus will thoroughly analyze the most effective tactics in decentralized finance, ranging from staking and yield farming  strategies to yield optimization. Professionals will thus understand the advantages of DeFi, including its global access and transparency. 

This is an academic pathway aimed at achieving the highest level of excellence in the financial landscape. In this way, they will delve into a new way of understanding the economy, while making the most of the business opportunities that arise around the cryptoworld. 

This DeFi and Passive Income takes place over 12 months andis divided into 10 modules: 

Module 1. Advanced DeFi and Passive Income Strategies 
Module 2. DeFi, Wallets and Security 
Module 3. Lending and Staking applied to DeFi 
Module 4. Yield Farming applied to DeFi 
Module 5. Liquidity and Decentralized Markets (DEX) 
Module 6. Tokenization of assets applied to DeFi and Passive Income 
Module 7. Passive Investment Strategies 
Module 8. NFTs and DeFi 
Module 9. Cryptographic Derivatives Strategies and Advanced Trading 
Module 10. Integration of DeFi into traditional investment strategies

Where, When and How is it Taught?

TECH offers the possibility of developing this Professional master’s degree in DeFi and Passive Income completely online. Throughout the 12 months of the educational program, you will be able to access all the contents of this program at any time, allowing you to self-manage your study time. 

Module 1. Advanced DeFi and Passive Income Strategies  

1.1. Optimization of Passive Revenues 

1.1.1. Staking and Yield Farming Strategies 
1.1.2. Yield Optimization in Liquidity Pools 
1.1.3. Revenue generation strategies with NFTs and DeFi tokens

1.2. Risk management in DeFi 

1.2.1. Risk assessment in DeFi protocols 
1.2.2. Portfolio diversification and loss mitigation 
1.2.3. Security tools and practices in DeFi 

1.3. Financing and lending in DeFi 

1.3.1. Lending and collateralization platforms 
1.3.2. Leverage strategies at DeFi 
1.3.3. Debt management and automatic payments 

1.4. Arbitrage strategies 

1.4.1. Identification of arbitrage opportunities in DeFi 
1.4.2. Tools and strategies for executing successful arbitrations 
1.4.3. Risks associated with DeFi arbitration 

1.5. Innovations in Passive Income 

1.5.1. Yield Farming in emerging protocols 
1.5.2. Participation in DAOs for passive income 
1.5.3. Exploration of NFT projects and their potential for revenue generation 

1.6. Taxation in the DeFi world 

1.6.1. Tax implications of DeFi transactions 
1.6.2. Compliance and reporting of cryptocurrency revenues 
1.6.3. Legal and tax advice on DeFi 

1.7. Exit and withdrawal strategies 

1.7.1. Exit planning of DeFi investments 
1.7.2. Strategies to secure gains and minimize losses 
1.7.3. Safe and efficient withdrawal of assets 

1.8. Passive Income Success Stories 

1.8.1. Case studies of projects that have achieved significant Passive Income 
1.8.2. Lessons learned from successful strategies 
1.8.3. Case studies of successful Staking and Yield Farming Strategies 

1.9. Development of a personal strategy in DeFi 

1.9.1. Definition of financial and investment objectives 
1.9.2. Creation of a diversified and sustainable portfolio 
1.9.3. Adapting to changing trends in the DeFi space 

1.10. Integration of DeFi into traditional investment strategies 

1.10.1. Incorporation of DeFi into a traditional investment portfolio 
1.10.2. Diversification strategies that include digital assets 
1.10.3. Importance of long term planning in DeFi and passive income 

Module 2. DeFi, Wallets and Security 

2.1. Multi-signature wallets: Strengthening security 

2.1.1. Functioning of multi-signature wallets 
2.1.2. Implementation of multi-signature wallets in transactions
2.1.3. Examples of cases in which multi-signature wallets have prevented fraud and losses

2.2. Wallet management in mobile devices 

2.2.1. Mobile wallets  
2.2.2. Wallet applications on iOS and Android devices 
2.2.3. Security and best practices in the use of mobile wallets 

2.3. Configuration and secure use of digital wallets 

2.3.1. Creating a wallet 
2.3.2. Private key management 
2.3.3. Performing secure transactions 

2.4. Cryptocurrencies and wallets 

2.4.1. Storage of Bitcoin and other popular cryptocurrencies 
2.4.2. Compatibility of wallets with different tokens
2.4.3. Multifunctional versus coin-specific wallets 

2.5. Security measures for digital wallets 

2.5.1. Two-factor authentication (2FA) 
2.5.2. Secure passwords and password management practices
2.5.3. Suspicious activity monitoring and alerts 

