Specialize in the most innovative Asset Digitization tool in the virtual world, with this exclusive TECH program”

With the emergence of the CryptoKitties phenomenon, a set of cryptocurrencies based on Ethereum, the concept of NFTs began to take shape. Hence the idea that demonstrated the potential of representing unique and scarce digital objects in the form of non-fungible tokens.  This brings us to the origin of the tokenization of goods, which is closely related to the development of Blockchain technology, more specifically with the popularization of the Ethereum currency.

Since then, Tokenization and NFTs have rapidly expanded to different fields, such as digital art, music, video games, sports and more. Over time, artists, musicians, collectors and creatives started using non-fungible tokens as a way to authenticate and sell their digital works directly to buyers and without intermediaries.

This is why the role of the computer scientist becomes important, since mastery in Tokenization and NFTs is essential in the monetization of assets. For this reason, Professional master’s degree has developed this 12-month Professional master’s degree with advanced and updated content, elaborated by  A program that will provide students with a detailed understanding of asset tokenization, from its conceptualization to its commercialization and valuation, giving participants the necessary tools to understand and participate in this constantly evolving field. 

For this purpose, Professional master’s degree has developed a program with quality content such as multimedia materials where interactive summaries, quick action guides and specialized readings can be found. In addition, by using the Relearning method, implemented by TECH, the IT professional will advance more fluently in this program, strengthening the new concepts in a simpler way and reducing the extensive hours of study.

An exceptional opportunity that will allow the student to be at the forefront in the Tokenization of rights and will open the doors to better professional opportunities. In addition, you will have the flexibility to coordinate daily activities and work with learning, since you will be able to access from anywhere and at any time just by having an electronic device with network connection.

With this Professional master’s degree in Tokenization and NFTs, you will boost your career and master the new technologies in the Fintech field”

This Professional master’s degree in Tokenization and NFTs contains the most complete and up-to-date academic program on the market. Its most notable features are:

• The development of practical cases presented by experts in finance and Blockchain.
• The graphic, schematic and practical contents of the book provide technical and practical information on those disciplines that are essential for professional practice.
• Practical exercises where self-assessment can be used to improve learning.
• Its special emphasis on innovative methodologies 
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection.

Thanks to an innovative syllabus developed by experts, you will be able to access the latest advances in NFTs in the Metaverse”

The program’s teaching staff includes professionals from the sector who contribute their work experience to this training program, as well as renowned specialists from leading societies and prestigious universities.

The multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide immersive education programmed to learn in real situations.

This program’s design focuses on Problem-Based Learning, through which the professional must try to solve the different professional practice situations that arise during the academic program. For this purpose, the students will be assisted by an innovative interactive video system created by renowned and experienced experts.

Take advantage of the opportunity to specialize in token valuation and you will open the doors to job opportunities in a constantly growing market"

You will develop skills in Security Tokens and be at the technological forefront in the digital economy"

The syllabus of this Professional master’s degree in Tokenization and NFTs covers the concepts required to develop various IT jobs in the world of digitization of goods. In this way, the professional will delve into topics such as Fintech business models, Security Tokens and anti-counterfeiting tools. Following this approach, students will have the necessary tools to be a computer scientist at the forefront with the Tokenization of properties, by means of innovative multimedia resources that you will find in the virtual library, which can be accessed from any device with access to the network.

You will leave the long hours of study and you will acquire a much more effective and simple learning thanks to the Relearning system”

Module 1. New Fintech Business Models

1.1. Fintech Business Models

1.1.1. Unmet needs
1.1.2. Customer expectations
1.1.3. Different Business Models in Fintech: B2C, B2B

1.2. Value contribution of Fintechs 

1.2.1. Time savings
1.2.2. Cost savings
1.2.3. Improved User Experience
1.2.4. Elimination of entry barriers

1.3. Technological changes on which Fintech is based

1.3.1. Big data & advanced analytics
1.3.2. IA 
1.3.3. Machine Learning
1.3.4. IOT
1.3.5. Blockchain

1.4. Verticals in Fintech

1.4.1. Investments
1.4.2. Foreign exchange and cryptocurrencies
1.4.3. Payments
1.4.4. Loans and financing
1.4.5. Banking
1.4.6. Insurance

