Name: Master in Sustainable Electricity Generation + 60 ECTS Credits en Estados Unidos
Brand: Structuralia
SKU: 378403-2602
Availability: InStock

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Master in Sustainable Electricity Generation + 60 ECTS Credits

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Duration

1500 horas

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Credits

60 ECTS

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Language

English

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At the end of the course, you will obtain the accredited qualification

This is not just about learning, but also about accrediting your knowledge with the most important institutions in the sector:

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Master´s Degree in Sustainable Electricity Generation with 60 ECTS Credits awarded by the Antonio de Nebrija University. Teaching not leading to an officially accredited qualification

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Reference in the sector. Recognition guarantee.

In-person training with global impact

An international postgraduate degree taught in Madrid is available at the end of 2026

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Learn from the best in your sector

maría de las nieves peña bo

Industrial Technical Engineer from the Polytechnic University of Madrid, specialized in Industrial Chemistry and Polymer Technology, with advanced training in quality and environmental management as a University Expert from the San Jorge University / SEAS. He has experience in the development of R&D&I projects and in the preparation of technical reports aimed at obtaining and optimizing public incentives linked to innovative and environmental activities. In addition, it has a solid track record in the training field, including coordination of master's programs, student tutoring and delivery of technical training in online mode. Teaching experience: Coordinator of master's programs: Organization and academic monitoring of training programs. Student tutor: Academic support and monitoring of training progress. Teacher in online mode: Delivery of technical training in virtual environments. Professional experience: Development of R&D&I projects: Participation in innovation and technological development projects. Preparation of technical reports for public incentives: Writing and optimization of technical documentation to obtain aid related to innovative and environmental activities. Professional skills: R&D&I project management; Preparation of technical reports for public incentives; Quality and environmental management; Industrial Chemistry and Polymer Technology; Academic coordination of master's programs. Languages: English B2.

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juan hernández solana

Graduate in Environmental Sciences, with a Master in Energy Technology and Resources and a Master in Integrated Quality, Environment and Occupational Management. He has more than eight years of experience in complex corporate environments, where he has performed functions as Data Quality Officer, focused on defining and improving data quality standards and cross-functional collaboration for decision making based on reliable information. His profile is complemented by teaching experience as a master's tutor in Renewable Energies and Energy Projects, participating in academic guidance, training support and the transmission of technical knowledge in sustainability, energy and project management. Teaching experience: Master's tutor in Renewable Energies and Energy Projects: Academic guidance of students; Training support during the development of the program; Transmission of technical knowledge in sustainability, energy and project management. Professional experience: Data Quality Officer: Definition and improvement of data quality standards; Cross-functional collaboration for data-driven decision making; Information quality management in complex corporate environments. Professional skills: Data management and quality in corporate environments; Definition of information quality standards; Sustainability and energy management; Integrated quality, environment and ORP management. Languages: English C1.

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emilio romero jimenez

Civil Engineer, Canals and Ports, with a Master's Degree in Sustainable Engineering and Renewable Energy and a Doctor in Physics from the University of Granada. His career combines technical experience, construction management and scientific research in the field of atmospheric physics. He began his professional career as a consultant and later worked in construction management within an international team. In addition, he has pedagogical training through the Master's Degree in Teaching, which reinforces his teaching profile and his ability to transfer technical and scientific knowledge to different training levels. Professional experience: Construction management in an international team: Coordination and supervision of projects in an international environment. Consultant: Development of technical consulting work. Researcher — University of Granada: Research in the atmospheric physics group. Professional skills: Construction management in international projects; Technical consulting in civil engineering; Research in atmospheric physics; Sustainable engineering and renewable energies. Languages: English C2, German B2.

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Información adicional del MASTER

Master in Sustainable Electricity Generation + 60 ECTS Credits

12 meses de tutorización

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We create things that work better and last longer. Our products solve real problems with clean design and honest materials.

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Course information

The Master in Sustainable Electricity Generation is a high-level specialization for professionals who seek to lead the transformation of the energy sector, updating and specializing their knowledge in the design of renewable energy projects. This program delves into the technical, economic, environmental and project management knowledge essential for sustainable electricity generation through the strategic use of renewable sources. You will address the global energy context, understanding the current dependence on fossil fuels and the policies that drive the energy transition towards cleaner and more efficient models, as well as the international regulatory framework that governs these transformations. You will explore in detail the thermodynamics applied to steam plants and gas turbines, the particularities of diesel engines and the prospects for nuclear energy, providing you with a critical and advanced vision of conventional generation technologies. Subsequently, you will immerse yourself in the innovations of wind, solar and hydroelectric energy, analyzing their implementation, optimization and the impact of their integration into the grid. You will also study the potential of other sources and storage systems, integrating their strategic role in the energy matrix of the future. The training equips you with the tools to analyze resources, design infrastructure and optimize the viability of projects, preparing you to make strategic decisions in a constantly evolving sector. With this master's degree, you will consolidate your expertise in energy engineering to promote solutions that define the future of the sector and contribute to global sustainability.

