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Master Programs

Granada

Taught in its entirety

Official Interuniversity Master’s Degree in Environmental Hydraulics

Master’s website

This program pursues deepening and advanced research and professional training of a specialized and multidisciplinary nature in the field of engineering and natural resource management.

The first semester takes place entirely at the University of Granada. Its objective is to provide the student with basic knowledge and the fundamentals of Environmental Hydraulics. The second semester takes place in each of the participating Universities according to the specialty chosen by the student, and its objective is to provide the development of personal skills and the deepening of knowledge in the field of Environmental Hydraulics.

Participating universities

University of Granada (UGR) – Degree coordinator
University of Cordoba (UCO)
Malaga University (UMA)

Contents

E1. Comprehensive Port and Coastal Management, at the Andaluz Environment Center (CEAMA)-UGR
E2. Comprehensive Basin Management, UCO campus
E3. Vehicle Aero-Hydrodynamics, UMA campus
E4. Management of Aquatic Ecosystems, UGR campus

Partially taught

Official Master’s Degree in Geophysics and Meteorology (GeoMet)

Master website

The Master’s Degree in Geophysics and Meteorology aims to provide students with basic and methodological training in Geophysics and Meteorology that allows them both to begin research on related topics and to join companies that require specialists in various fields of application of Geophysics and Meteorology. the Meteorology. Training in these fields, in which there is an enormous training gap at the national level, is aimed at both researchers and technicians who will dedicate themselves to developing their professional work in fields such as fire prevention, the impact of climate change, agricultural planning, weather prediction, water management, wind and solar energy resources, seismic and volcanic prevention and the application of geophysical methods for geological, archaeological or engineering exploration of the terrain, to name a few examples.

At the IISTA the following are taught:

  1. Methods and Techniques for Atmospheric Aerosol Study
  2. Atmospheric Radiation

Official Master’s in Conservation, Management, and Restoration of Biodiversity

Master website

This Official Master’s program is designed as an extension of undergraduate studies in Biology, Environmental Sciences, and other degrees in experimental sciences and similar technical fields.

The aim of this Master’s is to introduce graduate students to the vision of the UNESCO international program DIVERSITAS, enabling them to learn to understand, appreciate, and manage biological resources consistently. It covers everything from basic knowledge with more academic and scientific interest to more applied and professional aspects.

The four proposed knowledge and action axes in this Master’s are:

  1. Understanding the Evolution of Biodiversity in Space and Time up to the Present State.
  2. Transfer of Scientific Knowledge to Natural Area Managers, Restorers, and Politicians.
  3. Understanding the Changes Occurring in Existing Biodiversity, Largely Due to Human Activity, and Their Potential Impact on Earth System Functioning.
  4. Understanding the Economic Value of Natural Resources, Ecosystem Services, and Their Sustainable Use.

At IISTA, participation in this Master’s program is conducted through the subject of ecoinformatics.

Córdoba

Master’s Degree in Culture of Peace, Conflicts, Education and Human Rights (Interuniversity – UCO/UGR/UCA/UMA)

Master website

Its fundamental objective is the training of qualified students for the analysis and understanding of present realities and the construction of peaceful futures, providing them with competent intellectual resources to advise on the subjects under study, to those institutions and organizations that demand it. It is an interdisciplinary degree, which will be taught throughout an annual teaching period.

The Culture of Peace is a concept well defined by the United Nations following the path taken by the pacifist movement and Peace Research, and has profound social and cultural implications that must be assumed, studied and disseminated by all those Universities that are involved. feel committed to promoting and creating a more just, peaceful and sustainable world.

Participating Universities:

  • University of Córdoba (UCO)
  • University of Granada (UGR)
  • University of Cádiz (UCA)
  • University of Málaga (UMA)

Master’s Degree in Environmental Management and Biodiversity

Master website

The Master’s Degree in Environmental Management and Biodiversity at the University of Córdoba is SEMI-PRESENTIAL and aims to meet, through its three specialties (Environmental Management, Biodiversity, and Sustainable Use of Natural Resources), the demand for technicians who handle various technological tools for environmental management and quality, environmental planning and prevention by identifying problems and opportunities related to the use and conservation of the environment, the analysis of the main tools for biodiversity management and conservation, as well as the application of new energy sources, waste management, and energy efficiency. Additionally, it is integrated into the Doctoral Program in Natural Resources and Sustainable Management at the University of Córdoba.