2.6. Hacking and loss of funds case studies 

2.6.1. Examples of famous hacks  
2.6.2. Common causes of loss of funds 
2.6.3. Lessons learned from past incidents 

2.7. Backup and recovery of funds 

2.7.1. Importance of backups 
2.7.2. Lost wallet recovery procedures 
2.7.3. Strategies to prevent unrecoverable loss 

2.8. Online vs. Offline wallets 

2.8.1. Advantages and disadvantages of each type 
2.8.2. Use of wallets in different contexts 
2.8.3. Risk mitigation strategies 

2.9. Public and private keys in digital wallets 

2.9.1. Operation of cryptographic keys 
2.9.2. Importance of keeping private keys secure 
2.9.3. Signing transactions with keys 

2.10. Advanced security strategies 

2.10.1. Cold storage and hardware wallets 
2.10.2. Segregated Witness (SegWit) and its impact on security 
2.10.3. Smart contracts and security in cryptocurrency wallets

Module 3. Lending and Staking applied to DeFi

3.1. Mechanisms of cryptocurrency loans 

3.1.1. Collateralized loans 
3.1.2. Uncollateralized loans (flash loans) 
3.1.3. P2P lending platforms 

3.2. Staking as validation and rewards 

3.2.1. How stakingworks 
3.2.2. Staking in blockchainnetwork security 
3.2.3. Reward generation 

3.3. Economic implications of lending and staking

3.3.1. Profitability and risks 
3.3.2. Comparison with traditional investments 
3.3.3. Diversification of digital assets 

3.4. Lending and Staking platforms 

3.4.1. Selection of reliable platforms 
3.4.2. Account registration and configuration 
3.4.3. Participation in loans and staking 

3.5. International legal and tax considerations 

3.5.1. International jurisdictions and regulations 
3.5.2. International cryptocurrency-related taxes 
3.5.3. International regulatory compliance 

3.6. Successful examples of lending and staking applied to DeFi 

3.6.1. Examples of successful lending and staking 
3.6.2. Lessons learned from past problems 
3.6.3. Risks and rewards in practice 

3.7. Advanced staking strategies 

3.7.1. Maximization of rewards 
3.7.2. Diversification Strategies 
3.7.3. Risk and portfolio management 

3.8. Security and private key practices 

3.8.1. Private key protection in staking 
3.8.2. Secure storage 
3.8.3. Recovery of funds 

3.9. Liquidity and performance strategies 

3.9.1. Liquidity providers 
3.9.2. Yield aggregation strategies 
3.9.3. Profit maximization in DeFi 

3.10. The future of lending and staking 

3.10.1. Emerging trends in lending and staking 
3.10.2. Integration with the global economy 
3.10.3. Long-term outlook 

Module 4. Yield Farming applied to DeFi 

4.1. Yield maximization strategies 

4.1.1. Yield farming with tokens  
4.1.2. Advanced yield-enhancing farming strategies 
4.1.3. Optimization of LP (Liquidity Provider) reward harvesting

4.2. Yield farming platforms and protocols 

4.2.1. Ethereum and binance smart chain (BSC) 
4.2.2. PancakeSwap, uniswap and sushiSwap
4.2.3. Emerging yield farming platforms 

4.3. Risk management in yield farming 

4.3.1. Inherent risks in yield farming 
4.3.2. Risk mitigation strategies 
4.3.3. Case studies of yield farming losses 

4.4. Yield maximization strategies 

4.4.1. Basic farm strategies 
4.4.2. Advanced farm strategies 
4.4.3. Yield farming tools and services 

4.5. International tax and regulatory implications 

4.5.1. DeFi and tax regulations 
4.5.2. Tax reporting for yield farmers 
4.5.3. Regulatory compliance in yield farming 

4.6. Recent trends and developments in DeFi 

4.6.1. Innovations in DeFi 
4.6.2. Layer integration  
4.6.3. Developments in NFT space and its relation to yield farming 

4.7. Successful case studies 

4.7.1. Case study 1: Yearn finance 
4.7.2. Case study 2: Compound Finance 
4.7.3. Case study 3: Aave 

4.8. Future prospects for yield farming

4.8.1. Scalability and sustainability 
4.8.2. Mergers and acquisitions in the DeFi space 
4.8.3. Interoperability with other blockchains 

4.9. Technical challenges and solutions in yield farming 

4.9.1. Solving impermanence problems 
4.9.2. AMM (Automated Market Maker) and slippage strategies 
4.9.3. Innovations in DeFi protocols 