La especialización en el ámbito de la generación eléctrica sostenible te posiciona para asumir roles de alta responsabilidad en un sector en constante expansión y transformación. Podrás dirigir equipos como Director de Proyectos de Energías Renovables, liderando desde la concepción hasta la puesta en marcha de grandes infraestructuras energéticas. También te perfilarás como Responsable de Operaciones y Gestión de Activos Renovables, optimizando el rendimiento, la eficiencia y la vida útil de parques eólicos, plantas solares y centrales hidroeléctricas. Además, tu capacidad de análisis profundo te permitirá destacar como Consultor Senior en Viabilidad de Proyectos Energéticos, asesorando en la evaluación de recursos, la gestión de riesgos y la toma de decisiones estratégicas para inversores y desarrolladores. Estos perfiles son clave para impulsar la transición energética global, fomentando la innovación y la sostenibilidad en el mercado, y contribuyendo al desarrollo de un sistema energético más robusto y respetuoso con el medio ambiente.

Este programa te prepara para liderar la transformación del sector energético, capacitándote para el diseño y dimensionamiento de proyectos de producción eléctrica sostenible a gran escala. Adquirirás la capacidad de concebir parques eólicos, plantas solares fotovoltaicas y centrales hidroeléctricas, integrando soluciones avanzadas de biomasa y otras iniciativas de energías renovables. Profundizarás en la gestión de la infraestructura asociada y en el potencial de la energía del hidrógeno y otros gases renovables, como los biocombustibles, explorando sus aplicaciones y desafíos. Desarrollarás una visión estratégica para evaluar el impacto de las tecnologías de generación, tanto convencionales como innovadoras, en el contexto de la transición energética global y el cumplimiento de los objetivos de sostenibilidad. Tomarás decisiones fundamentadas sobre la implementación de sistemas energéticos con alta eficiencia energética, optimizando la integración de diversas fuentes para un futuro energético más limpio y resiliente. Te especializarás en la ingeniería de infraestructuras de energías renovables, preparándote para asumir roles de liderazgo en la definición del futuro energético.

Este máster está dirigido a profesionales del sector de la ingeniería, las ciencias y la arquitectura técnica que ya cuentan con formación universitaria y buscan una especialización de alto nivel. Si trabajas en el ámbito de la generación eléctrica y sientes la necesidad de actualizar tus conocimientos en el diseño y la gestión energética sostenible de proyectos energía renovable, este programa te ofrece la visión estratégica que buscas para optimizar tus habilidades. Es ideal para quienes desean profundizar en las tecnologías energéticas limpias y comprender el impacto de la transición energética en el panorama global, preparándote para asumir roles de mayor responsabilidad y liderazgo en el sector. Te permitirá consolidar tu perfil profesional y contribuir activamente al desarrollo de soluciones energéticas innovadoras.

• Analizarás el contexto energético global y la dependencia de combustibles fósiles, identificando las políticas clave para la transición energética hacia fuentes renovables. • Evaluarás críticamente las tecnologías de producción eléctrica convencional, incluyendo centrales de vapor, turbinas de gas, motores diésel y energía nuclear. • Dominarás las tecnologías emergentes de producción a partir de recursos renovables, como la eólica, solar e hidroeléctrica, integrando su aplicación en iniciativas complejas. • Diseñarás estrategias de desarrollo sostenible que incorporen el papel de las fuentes renovables y las tecnologías de almacenamiento energético. • Gestionarás los aspectos técnicos, económicos y medioambientales inherentes a los proyectos de producción eléctrica sostenible, optimizando su viabilidad y rendimiento. • Tomarás decisiones estratégicas fundamentadas en el análisis de vectores de cambio y el desarrollo de nuevos combustibles, como el hidrógeno y los biocombustibles. • Implementarás soluciones innovadoras para la integración de diversas fuentes de energía, considerando el marco regulatorio y las perspectivas del sector. • Liderarás equipos multidisciplinares en la concepción y ejecución de iniciativas de energía renovable, asegurando su impacto positivo y cumplimiento de objetivos.

Master in Sustainable Electricity Generation + 60 ECTS Credits