Master’s in Heritage Management from the Municipality

Master website

The three itineraries (Municipal Policies and Facilities, Heritage Enhancement, and Natural Heritage and Environmental Quality) have as their fundamental objective the training of students to address the analysis of heritage in the territory in order to establish appropriate strategies for its conservation and enhancement. This aims to meet the professional profile of the Heritage Manager in Europe, who, in urban or rural areas with tangible (movable, immovable, or natural) and intangible heritage, is part of or coordinates the team of managers involved in the reflection and practical application for its conservation and enhancement. Their professional orientation focuses on the analysis of territorial resources and proposing/participating in the implementation of a development policy that ensures their valuation and transmission to future generations. This involves applying acquired knowledge of analyzing the potential of heritage, its use as a development factor, conservation, dissemination, interpretation, marketing, and communication, enabling them to participate/coordinate the team responsible for implementing the cultural/heritage policy of the territory.

Jaén

Master’s in Mechatronics Engineering

Master website

Mechatronic devices are part of our daily lives. Automobiles, robots, and household appliances are designed from a mechatronic perspective, integrating mechanical engineering with electronics and intelligent computer control.

The Master’s Degree in Mechatronics Engineering, offered by the University of Jaén, is an official postgraduate degree highly demanded by the industrial environment and with excellent employment prospects. Its main objective is to train professionals with multidisciplinary knowledge in technologies such as control, mechanics, electricity, electronics, or informatics, enabling them to overcome the engineering challenges posed by modern mechatronic devices. The master’s program incorporates the best methods of integral product or process design with the aim of making it more compact, cost-effective, and with added value in functionality, quality, and performance.

Master’s Degree in Industrial Engineering

Master website

The Master’s Degree in Industrial Engineering includes all the competencies necessary to acquire the professional attributions of the regulated profession of Industrial Engineer. Industrial Engineering is a profession with a long tradition and prestige in Spain, which, unlike other more specific technical professions, has a multidisciplinary training that allows professionals to tackle problems of diverse nature.

It integrates different industrial technologies with knowledge and skills related to integrated production systems, business management, and project management. It delves into the knowledge of mechanical, electrical, electronic, systems and automation engineering, constructions, installations, chemistry, efficient energy management, environment, business organization, and project management. Industrial Engineering applies this knowledge to the development of products, processes, installations, and plants, as well as to the elaboration, direction, and management of projects in all industrial fields.

Master’s degree in Analysis, Conservation and Restoration of Physical and Biotic Components of Habitats

Master website

The Master in Analysis, Conservation and Restoration of Physical and Biotic Components of Habitats of the UJA offers formation in professional and research activities related to the conservation of the natural environment.

The interaction between human activity and natural processes according to unsustainable development models has caused, and continues to cause, profound alterations in natural (i.e. protected areas) and anthropic (i.e. agrosystems) habitats. These alterations pose clear threats of degradation of natural resources, loss of biodiversity, as well as increased risks and damage caused by catastrophic events, including large material and occasionally human losses, which ultimately translate into to the loss of functionality of the natural environment, impairing its ability to provide ecosystem services. The convenience, therefore, of training competent students in the complex assessment of these problems, as well as in the application of normative actions for the conservation and restoration of habitat and natural resources is the raison d’être of this master.