4.10. Practical yield farming exercises 

4.10.1. Creating a DeFi Wallet 
4.10.2. Participation in a yield farming platform 
4.10.3. Analysis of results and lessons learned 

Module 5. Liquidity and Decentralized Markets (DEX)

5.1. Liquidity optimization strategies 

5.1.1. Liquidity in DeFi protocols 
5.1.2. Liquidity optimization strategies 
5.1.3. Efficient asset utilization in yield farming 

5.2. Decentralized Markets (DEX) 

5.2.1. The decentralized market and its operation 
5.2.2. Key differences between DEX and centralized exchange (CEX) 
5.2.3. Types of DEX and their characteristics

5.3. Popular DEX platforms 

5.3.1. Uniswap and its role in the DeFi Revolution 
5.3.2. SushiSwap and its governance model 
5.3.3. PancakeSwap and the DEX in the Binance Smart Chain (BSC)

5.4. Liquidity Providers in DEX 

5.4.1. Role and motivations of Liquidity Providers (LP)
5.4.2. Strategies and risks associated with liquidity provision
5.4.3. LP tools and calculators

5.5. DEX in differentblockchains 

5.5.1. Ethereumbased DEX (ERC-20)
5.5.2. DEX in Binance Smart Chain (BSC) 
5.5.3. DEX on other blockchains (Solana, Polygon, etc.) 

5.6. Risks and security measures in DEX 

5.6.1. Common attacks and vulnerabilities in DEX 
5.6.2. Security strategies for DEX users 
5.6.3. Smart contract audits 

5.7. Regulation and international legal framework in DEX 

5.7.1. Legal considerations for DEX operators and users at the international level
5.7.2. Regulatory compliance in a DEX environment 
5.7.3. Regulatory challenges in global markets 

5.8. Interoperability and the future of DEX 

5.8.1. The role of bridges in interoperability 
5.8.2. Technological developments and upgrades in DEX 
5.8.3. DEX trends and future perspectives

5.9. Practical exercises on DEX creation 

5.9.1. Configuration of a DEX in a test network 
5.9.2. Participating as a liquidity provider in a DEX 
5.9.3. Analysis of results and lessons learned 

5.10. Successful DEX Case Studies 

5.10.1. Case study 1: Uniswap and the rise of AMMs
5.10.2. Case study 2: PancakeSwap and the Binance Smart Chain experience 
5.10.3. Case study 3: SushiSwap and community governance

Module 6. Tokenization of assets applied to DeFi and Passive Income

6.1. Tokenization of physical assets in DeFi 

6.1.1. Tokenization of real estate and passive income generation
6.1.2. DeFi platforms for investment in tokenized physical assets  
6.1.3. Performance and risks in the tokenization of real assets

6.2. Tokenization of securities and stocks in the context of DeFi

6.2.1. Tokenization of company stocks and dividend generation
6.2.2. DeFi and company ownership participation 
6.2.3. Development of DeFi projects focused on securities tokenization

6.3. Tokenization of art and collectibles in DeFi 

6.3.1. Tokenization of artworks and passive gains
6.3.2. NFT and its role in investment and revenue generation
6.3.3. DeFi markets for cultural and collectible assets

6.4. DeFi platforms and solutions for tokenization 

6.4.1. DeFi's leading platforms for asset tokenization 
6.4.2. Interoperability of tokens in the DeFi ecosystem
6.4.3. Technical infrastructure and security measures in DeFi 

6.5. Secondary markets and passive revenue generation in DeFi 

6.5.1. Development of secondary markets in DeFi 
6.5.2. Liquidity and revenue generation opportunities 
6.5.3. Examples of passive investment and case studies in DeFi 

6.6. Risks and challenges in tokenization in the DeFi context

6.6.1. International regulatory and legal challenges specific to DeFi 
6.6.2. Security of tokenized assets in the DeFi ecosystem 
6.6.3. Loss cases and lessons learned in DeFi 

6.7. Trends and future of tokenization in the DeFi ecosystem

6.7.1. Emerging trends in asset tokenization in DeFi 
6.7.2. DeFi integration with tokenized assets and revenue optimization  
6.7.3. Future prospects for revenue generation in the DeFi ecosystem  

6.8. DeFi passive revenue generation success stories

6.8.1. Success stories in real estate tokenization with DeFi  
6.8.2. Successful experiences in stock investment with DeFi 
6.8.3. Outstanding cases of passive income generation in tokenized art  

6.9. International regulation in DeFi 

6.9.1. Regulatory challenges and perspectives in the international context
6.9.2. Global regulators and their approach to DeFi 
6.9.3. Regulatory harmonization and international standards 

