Master’s Degree in Energy Efficiency and Renewable Energies
Master
Online
*Indicative price
Original amount in EUR:
3,245 € 6,490 €
Pursue a career in the renewable energies industry!
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Type
Master
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Methodology
Online
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Duration
12 Months
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Start date
Different dates available
This Master’s program has been designed to integrate the main aspects of energy efficiency and the incorporation of renewable energies in engineering projects such as buildings and installations for fossil source replacement, or electric
energy production and its direct injection into the net. The first section includes the key energy efficiency and renewable energy aspects as applied in construction and industry. The second section includes a technical-economic analysis of the main renewable energy sources such as solar, geothermal energy or biomass.
Facilities
Location
Start date
Start date
About this course
Private Degree endorsed
Reviews
Subjects
- Wind Energy
- Construction
- Energy Efficiency
- Project
- Geothermal
- Construction Training
- Industry
- Systems
- Production
- Energy Management
- Sustainable Energy Systems
- Management
- Environmental Health
- Environmental Impact
- Environmental Engineering
- Environmental Science
- Environmental Conservation
- Environmental Sustainability
- Engineering Science
- Engineering Skills
Teachers and trainers (1)
José Antonio La Cal Herrera
Academic Director
Industrial Engineer by the UPM, Executive MBA by ESIC and PhD by the University of Jaén where he works as associate professor and teaches in the Master’s program in Renewable Energies. In addition, he is an accredited professor by the School of Industrial Organization (EOI) in the areas of energy and renewable energies. José Antonio also teaches in the Distributed Renewable Energies program at the University of Córdoba, and the Renewable Energies Master’s program at El Valle University in Guatemala and PUCMM in the Dominican Republic.
Course programme
MODULE I Building Energy Management
- Unit 1 The Energy Context
- Unit 2 New Constructions. The Spanish Technical Construction Code (CTE) and the Energy Efficiency Certification (CEE)
- Unit 3 Existing Buildings
- Unit 4. Energy Efficiency Certification for Existing Buildings
MODULE II Building Energy Systems: HVAC and DHW
- Unit 1 HVAC System with Conventional Equipment
- Unit 2 Aerothermal and Geothermal Systems
- Unit 3 Ventilation Systems
- Unit 4 DHW
MODULE III Building Energy Systems: Lighting and BMS
- Unit 1 Lighting Systems
- Unit 2 Control and Management Systems 1
- Unit 3 Control and Management Systems 2
- Unit 4 Energy Management and Markets
MODULE IV Integration of Renewable Energies in Buildings
- Unit 1 Solar Thermal Energy
- Unit 2 Photovoltaics
- Unit 3 Small Wind Turbine Energy
- Unit 4 Biomass Energy
MODULE V Energy Efficiency in the Industry Sector
- Unit 1. Current Energy Situation
- Unit 2. The Energy Manager
- Unit 3. The Energy Audit in the Industry Sector
- Unit 4. Energy Systems in the Industry and Energy Saving Solutions
MODULE VI Solar Energy
- Unit 1. Solar Energy
- Unit 2: The Photovoltaic Cell
- Unit 3: The Photovoltaic Module
- Unit 4: The Photovoltaic System
MODULE VII Wind Energy
- 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: Wind Farm Design
MODULE VIII Bioenergy, Biomass and Biofuels
- Unit 1: Biomass as an Energy Resource: Origins, Typology, Sources, Costs, etc.
- Unit 2: Main Processes of Biomass Physicochemical Conversion
- Unit 3: Applications of Bioenergy
- Unit 4: Business Models Analysis based on Bioenergy Use
- Unit 5: Revision of Different Sample Projects According to the Existing Technologies
- Unit 6: Applicable Legislation
- Unit 7: Investment Income Analysis. Economical Parameters Revision
MODULE IX Other Renewable Energies
- Unit 1: Small Hydro
- Unit 2: Geothermal Energy
- Unit 3: Tidal Energy
MODULE X Master's Final Project (MFP)
The program is subject to possible content updates and upgrades
Master’s Degree in Energy Efficiency and Renewable Energies
*Indicative price
Original amount in EUR:
3,245 € 6,490 €