Master’s Thesis

  1. Numerical study of the transient solutions of flow with buoyancy between two horizontal concentric cylinders with non-uniform heating. Lucía Medina Jiménez (UGR)
  2. Analysis of the accuracy of Earth Observation Products derived from satellite images applied to the study of Coastal Erosion in the United Kingdom. María Victoria Paz Delgado (UGR)
  3. Environmental risk associated with the discharge of a submarine outfall on the coast of Granada. José Antonio Cerón Gutiérrez (UGR)
  4. Reviewing the relationship between suspended sediment and chlorophyll-bearing primary producers in an intertidal estuary. Michael Joshua Hernandez (UGR)
  5. The effect of turbine characteristics on the Thermodynamics and compression process of a simple OWC device. Ángel Molina Salas (UGR)
  6. Study of capacity management at the Port of Almería. Ignacio Moreno Zapardiel (UGR)
  7. Influence of stratification and bottom boundary layer on the classical Ekman model. Viviana Paola Santander Rodríguez (UGR)
  8. Experimental study of hydraulic behavior and flow characteristics in a homogeneous breakwater. Zhang Xingweng (UGR)
  9. Analysis and level of development of Croatian Sea ports. Dario Zukic (UGR)
  10. Influence of snow on the hydrological response of the Genil river basins: Implications for management. Miguel Antonio Moreno Román (UGR)
  11. Influence of the broom shrubland on the energy exchange between the snowpack and the ground. Pedro Pérez Serrano (UGR)
  12. Idealized model for the location of floating microplastics in the Genil River as it passes through the city of Granada: sensitivity analysis to forcings. Juan Carlos Estévez (UGR)
  13. Effects of different multifunctional artificial reef alternatives on the Dunas de Artola Natural Monument and Artola Beach (Marbella). Antonio García Millán (UGR)
  14. Analysis of the impact of Oscillating Water Column (OWC) wave energy harvesting devices on the coast of “El Rompido” (Huelva). José Pablo Martínez García (UGR)
  15. Analysis of coastline evolution through satellite images. Marcus Silva de SantAna (UGR)
  16. Greenhouse gas exchange in an endorheic lagoon during the dry season: salt effect. Isabel López Cánovas (UGR)
  17. Pressure wave propagation and seismic detection of the Granada 2016 meteoroid. Josué Casado Rabasco (UGR)
  18. Characterization of atmospheric aerosol particles in the vicinity of FLUXNET stations in southern Iberian Peninsula using the CALIPSO satellite mission. David Donaire Montaño (UGR)
  19. Machine Learning techniques applied to the atmospheric boundary layer in a rural environment. Elena Sánchez Ruiz (UGR)
  20. Analysis of vertical aerosol profiles in a rural atmosphere using the GRASP algorithm. Aitor Bereinkua Gonzalez (UGR)
  21. Statistical analysis of the microphysical and radiative properties of atmospheric aerosol based on measurements from the IceNET and AERONET networks. Bazo Gonzáles, Elena (UGR)
  22. Effects of air masses on temperature and humidity profiles in the southeast of the Iberian Peninsula. Belén Rico Bordera (UGR)
  23. Climate change projections in Sierra Nevada. Teresa Solana Sancho (UGR)
  24. Experimental study of flexible aerodynamic improvement and energy capture systems. José Carlos Muñoz Hervás (UJAEN)
  25. Experimental in-vitro characterization of Lagrangian solute transport in the spinal canal. Francisco Moral Pulido (UJAEN)
  26. Evaluation of wind resource in Sierra del Trigo (Jaén) based on measured wind data and from ERA-5 meteorological reanalysis. Castro Yanayaco, Annel Marisol (UJAEN)
  27. Development of a PV solar energy generation model for Castilla la Mancha. Jaime Gálvez Romero (UJAEN)
  28. Effect of CO2 and temperature elevation on the physiology and reproductive value of diploid and polyploid lines of the Brachypodium distachyon complex (Poaceae): an experimental approach to simulate climate change. Ana Isabel Rodríguez Ortiz (UJAEN)