6.10. Practical exercises and applications of tokenization as applied to DeFi 

6.10.1. Creation of tokens in a test network 
6.10.2. Participation in a secondary token market 
6.10.3. Design and presentation of a fictitious tokenization project

Module 7. Passive Investment Strategies 

7.1. Passive investment in alternative asset classes 
7.1.1. Passive real estate investment through REITs and tokens
7.1.2. Passive investment strategies in commodities and precious metals
7.1.3. Passive investment in cryptocurrencies and digital asset tokens 

7.2. Passive investment factors and strategies 

7.2.1. Factor-based strategies in passive investment  
7.2.2. Passive investment based on value, growth and other factors
7.2.3. Use of factor ETFs and factor index funds 

7.3. Passive investment in foreign exchange markets (Forex) 

7.3.1. Passive investment in the foreign exchange market 
7.3.2. Use of ETFs and currency funds for passive investment  
7.3.3. Risks and opportunities in passive forex trading 

7.4. Passive investment in the context of DeFi 

7.4.1. Passive investment strategies on DeFi platforms 
7.4.2. Liquidity and generation of passive income in DeFi 
7.4.3. Challenges and risks in passive investment in the DeFi ecosystem 

7.5. Passive investment strategies in emerging markets 

7.5.1. Passive investment in emerging markets 
7.5.2. Opportunities and risks in developing markets 
7.5.3. ETFs and indexed funds focused on emerging markets 

7.6. Passive investment strategies with crypto-assets 

7.6.1. Passive investment in cryptocurrencies and digital tokens 
7.6.2. Use of staking and yield farming in passive strategies 
7.6.3. Passive investment strategies in NFT and collection tokens 

7.7. Passive investment in DeFi projects 

7.7.1. Passive participation in the governance of DeFi projects
7.7.2. Voting and decision making in decentralized projects
7.7.3. Benefits and risks of passive investment in DeFi 

7.8. Development of customized passive strategies 

7.8.1. Creation of customized passive portfolios 
7.8.2. Tools and resources for planning passive strategies 
7.8.3. Successful cases of customized passive investment strategies

7.9. International tax implications in passive investing 

7.9.1. International tax considerations in passive investments 
7.9.2. Global tax planning strategies for passive investors  
7.9.3. International tax minimization in passive investment portfolios 

7.10. Practical passive investment applications and case studies 

7.10.1. Practical exercises in the creation of passive portfolios
7.10.2. Case studies of investors and funds that have been successful with passive strategies  
7.10.3. The future of passive investment and its role in modern finance 

Module 8. NFTs and DeFi 

8.1. Non Fungible Token Technology (NFTs) 

8.1.1. NFT Standards and Protocols 
8.1.2. NFT markets and platforms 
8.1.3. Technical operation of NFTs 

8.2. NFT use cases 

8.2.1. NFTs in digital art 
8.2.2. NFTs in video games 
8.2.3. Authentication and provenance of digital assets 

8.3. Investment in NFTs 

8.3.1. Investment opportunities and risks 
8.3.2. Acquisition and sale strategies 
8.3.3. NFTs as an asset class 

8.4. Decentralized Finance (DeFi) 

8.4.1. Loans in DeFi 
8.4.2. Decentralized Exchanges (DEX) 
8.4.3. Yield farming and staking in DeFi 

8.5. Risk management in DeFi 

8.5.1. Threats and vulnerabilities 
8.5.2. Security measures in DeFi 
8.5.3. Risk mitigation practices 

8.6. Interoperability and synergies between NFTs and DeFi 

8.6.1. Use of NFTs in DeFi applications 
8.6.2. NFTs as collateral in DeFi loans 
8.6.3. Creation of DeFi asset-backed NFTs 

8.7. Intellectual property and NFTs 

8.7.1. Legal and ethical implications 
8.7.2. Copyright and NFT licenses 
8.7.3. Notable cases of intellectual property in NFTs 

8.8. Financial inclusion and disintermediation at DeFi 

8.8.1. Global access to financial services 
8.8.2. Reduction of intermediaries in financial transactions 
8.8.3. DeFi as a tool for economic empowerment 

8.9. Trends and future of NFTs and DeFi 

8.9.1. Technological evolution and adoption of NFTs and DeFi 
8.9.2. New applications and emerging ecosystems 
8.9.3. Future challenges and opportunities 

8.10. Ethics and sustainability in the use of NFTs and DeFi 

8.10.1. Ethical Considerations in NFTs and DeFi 
8.10.2. Environmental impact of blockchain and cryptocurrencies
8.10.3. Sustainable approaches in the crypto space

