Master´s Degree in Continuing Education in Sustainable Electricity Generation + 60 ECTS Credits

Master sustainable electricity

4,6

14 alumnos

Entidad(es):

Modalidad

Online

Duración - Créditos

1500 horas - 60 ECTS

Plataforma Web

24 Horas

Centro Líder

formación online

Profesionales

Docentes especializados

Acompañamiento

Personalizado

Reconocidos por:

Acreditados como:

Temario

UNIT 1. ENERGY AND DEVELOPMENT

UNIT 2. SUSTAINABLE DEVELOPMENT

UNIT 3. THE ROLE OF RENEWABLE ENERGIES AND OTHER MAINTENANCE TECHNOLOGIES

UNIT 4. OTHER VECTORS OF CHANGE

UNIT 1. INTRODUCTION TO THERMODYNAMICS. FUELS. THE STEAM POWER PLANT

UNIT 2. GAS TURBINES POWER PLANTS

UNIT 3. DIESEL ENGINE POWER PLANTS. SITUATION AND OUTLOOK OF CONVENTIONAL THERMAL GENERATION

UNIT 4. NUCLEAR ENERGY

UNIT 1. INTRODUCTION TO HYDROPOWER. DAMS AND RESERVOIRS

UNIT 2. HYDRAULIC CIRCUITS

UNIT 3. HYDROELECTRIC TURBINES AND ELECTRICAL EQUIPMENT

UNIT 4. PUMPED-STORAGE, PROJECT DEVELOPMENT AND ENVIRONMENTAL CONSIDERATIONS

UNIT 1. SOLAR ENERGY

UNIT 2. THE PHOTOVOLTAIC CELL

UNIT 3. THE PHOTOVOLTAIC MODULE

UNIT 4. THE PHOTOVOLTAIC SYSTEM

UNIT 1. ENERGY AND HYDROGEN

UNIT 2. HYDROGEN GENERATION AND STORAGE

UNIT 3. POWER GENERATION AND OTHER APPLICATIONS

UNIT 4. HYDROGEN INSTALLATIONS

UNIT 1. BIOMASS

UNIT 2. BIOGAS

UNIT 3. BIOFUELS

UNIT 4. BIOMASS COMBUSTION

UNIT 1. INTRODUCTION. SMART CITY CONCEPT

UNIT 2. SUSTAINABLE MOBILITY

UNIT 3. RENEWABLE DISTRIBUTED GENERATION

UNIT 4. SMART GRIDS

UNIT 1. PROJECT AND ITS ORGANIZATION

UNIT 2. PROJECT DEVELOPMENT

UNIT 3. DEFINITION OF DETAIL AND PROPOSAL FOR APPROVAL

UNIT 4. PROJECT CONSTRUCTION AND COMPLETION

UNIT 1. PHYSICAL AND METEOROLOGICAL CONCEPTS

UNIT 2. WIND TURBINE TECHNOLOGY AND WIND DATA ANALYSIS

UNIT 3. MICROSITING STUDY THROUGH AN ELECTRIC POWER PRODUCTION COMPUTATIONAL MODEL

UNIT 4. WINDFARM DESIGN

UNIT 1. PHYSICAL AND METEOROLOGICAL CONCEPTS

UNIT 2. WIND TURBINE TECHNOLOGY AND WIND DATA ANALYSIS

Descarga gratis el temario completo en PDF de master sustainable electricity

Plan de estudios

Resumen salidas profesionales

The objective of the program is to impart technical, economic, environmental and project management knowledge for the sustainable generation of electricity through the use of renewable energies.

Objetivos

The goals of this program seek to enable the student to: - Understand the energy context in which the world moves and its dependence on fossil fuels, as well as the main policies for the transition from fossil to renewable energies. - Analyze traditional electricity generation technologies by using coal, natural gas, and nuclear energy - Learn the new electricity generation technologies through renewable resources: wind, solar, hydraulic, biomass, energy from the sea, etc. - Study hydrogen energy as a new energy vector and understand its importance in energy storage and transport - Learn the importance of smart grids, distributed generation, and electric mobility as elements that will transform and make the city of the future more sustainable. - Learn the management methodology applied to renewable energy projects - Design and implement a renewable energy project. - Learn work methodologies (including computer tools) that are currently applied by companies in energy related projects.

Salidas profesionales

This master’s degree seeks to open the doors to the sector of electric energy generation by means of renewable energy sources, and more specifically, to: - The implementation and management of renewable resource measurement campaigns - Renewable resource analyses (e.g., wind resource analysis) - The knowledge of renewable generation technologies, such as wind turbines, solar panels, hydraulic turbines, etc. - The conceptual, or basic design of renewable energy facilities (e.g, wind farms, photovoltaic solar plants) - The management of renewable energy and hydrogen energy projects - The construction of wind farm facilities and photovoltaic solar plants - The management of distributed generation projects, smart grids, and sustainable mobility

Para qué te prepara

As a result, the student will be able to carry out the design and dimensioning of wind farms, photovoltaic solar plants, hydroelectric plants, biomass projects, and other renewable energy initiatives (e.g., Thermoelectric, geothermal, and energy from the sea). Likewise, knowledge on hydrogen energy, and on other renewable gasses (biofuels) will be provided, as well as on the infrastructure to be implemented in the cities of the future (e.g., Distributed generation, smart networks, electric mobility).

A quién va dirigido

The following program is aimed at the following audiences: - Holders of engineering degrees - Holder of science degrees - Master and technical engineers - Technical architects and building engineers - Professionals from the sector with college education

Metodología

Aprendizaje 100% online

Plataforma web en la que se encuentra todo el contenido de la acción formativa. A través de ella podrá estudiar y comprender el temario mediante actividades prácticas, autoevaluaciones y una evaluación final.

Campus virtual

Accede al campus virtual desde cualquier dispositivo, las 24 horas del día. Contando con acceso ilimitado a los contenidos de este curso.

Equipo docente especializado

El alumnado cuenta con un equipo de profesionales en esta área de formación, ofreciéndole un acompañamiento personalizado.

Centro del estudiante

Contacta a través de teléfono, chat y/o email. Obtendrás una respuesta en un tiempo máximo de 24/48 horas en función de la carga docente.

Titulación de master sustainable electricity

Master Of Professional Development in Sustainable Electricity Generation with 60 ECTS Credits awarded by the Catholic University of Murcia in collaboration with Structuralia