Through this Internship program, you will become a highly specialized Engineer in Internship program and lead innovative projects related to this emerging field"

A recent report by the European Commission forecasts that the Hydrogen market will reach a value of 140 billion euros in the coming years. This data evidences the growing interest and investment in Hydrogen-based technologies as a clean and sustainable alternative in the global energy matrix. In this context, engineers are challenged to update their knowledge regularly in order to incorporate the latest advances in their practice, apply them efficiently in their projects and contribute to the sustainable development of society. 

In this framework, TECH presents an innovative and eminently practical program consisting of a 120-hour stay in a reference entity in the field of Hydrogen Technology. Thus, over 3 weeks, the graduates will be part of a team of top level experts, with whom they will work actively in areas such as storage, transport and distribution of Hydrogen. Thanks to this, students will be able to update their knowledge while acquiring new skills to optimize their practice considerably. 

During this stay, students will be supported by an assistant tutor, who will be responsible for ensuring that all the requirements for which this Internship program has been designed are met. On this basis,  graduates will work with total guarantee and security in the handling of the most sophisticated technology. Thus, graduates will live an enriching experience that will allow them to experience a significant improvement in their professional performance.

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

Thanks to this Internship program, graduates will have a comprehensive understanding of the principles of production, storage, transport and use of Hydrogen as an energy carrier. At the same time, engineers will acquire technical competences for the design, analysis and optimization of production systems. Also, during the exercise of their work, the professionals will be aware of the legal frameworks that include both the development and commercialization of Hydrogen. In addition, their practices will stand out for their professional ethics and sustainability.

This academic itinerary is exclusive to TECH and you will be able to develop it at your own pace thanks to its 100% online Relearning methodology"

General Objectives

• Qualify students in the interpretation and in-depth analysis of hydrogen
• Compile the breadth of concepts and knowledge necessary to delve into the field of the use of hydrogen as an energy vector
• Develop specialized knowledge of the world of hydrogen and an in-depth understanding of its potential as an energy vector

Specific Objectives

• Interpret in depth the singularities of the Hydrogen environment
• Examine the existing legislative framework in the Hydrogen environment
• Evaluate the members of the Hydrogen value chain, as well as the needs to achieve the hydrogen economy
• Determine the most relevant concepts of the Hydrogen environment 
• Establish the modes of biological Hydrogen formation
• Develop the different possibilities of storage, transport and distribution of Hydrogen
• Analyze the chemistry that governs the operation of PEMFCs
• Understand the operation of the PEMFC fuel cell stack
• Analyze the characteristics of other types of fuel cells
• Establish the sizing of the fuel cell system according to the final application
• Determine fuel cell integration by end-use
• Perform techno-economic Modeling of fuel cell operation
• Establishing the different typologies of Hydrogen refueling stations
• Establish the design parameters
• Study the safety of Hydrogen installations
• Compile project management tools
• Explore the different parts of project planning
• Raise awareness of the importance of project risk identification and management
• Develop specialized knowledge on techno-economic and feasibility analysis of hydrogen projects
• Determine the structuring of Hydrogen projects and their financing
• Analyze the keys to electricity supply for green Hydrogen production
• Learn how to develop a feasibility analysis and its different scenarios

You will develop advanced skills in project management and economic understanding related to the implementation of Hydrogen Technologies in the marketplace"