1.5. Fintech as a startup

1.5.1. Paradigm Shift
1.5.2. Limits
1.5.3. Exponential growth

1.6. Phases of Fintech as startups

1.6.1. Seed - MVP
1.6.2. Early - Product Market Fit
1.6.3. Growth
1.6.4. Expansion
1.6.5. Exit

1.7. Startups differentiation

1.7.1. Trust
1.7.2. Regulation
1.7.3. Acquisition cost

1.8. Fintech in its origins

1.8.1. Startup vs. DAO
1.8.2. Incubators
1.8.3. Spin-Offs

1.9. Crowdfunding in Fintechs

1.9.1. The Crowdfunding Concept
1.9.2. Equity Crowdfunding
1.9.3. Crowdlending
1.9.4. ICOs vs STOs

1.10. Fintech Statu quo

1.10.1. Challenges
1.10.2. Opportunities
1.10.3. Threats

Module 2. Asset Tokenization Process

2.1. Asset Tokenization

2.1.1. Asset Tokenization
2.1.2. Parallels with traditional emissions
2.1.3. Differences with traditional emissions

2.2. Tokenizable projects

2.2.1. Business projects
2.2.2. Community management with tokens
2.2.3. Single asset tokens

2.3. Tokens to be issued: Main features

2.3.1. Security tokens and STOs
2.3.2. Utility Tokens and UTOs
2.3.3. NFTs
2.3.4. Differences between tokens and cryptocurrencies and ICOs

2.4. Advantages of Tokenization

2.4.1. Democratization of investment
2.4.2. Liquidity
2.4.3. Security/Safety
2.4.4. Transparency
2.4.5. Authenticity
2.4.6. Management of your community

2.5. Asset Tokenization Process I: Project conceptualization

2.5.1. The design of the White Paper
2.5.2. Writing a White Paper
2.5.3. Content of a White Paper

2.6. Asset Tokenization Process II: Placement of tokens 

2.6.1. Target Audience
2.6.2. Presale
2.6.3. Direct placement

2.7. Asset Tokenization Process III: Assignment of tokens

2.7.1. Means of Payment
2.7.2. Cold Wallet 
2.7.3. Pooled wallet

2.8. The secondary token market: Bilateral market

2.8.1. Liquidity for the tokenist
2.8.2. Bilateral trading
2.8.3. Advantages and Disadvantages

2.9. The secondary token market: Exchanges

2.9.1. Entry requirements
2.9.2. Characteristics of token trading on the exchange
2.9.3. Advantages and Disadvantages

2.10. Valuation of tokens

2.10.1. Market value
2.10.2. Theoretical value
2.10.3. Investment opportunities

Module 3. Blockchain Networks for Asset Tokenization

3.1. Blockchain Networks for Asset Tokenization

3.1.1. Blockchain for Tokenization
3.1.2. Development of Blockchain Networks 
3.1.3. Tipos de Blockchain. y sus características

3.2. Blockchain Networks. Blockchain Characteristics of in Asset Tokenization

3.2.1. Benefits of Blockchain Networks
3.2.2. Projects that use them
3.2.3. Costs and speeds

3.3. Security in Blockchain Networks

3.3.1. Common vulnerabilities in Blockchain networks and their impact on asset tokenization
3.3.2. Security measures for their protection
3.3.3. Cases of hacks and frauds in projects

3.4. Asset Tokenization

3.4.1. Definition of to tokenization and its Connection to Blockchain
3.4.2. Types of Assets that can be tokenized
3.4.3. Advantages and Disadvantages of Asset Tokenization

3.5. Type of Tokens

3.5.1. Security Tokens
3.5.2. Utility Tokens
3.5.3. Asset tokens

3.6. Technical characteristics of tokens and standards

3.6.1. ERC20 Tokens
3.6.2. ERC721 (NFT´s) Tokens
3.6.3. Other standards (ERC1155, ERC721A, ERC4337)

3.7. Smart contracts and tokenization 

3.7.1. Smart Contracts Smart Contracts
3.7.2. Advantages and Disadvantages of Smart contracts
3.7.3. Use cases of smart contracts in asset tokenization  

3.8. Bitcoin in Tokenization 

3.8.1. Bitcoin in Tokenization Contextualization
3.8.2. Possibilities of Bitcoin in Tokenization
3.8.3. Advantages and Disadvantages of Tokenization 

