Master´s Degree in Continuing Education in Energy Technologies
Inglés
Créditos 60 ECTS
PRESENTACIÓN
The Master in Energy Technologies is your gateway to a thriving sector at the forefront of global transformation. As the world pivots towards sustainable energy solutions, expertise in energy technologies is in high demand. This master’s programme empowers you with in-depth knowledge of cutting-edge energy systems, ranging from hydrogen and biofuels to solar and wind power. You’ll explore topics like hydrogen generation, photovoltaic technologies, and the evolution of the oil industry, equipping you with the skills to drive innovation in the energy transition. The flexible online format allows you to engage with expert-led modules and collaborate on projects from anywhere, fitting seamlessly into your lifestyle. By joining this programme, you position yourself at the heart of an ever-expanding field, ready to meet the energy challenges of tomorrow.
Objetivos
- Develop strategies for hydrogen storage and generation technologies.
- Evaluate hydrogen's role in power generation applications.
- Compare crude oil refining processes and their future prospects.
- Assess the impact of biofuels in reducing petroleum dependency.
- Analyse natural gas value chains and their role in energy transition.
- Design photovoltaic systems using PVsyst for optimal energy output.
- Apply wind data to optimise windfarm design and efficiency.
Metodología
En Educa PHAROS trabajamos con una metodología eminentemente práctica, orientada a la aplicación directa de los conocimientos en el entorno profesional del alumno, combinando contenidos teóricos con casos reales, herramientas digitales y el acompañamiento de un equipo docente especializado.
Programa
- The hystory of hydrogen
- What is hydrogen?
- Current electricity and energy matrix
- Hydrogen as an energy carrier
- Prospects for the hydrogen roadmap
- PEM electrolysis
- Alkaline electrolysis
- SOEC and AEM electrolysis
- Hydrogen storage
- Hydrogen distribution
- Fuel cells
- PEM fuel cell
- High temperature fuel cell
- Hydrogen turbines and engines
- Hydrogen vehicles
- Refuelling stations
- Sizing of main equipment
- Safety considerations. Explosive atmospheres
- Design of hydrogen and fuel cell installations
- Examples of installation calculations
- Crude oils (I)
- Crude oils (II)
- Crude oils (III)
- Refining processes (I)
- Refining processes (II)
- Refining schemes (I)
- Refining schemes (II)
- Refining products (I)
- Refining products (II)
- Margin and profitability
- Bioenergy
- Biofuels
- Bioethanol & biodiesel
- SAF & Biogas
- Bio-refineries
- HSE & CO2 emissions
- Oil industry. Short and medium term projections
- Crude oil markets
- Refining product markets
- Biofuel markets
- Composition and properties
- Exploration and production techniques
- Types of reservoirs and characterization
- Extraction techniques
- Fracking
- Natural gas value chain
- Gas processing
- Liquefaction
- Transportation of liquid natural gas
- Regasification
- Liquefied natural gas storage
- Offshore installations
- Gas system and distribution
- Marketing, regulation and markets
- HSE and natural gas and natural gas liquids applications
- Energy transition and global position
- European green deal & LATAM green
- Net zero emissions by 2050
- Natural gas central to the energy transition
- Circular economy. Natural gas and hydrogenen
- Solar energy
- Radiation measurement and databases
- The photovoltaic effect
- The solar cell
- The photovoltaic solar panel
- Classification of pv solar technologies
- Crystalline silicon technology
- Thin-film panel technology (I)
- Thin-film panel technology (II)
- Concentrator photovoltaics
- Solar energy production. The pr concept
- PVSYST. Site definition and meteorological basis
- PVSYST. Component modeling (I)
- PVSYST. Component modeling (II)
- PVSYST. Energy simulation and results
- Photovoltaic self-consumption. PVSYST simulation program
- Solar trackers and structures
- Main electrical equipment
- Medium-voltage cables and electrical substations
- Civil works
- History of wind energy
- Wind meteorology
- The physics of wind resources
- Site selection
- Wind resource measurement campaign
- Wind resource
- Practical exercise. Wind resource descriptive statistical analysis. Windographer program
- Wind turbines (I)
- Wind turbines (II)
- Wind turbines (III)
- WASP program. Data analysis model (WASP climate analyst)
