You will become a great Communication Management, an expert in the most advanced and most applicable technologies of today and the future"

In a world where digital technology is growing by leaps and bounds, it is necessary to perform a detailed analysis of Blockchain technology: characteristics, elements, implementation models and algorithms, frameworks and platforms most commonly used, as well as the most common use cases in the business environment. To this end, this training addresses from the problem of securitization, transparency and monitoring of communications, to the implementation of blockchain technology, through its evolution towards solving the problems of communication between nodes, generation of unique elements and the processes of tokenization of information.

The Digital Twin, which has an infinite number of applications and radically changes the laboratory or test models, will also be explored. With the application of the implementation of a Digital Twin, the Students will be able to simulate and perform unlimited tests before taking their project into production and operation. In addition, during the operation phase, it will allow them to anticipate failures or anomalous behavior by implementing advanced predictive maintenance algorithms.

This program generates specialized knowledge so that the engineer is able to analyze, define and apply the best implementation strategy for this type of solutions. The Student Body will deepen the scope of application of each technology, understanding the competitive advantages they provide. Furthermore, graduates have the best 100% online study methodology, which eliminates the need to attend classes in person or be constrained by a predetermined schedule.

You are looking at a high-level program, aimed at Communication Management like you, who want to lead the digital transformation and evolution in the world"

The Postgraduate diploma in Blockchain and Digital Twins contains the most complete and up-to-date educational program on the market. Its most notable features are:

• Case studies presented by experts in Blockchain and Digital Twins
• The graphic, schematic, and practical contents with which they are created, provide and practical information on the disciplines that are essential for professional practice
• Practical exercises where the self-assessment process can be carried out 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

The professional will develop Blockchain technology, where there is room for endless applications, such as traceability, or the safeguarding of testimonies, documentary evidence and interrogation, among others"

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

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

The design of this program focuses on Problem-Based Learning, by means of which professionals must try to solve the different professional practice situations that are presented to them throughout the course. For this purpose, the students will be assisted by an innovative interactive video system created by renowned and experienced experts.

You will cover front-line technologies and disciplines, applied to real projects and use cases of direct application in the professional market"

You will delve in the Digital Twins, a field with increasing demand and for which there is a very high lack of qualified profiles"

A syllabus has been established and deployed in 3 modules, which offer a broad perspective on Blockchain and the engineering-focused Digital Twins. Modules 1 and 2 are dedicated to Blockchain, a technology with applications that go beyond the Crypto world and where a myriad of applications can be found. Module 3 delves into another highly competitive field, that of Digital Twins, a field with increasing demand and for which there is a very high shortage of qualified profiles. These subjects are covered in depth, with supporting material, oriented to experienced Communication Management with a great interest in the topics of study.

This program gives you the keys and tools to use the technologies of the future, starting from the present moment"

Module 1. R&D in Complex Software Systems. Blockchain. Public and Private Nodes

1.1. Blockchain and Distributed Data

1.1.1. Information Communications. New Paradigm
1.1.2. Privacy and Transparency
1.1.3. Information Exchange. New Models

1.2. Blockchain.

1.2.1. Blockchain.
1.2.2. Blockchain. Technological Base
1.2.3. Blockchain. Components and Elements

1.3. Blockchain. Public Nodes

1.3.1. Blockchain. Public Nodes
1.3.2. Working Algorithms in Public Nodes

1.3.2.1. Proof of Work
1.3.2.2. Proof of Stake
1.3.2.3. Proof of Authority

1.3.3. Use Cases and Application

1.3.3.1. Smart Contracts
1.3.3.2. Dapps

1.4. Blockchain. Private Nodes

1.4.1. Blockchain. Private Nodes
1.4.2. Working Algorithms in Private Nodes

1.4.2.1. Proof of Work
1.4.2.2. Proof of Stake
1.4.2.3. Proof of Authority

1.4.3. Use Cases and Application

1.4.3.1. Crypto Economy
1.4.3.2. Game Theory
1.4.3.3. Market Modeling

1.5. Blockchain. Work Frameworks

1.5.1. Blockchain. Work Frameworks
1.5.2. Types

1.5.2.1. Ethereum
1.5.2.2. Hyperledger Fabric

1.5.3. Application Examples (Ethereum)

1.5.3.1. C#
1.5.3.2. Go

1.6. Blockchain in Finance

1.6.1. The Impact of Blockchain on the Financial World
1.6.2. Advanced Technologies
1.6.3. Use Cases and Application

1.6.3.1. Information Assurance
1.6.3.2. Follow-Up and Monitoring
1.6.3.3. Certified Transmissions
1.6.3.4. Examples within the Financial Sector