3.9. Ethereum in Tokenization

3.9.1. Ethereum in Tokenization Contextualization
3.9.2. Possibilities of Ethereum in Tokenization
3.9.3. Advantages and Disadvantages of Tokenization 

3.10. EVM Operations

3.10.1. La Ethereum Virtual Machine 
3.10.2. Operation
3.10.3. Security and transparency in the execution of smart contracts
3.10.4. Programming Languages

Module 4. Means of Payment in Token Trading

4.1. Sale and purchase of tokens

4.1.1. Why buy and sell tokens
4.1.2. Acquisition of tokens
4.1.3. Selling tokens

4.2. Bank transfers

4.2.1. Advantages and Disadvantages
4.2.2. Payment process
4.2.3. Security Considerations

4.3. Credit and debit cards

4.3.1. Advantages and Disadvantages
4.3.2. Payment process 
4.3.3. Security Considerations

4.4. Cryptocurrencies

4.4.1. Advantages and Disadvantages
4.4.2. Payment process
4.4.3. Security Considerations

4.5. Choice of a payment method Factors to consider

4.5.1. Transaction speed
4.5.2. Associated Costs
4.5.3. Security/Safety
4.5.4. Availability

4.6. Payment gateways 

4.6.1. Payment gateways
4.6.2. Functioning of the payment gateways
4.6.3. Choice of a payment gateway

4.7. Token purchase and sale transactions

4.7.1. Token purchase process
4.7.2. Token Sale process
4.7.3. Legal and tax considerations

4.8. Token trading platforms (Exchanges)

4.8.1. Token Trading Platforms
4.8.2. Advantages and Disadvantages of using Platforms
4.8.3. Popular Platforms examples

4.9. AML (Anti Money Laundring)

4.9.1. Standards and regulations
4.9.2. Procedures and requirements
4.9.3. Weaknesses of AML regulations

4.10. Successful token trading Key Factors

4.10.1. Research and choice of the right platform
4.10.1. Verification of seller/buyer authenticity (KYC)
4.10.1. Conducting secure transactions

Module 5. Security Tokens

5.1. Security Tokens

5.1.1. Concept of Financial Asset
5.1.2. Financial Markets
5.1.3. Advantages of Tokenization

5.2. Equity security tokens or ”cryptocurrencies”

5.2.1. What is a currency?
5.2.2. Advantages of Tokenization
5.2.3. Tokenist Rights and Obligations

5.3. Debt security tokens or ”cryptocurrencies”

5.3.1. Concept of debt
5.3.2. Advantages of Tokenization
5.3.3. Tokenist Rights and Obligations

5.4. Investment Fund Security Tokens

5.4.1. The participating account contract and its participants
5.4.2. Advantages of Tokenization
5.4.3. Tokenist Rights and Obligations

5.5. White Paper of a security token

5.5.1. Identification of the issuer
5.5.2. Clauses and disclaimer of liability
5.5.3. The tokenomics of the issue

5.6. Base contracts for tokenization

5.6.1. The notarial deed of a company and the shareholders' agreement
5.6.2. Loan contracts Types
5.6.3. Characteristics of the participating account contract

5.7. STOs (Security Token Offerings)

5.7.1. General Description of Process
5.7.2. The Project
5.7.3. Communication Campaigns
5.7.4. Presale
5.7.5. Payment and allocation of tokens

5.8. Example of debt STO

5.8.1. Purpose of the issue
5.8.2. Tokenomics
5.8.3. Placement process

5.9. Example of an STO of a participating account contract

5.9.1. Purpose of the issue
5.9.2. Tokenomics
5.9.3. Placement process

5.10. International Regulations applicable to Security Tokens

5.10.1. Entities in charge of market supervision (SECs)
5.10.2. Investor protection directives
5.10.3. Entities involved in token issuance