Module 9. Cryptographic Derivatives Strategies and Advanced Trading 

9.1. Cryptographic options 

9.1.1. Options trading strategies 
9.1.2. Implementation and management of options in DeFi 
9.1.3. Practical Examples

9.2. Cryptocurrency futures and perpetuals 

9.2.1. DeFi futures trading 
9.2.2. Perpetuals and their application in the cryptographic market
9.2.3. Advanced strategies with futures and perpetuals 

9.3. Hedging and risk management strategies 

9.3.1. Hedging strategies in cryptographic operations
9.3.2. Risk management in the DeFi ecosystem  
9.3.3. Case studies and practical examples

9.4. Leverage and financing in DeFi 

9.4.1. Leverage in cryptographic operations 
9.4.2. Borrowing and financing in DeFi for advanced strategies 
9.4.3. Relevant platforms and protocols 

9.5. Technological Developments and Trends in Cryptographic Derivatives 

9.5.1. Technological innovations in derivatives 
9.5.2. Emerging trends in advanced operations 
9.5.3. Interoperability and the future of derivatives in the cryptographic space 

9.6. Risks and challenges of advanced trading 

9.6.1. Risks associated with advanced strategies 
9.6.2. Legal and regulatory aspects of cryptographic transactions 
9.6.3. Security measures and best practices 

9.7. Case studies in advanced cryptographic operations 

9.7.1. Examples of successful strategies 
9.7.2. Lessons learned from past challenges 
9.7.3. Risk and reward analysis in advanced operations 

9.8. New markets and opportunities in cryptocurrencies and DeFi 

9.8.1. New cryptographic markets 
9.8.2. Identification of opportunities in the DeFi ecosystem 
9.8.3. Advanced investment strategies in cryptocurrencies

9.9. Practices and ethics in advanced operations 

9.9.1. Recommended practices in advanced trading 
9.9.2. Ethics and responsibility in cryptographic trading 
9.9.3. Sustainable strategies in the cryptographic space 

9.10. Future prospects and challenges 

9.10.1. Anticipated developments in advanced operations 
9.10.2. Challenges and challenges facing the cryptographic space
9.10.3. Long-term outlook for advanced trading in cryptocurrencies

Module 10. Integration of DeFi into traditional investment strategies 

10.1. Successful case studies with DeFi development and passive income

10.1.1. Bitcoin: The pioneering digital currency 
10.1.2. Ethereum and smart contracts 
10.1.3. Factors behind the success of these cryptocurrencies  

10.2. Supply chain transformation with blockchain and DeFi

10.2.1. Product tracking success stories 
10.2.2. Blockchain management in logistics 
10.2.3. Impact on efficiency and transparency 

10.3. Financial innovation with cryptocurrencies, DeFi and passive income  

10.3.1. Cryptocurrencies and the banking sector 
10.3.2. DeFi and access to financial services 
10.3.3. Notable cases of financial innovation 

10.4. Blockchain in the healthcare industry applied to DeFi 

10.4.1. Electronic medical records in blockchain 
10.4.2. Tracking of drugs and medical devices  
10.4.3. Improved security and privacy of healthcare data  

10.5. Success of cryptocurrency and DeFi companies

10.5.1. Cases of cryptocurrency exchanges
10.5.2. Digital wallets and their role in adoption
10.5.3. Marketing and growth strategies 

10.6. Blockchain in the public sector applied to DeFi 

10.6.1. Implementation of blockchain in governments 
10.6.2. Successful cases of public administration 
10.6.3. Benefits and challenges in government adoption

10.7. Innovation in education with blockchain and DeFi

10.7.1. Blockchainbased learning platforms 
10.7.2. Certifications and degree verification 
10.7.3. Outstanding cases of blockchain based education   

10.8. Tokenization of real assets on DeFi platforms

10.8.1. Tokenization of real assets 
10.8.2. Tokenized financial assets 
10.8.3. Advantages and challenges in the tokenization of real assets  

10.9. Cryptocurrencies and micropayments with passive income

10.9.1. Use of cryptocurrencies in micropayments 
10.9.2. Applications in digital content and games 
10.9.3. Impact on the digital economy 

10.10. Emerging and future use ..cases in DeFi 

10.10.1. Exploration of emerging projects ..and technologies 
10.10.2. Trends and predictions for the future ..of cryptocurrencies and blockchain 
10.10.3. Challenges and opportunities ..in the evolving field  

A unique training experience, key and decisive to boost your professional development"