  29. Characterization of the dispersive capacity of annual herbs in olive groves. An approach using mechanistic models and wind tunnel. Victor Valenzuela Polo (UJAEN)
  30. Quantification of CO2 fluxes under the tree canopy in an olive grove. Ángel José Callejas Rodelas (UJAEN)
  31. Characterization of low-level jets and associated turbulence using Doppler lidar. Juana Andujar Maqueda (UGR)
  32. Fine-tuning of a polar nephelometer based on CCD images for the study of atmospheric aerosol. Julio Miguel Calero López (UGR)
  33. Implementation study of a wind-wave hybrid power plant on the Andalusian coast. Ayatima González Felipe (UGR)
  34. Reviewing formulas for run-up and run-down on a slope. Miguel Santamaría Cervantes (UGR)
  35. Constructive project of the La Caleta de Salobreña marina. Marcos Bayo Jiménez (UGR)
  36. Construction project for the expansion of the port of Garrucha. Pablo Magán Martínez (UGR)
  37. Mapping of live fuel moisture content in the Mediterranean basin using Random Forest and spectral and thermal data from the MODIS sensor. Àngel Ramon Cunill Camprubí (UGR)
  38. Integrated models of ALOS-Landsat sensor indices for biomass estimation in Mediterranean pine forests. Edward Alexander Velasco Pereira (UCO)
  39. Real-time intelligent systems for extinguishing large fires. Study of the Almonaster la Real fire. Rafael Zumaquero Torres (UCO)
  40. Delineation of individual Abies pinsapo trees from LiDAR data: a comparison of segmentation approaches for irregular forests. Rosa María Sánchez Jiménez (UCO)
  41. Drought and scarcity in the Guadalquivir basin. Janney Ortiz Espoz (UCO)
  42. Experimental determination of extinction cross sections for aerosol nanoparticles. Francisco José García Izquierdo (UGR)
  43. Evaluation of wind resource in Sierra del Trigo (Jaén) based on measured wind data and from ERA-5 meteorological reanalysis. Annel Marisol Castro Yanayaco (UJAEN)
  44. Design and implementation of a Photovoltaic Solar Installation without Surpluses on the UNIA Campus of La Rábida, Integrated into Architectural Elements. Gabriela Leiva Carballeira (UAJEN)
  45. Fine-tuning of a polar nephelometer based on CCD images for the study of atmospheric aerosol. López Calero, Julio Miguel (UGR)
  46. Hypobaric chamber with amiston CHCC21 climate control and its use in the study of the evolution of CO2 and water flows in tomato plants subjected to different gradients of CO2, temperature, and atmospheric pressure. Martínez Moreno, Javier (UGR)
  47. Analysis of Saharan dust events in the city of Granada using passive remote sensing. Cuesta Navarro, Antonio (UGR)
  48. Analysis of Saharan dust events in the city of Granada using passive remote sensing. Antonio Cuesta Navarro (UGR).
  49. Analysis of pollen distribution in the southern Iberian Peninsula using in-situ aerobiological techniques, modeling, and remote sensing. Belén Álvarez Monedero (UGR).
  50. Sources of atmospheric pollution by aerosol particles in Granada. Inés Zabala Arana (UGR).
  51. Comparison of ultra-high resolution outputs of the WRF regional climate model in Spain and Andalusia. Luna Cepeda Ventura (UGR).
  52. Effect of thinning and its residues on greenhouse gas emissions in pine and oak forest soils in Sierra Nevada National Park. Ángela Lucía Valverde Amor (UGR).
  53. Flow analysis over blunt bodies. Javier Rodríguez Zamorano (UJAEN).
  54. Design and Analysis of Full-scale Prototypes of Passive Aerodynamic Improvement Systems on Trucks. José Manuel Camacho Sánchez (UJAEN).
  55. Characterization of the direction of turbulent transport of CO2, heat, and water vapor fluxes. Marcos Isidro Tejera (UGR).
  56. Atmospheric characterization of the 2021 Cumbre Vieja eruption: satellite remote sensing and ground-based observations. Jorge Andrés Muñiz Rosado (UGR).
  57. Evaluation of atmospheric conditions on ecosystem productivity. Pedro Lago González (UGR).
  58. Aerobiology as a tool for biodiversity study. María Carmen Castro Díaz (UCO).