Module 6. Utility Tokens

6.1. Utility Tokens

6.1.1. Client Management
6.1.2. Differences with respect to a security token
6.1.3. Value creation for the tokenist

6.2. Utility Tokens as a mean of payment

6.2.1. Online payments
6.2.2. Advantages of Tokenization
6.2.3. Tokenist Rights and Obligations

6.3. Utility Token as an Instrument of Marketing

6.3.1. The customer's link
6.3.2. Advantages of Tokenization
6.3.3. Tokenist Rights and Obligations

6.4. Governance tokens

6.4.1. DAO
6.4.2. Advantages of Tokenization
6.4.3. Tokenist Rights and Obligations

6.5. Fan Tokens

6.5.1. Fan Phenomenon
6.5.2. Advantages of Tokenization
6.5.3. Tokenist Rights and Obligations

6.6. White Paper of an Utility token

6.6.1. Identification of the issuer
6.6.2. Clauses and disclaimer of liability
6.6.3. The tokenomics of the issue

6.7. UTO

6.7.1. General Description of Process
6.7.2. The Project
6.7.3. Communication Campaigns
6.7.4. Presale
6.7.5. Payment and allocation of tokens

6.8. Example of UTO of a token as a means of payment

6.8.1. Purpose of the issue
6.8.2. Tokenomics
6.8.3. Placement process

6.9. Fan Token UTO Example

6.9.1. Purpose of the issue
6.9.2. Tokenomics
6.9.3. Placement process

6.10. Regulations applicable to Utility Tokens

6.10.1. Wage Protection
6.10.2. Consumer protection directives
6.10.3. Supervisory Bodies

Module 7. NFTs of Art and Collectibles

7.1. NFTs

7.1.1. NFTs
7.1.2. Key Features
7.1.3. NFTs popular examples

7.2. NFTs and the Art World

7.2.1. Changes in the Art Industry
7.2.2. NFTs of Art examples and its market value
7.2.3. NFTs Impact on artists

7.3. NFTs as collectibles

7.3.1. The NFTs as collectibles
7.3.2. Collectible NFTs popular examples and its market value
7.3.3. NFTs and its expanding potential in the collectible market

7.4. Social Impact of NFTs

7.4.1. Social benefits of NFTs
7.4.2. NFTs for Communities Creation
7.4.3. NFTs opportunities to offer to the Art and Culture World

7.5. Advantages and Disadvantages of NFTs

7.5.1. The End of falsifications
7.5.2. Vulnerabilities in the security of NFTs
7.5.3. NFTs and Its Impact on the Environment

7.6. Technology behind NFTs

7.6.1. Blockchain and its role in the creation of NFTs
7.6.2. Smart Contracts and its Use in the creation of NFTs
7.6.3. NFTs Creation and verification

7.7. NFTs Creation and ”royalties”

7.7.1. Copyrights
7.7.2. Secondary market control
7.7.3. Transparency and monitoring

7.8. NFT Market

7.8.1. Market platforms  
7.8.2. Purchasing Process
7.8.3. Value and requirement

7.9. NFTs in different industries

7.9.1. NFTs in the Music Industry
7.9.2. NFTs in the Sports Industry
7.9.3. NFTs in the Video Game Industry

7.10. The Future of NFTs

7.10.1. Trends in the NFTs Market
7.10.2. Changes in the near future
7.10.3. NFTs Impact on global economy

Module 8. Authenticity Certification with NFTs

8.1. NFT concept for luxury goods 

8.1.1. Objectives and needs of the luxury sector
8.1.2. Structure of NFT
8.1.3. NFT-compatible networks

8.2. Size of the counterfeit market 

8.2.1. Secondary and parallel market
8.2.2. Other anti-counterfeiting tools
8.2.3. Size of the market and losses incurred by the brands

8.3. NFT as a guarantor of authenticity in the face of counterfeiting

8.3.1. NFT: The only totally unforgeable solution
8.3.2. Integration of NFTs in product certification chains
8.3.3. Verification of authenticity guarantees

8.4. Elimination of double sales with CFNs

8.4.1. Double-selling problem in the digital sector
8.4.2. Solutions provided by Blockchain technology
8.4.3. Smart contract modifications to ensure that double sales cannot be made

8.5. Sale and purchase process with NFTs 

8.5.1. Markets for authenticity NFTs
8.5.2. Independent platforms
8.5.3. NFT Management Wallets

8.6. Article traceability 

8.6.1. Product traceability
8.6.2. Blockchain options for traceability
8.6.3. Traceability products in blockchain

8.7. NFT valuation 

8.7.1. Tokenomics of authenticity NFTs
8.7.2. Value of NFT
8.7.3. Residual value of NFTs in consumable products

8.8. Use Case 1. Watches 

8.8.1. Customer requirements
8.8.2. Residence of product value
8.8.3. Customer benefits through the use of NFTs

8.9. Use Case 2. Wine bottles 

8.9.1. Customer requirements
8.9.2. Residence of product value
8.9.3. Customer benefits through the use of NFTs

8.10. Other possible Use Cases  

8.10.1. Application of certificates in other sectors
8.10.2. NFT as a certificate in access management
8.10.3. NFT as a carbon credit certificate