1.7. Blockchain in the Industrial Environment

1.7.1. Blockchain and Logistics
1.7.2. Advanced Technologies
1.7.3. Use Cases and Application

1.7.3.1. Smart Contracts between Suppliers and Customers
1.7.3.2. Support in Automation Processes
1.7.3.3. Real-Time Product Traceability
1.7.3.4. Examples within the Industrial Sector

1.8. Blockchain. Transaction Tokenization

1.8.1. Tokenizing the World
1.8.2. Smart Contracts Platforms (Smart Contracts)

1.8.2.1. Bitcoin
1.8.2.2. Ethereum
1.8.2.3. Other Emerging Platforms

1.8.3. Communication: The Oracle Problem
1.8.4. Uniqueness: NFTs
1.8.5. Tokenization: STOs

1.9. Blockchain. Examples of Use

1.9.1. Use Case Description
1.9.2. Practical Implementation (C#/Go)

1.10. Distributed Data. Blockchain applications, Present and Future

1.10.1. Distributed Data. Present and Future Applications of Blockchain
1.10.2. The Future of Communication
1.10.3. Next Steps

Module 2. Data Operations in Blockchain. Innovation in Information Management

2.1. Information Management

2.1.1. Information Management
2.1.2. Management Applied to Knowledge

2.2. Blockchain in Information Management

2.2.1. Blockchain in Information Management

2.2.1.1. Data Security
2.2.1.2. Data Quality
2.2.1.3. Traceability of Information
2.2.1.4. Other Additional Benefits

2.2.2. Additional Considerations

2.3. Data Security

2.3.1. Data Security
2.3.2. Security and Privacy
2.3.3. Use Cases and Application

2.4. Data Quality

2.4.1. Data Quality
2.4.2. Reliability and Consensus
2.4.3. Use Cases and Application

2.5. Traceability of Information

2.5.1. Data Traceability
2.5.2. Blockchain in Data Traceability
2.5.3. Use Cases and Application

2.6. Analysis of Information

2.6.1. Big Data
2.6.2. Blockchain and Big Data
2.6.3. Real-Time Data Accessibility
2.6.4. Use Cases and Application

2.7. Application of BC (I). Information Security

2.7.1. Information Security
2.7.2. Use Case
2.7.3. Practical Implementation

2.8.  Application of BC (II). Information Quality

2.8.1. Information Quality
2.8.2. Use Case
2.8.3. Practical Implementation

2.9. Application of BC (III). Traceability of Information

2.9.1. Traceability of Information
2.9.2. Use Case
2.9.3  Practical implementation

2.10. Blockchain. Practical Applications

2.10.1. Blockchain in Practice

2.10.1.1. Data Centers
2.10.1.2. Sectorial
2.10.1.3. Multisectoral
2.10.1.4. Geographical

Module 3. Digital Twins. Innovative Solutions

3.1. Digital Twins

3.1.1. Digital Twins Basic Concepts
3.1.2. Digital Twins Technological Evolution
3.1.3. Digital Twins Typology

3.2. Digital Twins Applicable Technologies

3.2.1. Digital Twins Platforms
3.2.2. Digital Twins Interfaces
3.2.3. Digital Twins Typology

3.3. Digital Twins Sectors and Examples of Use

3.3.1. Digital Twins: Techniques and Uses
3.3.2. Industries
3.3.3. Architecture and Cities

3.4. Industry 4.0. Digital Twin Applications

3.4.1. Industry 4.0
3.4.2. Environment
3.4.3. Digital Twin Applications in Industry 4.0

3.5. Smart Cities based on Digital Twins

3.5.1. Models
3.5.2. Categories
3.5.3. Future of Smart Cities based on Digital Twins

3.6. IoT Applied to Digital Twins

3.6.1. IoT. Link with Digital Twins
3.6.2. IoT. Relationship with Digital Twins
3.6.3. IoT. Problems and Possible Solutions

3.7. Digital Twin Environment

3.7.1. Companies
3.7.2. Organisation
3.7.3. Implications

3.8. Digital Twin Market

3.8.1. Platforms
3.8.2. Suppliers
3.8.3. Associated Services

3.9. Future of Digital Twins

3.9.1. Immersiveness
3.9.2. Augmented Reality
3.9.3. Biointerfaces

3.10. Digital Twins Present and future results

3.10.1. Platform
3.10.2. Technologies
3.10.3. Sectors

After successfully completing this program, you will have a global vision to apply the different technologies involved in global digitalization in your industrial project"