- WASP program. Terrain topographic modeling (WASP map editor)
- Exercise. Power curve and thrust coefficient
- WASP program. Power simulation (I)
- WASP program. Power simulation (II)
- Windfarm construction project
- Windfarm electrical power facilities and installations
- High-voltage electrical power substation
- Overhead high-voltage power line
- Offshore wind power
- Introduction and general information on hydroelectric generation
- Typology of hydroelectric power plants
- Hydraulic resource assessment
- Dams and weirs (I). Introduction and typology
- Dams and weirs (II). Actions, landfills and drainage
- Intake works
- Channels and pressure galleries
- Penstocks
- Gates and valves
- Hydraulic circuit equipment
- Powerhouse and introduction to turbines
- Field of application of turbines and action turbines
- Reaction turbines
- Turbine selection criteria and performance
- Generators, regulation and control
- Pumped-storage power plants
- Feasibility studies
- Sizing example
- Hydroelectric projects
- Environmental evaluation. Environmental impact mitigation
- Introduction to thermodynamics
- Fuels and combustion
- The steam power plant (I). The regenerative Rankine cycle
- The steam power plant (II). General arrangement. Main equipment
- Types of steam power plants
- The gas turbine. The Brayton cycle
- Types of gas turbines. Parts of the gas turbine. Technologists
- Simple cycle power plants
- Combined cycle power plants
- General arrangement of a combined cycle power plant. Components
- The internal combustión engine. The Otto cycle and the Diesel cycle
- The diesel engine. Types. Technologists
- The engine power plant. Types and configurations
- General arrangement and components
- Situation and outlook of conventional thermal generation
- Nuclear energy basic concepts
- Nuclear technology fundamentals
- Conventional nuclear power plants
- Nuclear power plants safety and radiation protection
- The role of nuclear energy in the transition to decarbonization
- Introduction to biomass
- Biomass as an energy source
- Characterization of biomass as an energy resource
- Problems of the use of biomass
- Biomass technologies and treatments
- Introduction to biogas
- Biogas production
- Biogas production technologies
- Operations before and after biomethanation
- Use of biogas
- HVO Biodiesel
- Biodiesel fame
- Bioethanol
- Bioethanol production
- Combustion reaction. Reagents
- Combustion reaction. Products
- Design of combustion facilities
- Electricity generation with biomass
- Solar thermoelectric (I)
- Solar thermoelectric (II)
- Introduction to offshore wind
- Global market and main players
- Fundamentals of offshore wind
- Types of existing technologies
- Environment, consenting and permitting
- Bidding phase and auction models
- Development phase: DEVEX
- Construction phase: CAPEX
- Operation and decommissioning phase: OPEX & DISEX
- Project financing
- Foundations
- Wind turbines
- Transport and installation
- Grid connection and electrical system
- Other elements of an offshore wind farm
- Actors in the energy market and their roles.
- PPA
- Subsidised remuneration system
- Green certificates
- Market challenges
Másteres Destacados
Da el siguiente paso en tu carrera
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Educa PHAROS es una solución formativa para empresas que centraliza el aprendizaje, facilita la gestión de usuarios y permite medir el progreso mediante paneles y reportes.
Está dirigido a organizaciones que desean desarrollar habilidades internas, estandarizar la formación por roles y disponer de trazabilidad y métricas de aprendizaje.
Incluye itinerarios por perfiles, gestión de usuarios y permisos, reportes de progreso, certificación, y acceso a masterclass o sesiones en vivo (según plan).
Se apoya en buenas prácticas de seguridad, control de accesos, trazabilidad del aprendizaje y soporte de implementación. Personaliza este texto según tus compromisos (SLA, compliance, etc.).
Educa PHAROS es un modelo formativo de nueva generación que posiciona al capital humano de la empresa a la vanguardia. A través de una plataforma que se adapta a la imagen corporativa de cada empresa y con un total de más de 900 cursos se consigue una formación específica para cada organización. La tarifa plana ilimitada, proporciona a cada empresa el número de cursos que se ajuste a sus necesidades y también la posibilidad de determinar qué empleados podrán tener acceso.