Module 9. NFTs in the Metaverse, DAO and New Trends

9.1. NFTs in the Metaverse

9.1.1. Metaverse concept Features
9.1.2. Importance of the NFTs in the Metaverse
9.1.3. Examples of existing Metaverses

9.2. Use of NFTs in the Metaverse

9.2.1. Creation and sale of unique virtual objects
9.2.2. Immersive gaming and entertainment experiences
9.2.3. Possibilities of investing in the Metaverse through NFTs

9.3. Economic Impact of the NFTs in the Metaverse

9.3.1. Growth of the industry of NFTs in the Metaverse
9.3.2. Benefits for creators and owners of NFTs
9.3.3. Potential of NFTs to revolutionize the digital economy

9.4. DAOs

9.4.1. Definition and Characteristics of a DAO
9.4.2. Operation of a DAO
9.4.3. Differences between a DAO and traditional companies

9.5. Examples of DAOs

9.5.1. Successful examples of DAOs in the crypto industry
9.5.2. DAOs for Project Financing
9.5.3. DAOs for the governance of digital communities

9.6. Advantages and Disadvantages of DAOs 

9.6.1. Advantages of DAOs compared to traditional companies
9.6.2. Disadvantages and risks associated with DAOs
9.6.3. Legal and Regulatory Considerations for DAOs

9.7. DAOs and their relationship with NFTs

9.7.1. Benefits and challenges of integrating NFTs into DAOs
9.7.2. NFT Use in DAOs
9.7.3. Examples of DAOs using NFTs in their business model 

9.8. The trend towards decentralization - Web 3.0. 9.8.1. Concept of Web 3.0. 9.8.2. Differences between Web3 and Web2

9.8.3. Advantages of Decentralization in the Digital World

9.9. Trends in Decentralized Finance - DeFi

9.9.1. Definition of DeFi
9.9.2. Benefits of DeFi over traditional finance
9.9.3. Challenges and risks associated with DeFi

9.10. New trends with NFTs

9.10.1. Tokenization of physical assets and its relationship with NFTs
9.10.2. The use of NFTs in the creation of digital identities and their impact on privacy
9.10.3. NFTs in sectors such as education, health and environment

Module 10. Taxation of Tokens

10.1. Indirect taxes

10.1.1. Indirect taxes Features
10.1.2. Types and examples of indirect taxes
10.1.3. Indirect taxes applied to tokens

10.2. Taxation of the purchase of a token (VAT)

10.2.1. Application of indirect taxes on the different types of tokens
10.2.2. Types, liquidations and deadlines for their presentation
10.2.3. Methods of control by the administration

10.3. Direct taxes Relevant features

10.3.1. Direct taxes
10.3.2. Types and examples of Direct taxes
10.3.3. Income Taxes

10.4. Wealth Taxes

10.4.1. Concept of the Tax
10.4.2. Assets on which Wealth Tax is levied
10.4.3. Countries of Application

10.5. Other Direct taxes

10.5.1. Features
10.5.2. Examples of these direct taxes
10.5.3. Countries of Application

10.6. Taxation of the sale of a token. Income

10.6.1. Application of Direct taxes on the different types of tokens
10.6.2. Different types of token yields
10.6.3. Income
10.6.4. Different global Wealth Taxes
10.6.5. Others

10.7. Other Taxes to be applied

10.7.1. Informative declarations
10.7.2. Examples, deadlines and information in informative returns
10.7.3. Other tax matters

10.8. International Taxation

10.8.1. International Taxation Principles
10.8.2. European Union
10.8.3. Analysis of different regulations for the same operation

10.9. Tax Havens

10.9.1. Features and Types
10.9.2. Prevention and Control of Tax Havens
10.9.3. Influence on cryptoassets

10.10. Tax Planning

10.10.1. Tax Planning Concept
10.10.2. Tax planning for individuals and companies
10.10.3. International taxation for cryptoassets (CBDCs) Evolution and trends

You will learn how to tokenize and transform your creations into valuable pieces with this program in Tokenization and NFTs”