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UniversidaddeCádiz
Escuela Técnica Superior de Ingeniería de Algeciras

International Staff Week

The SEA-EU Staff Week on Research and Technology Transfer at ASET is a five-day program hosted at the University of Cadiz (Algeciras School of Engineering and Technology; Campus Bahía de Algeciras).

The event aims to be a window to show the applied research facilities and work conducted by the School’s research groups in different areas of Engineering and UCA-SEA innovation centre, as well as the opportunities for collaboration with these groups, through the development of joint doctoral theses, national and international projects, technology transfer projects with companies, etc.

Target group / Expected profile of participants Researchers and professors working on the topics our research groups are studying and interested in any kind of cooperation. Please check the list of research groups below.

Schedule

  • Research groups
N° Researcher Research Group (Name & Link / Presentation) Research fields
1 Dr. Ismael González Yero Combinatorics and Optimisation: Application of Discrete Mathematical Models (FQM-371)

 

/ RG_1_Presentation

  • Metric Graph Theory: Metric Dimension, Variants, and applications.
  • General position and mutual visibility problems in graphs.
  • Dominating sets in graphs and their applications.
2 Dr. Verónica Ruiz Ortiz Geosciences (RNM-373)

 

/ RG_2_Presentation

  • Numerical models contribution to the analysis and conjunctive management of surface and groundwater.
  • Multivariate analysis and interpolation methods to the definition and mapping of hydrological variables: application to the precipitation and other hydrological variables.
  • Implication of induced evaporation losses in water resources management.
3 Dr. María Dolores Rubio Cintas Utilisation of industrial, construction, and/or demolition waste for the production of structural and non-structural concrete (TEP-951)

 

/ RG_3_Presentation

  • Conventional and ultra-high-strength concrete with industrial waste.
  • Mix designs and behaviour of the new material obtained.
  • Use and implementation in Civil Engineering.
4 Dr. Miguel Caparrós Espinosa Structural Engineering and Geotechnics (TEP-976)

 

/ RG_4_Presentation

  • Mechanical analysis and structural modelling of new sustainable materials for construction.
  • Study of structure-soil interaction. Soil Mechanics, Rock Mechanics, mineral deposits, tectonics, and urban planning.
  • Structural and geotechnical optimization of infrastructures for sustainability.
5 Dr. Antonio Contreras de Villar Coastal Engineering (RNM-912)

 

/ RG_5_Presentation

  • Sinking of sloped breakwaters in sandy bottoms.
  • Digital elevation models on beaches, port and coastal structures using unmanned aerial vehicles.
  • Coastal dunes.
6 Dr. Ismael Rodríguez Maestre Thermal Engineering (iiTER) (TEP-221))

 

/RG 6_Presentation

  • Energy simulation of HVAC and DHW systems and buildings.
  • Smart facades (Façade-based building integrated photovoltaic-thermal system with phase change material (BIPVT-PCM) for domestic hot water; Thermal insulation modular solution designed for integration into the opaque envelope of buildings with intelligent solar control and photovoltaic solar energy production. Photovoltaic Electrochromic (PV-EC) glazing).
  • Low-temperature geothermal energy: systems modelling.
  • Ventilation and indoor air quality in buildings.
7 Dr. Juan José González de la Rosa Computational Instrumentation and Industrial Electronics (ICEI) (TIC-168)

 

/RG 7_Presentation

  • Power Quality (PQ) Analysis.
  • Electronic instrumentation and virtual instrumentation. Industrial applications.
  • Transient characterization for industrial surveillance and diagnostics and similar.
  • Higher-order statistics (HOS).
8 Dr. Ignacio Turias Domínguez Intelligent Modelling of Systems (MIS) (TEP-024)

 

/RG 8_Presentation

  • Air Pollution Estimation and Forecasting Using Machine Learning Techniques.
  • Artificial neural networks in industrial and civil engineering.
  • Data analytics in stainless steel factories.
  • Modelling and Simulation in Transportation and Logistics.
9 Dr. Luis Fernández Ramírez Sustainable and Renewable Electrical Technologies (TESYR) (TEP-023)

 

/RG 9_Presentation

  • SMART GRIDS/MICROGRIDS: Design, control and operation of smart grids/microgrids with renewable energy and energy storage for isolated and grid-connected applications in distribution networks, smart cities or smart ports.
  • PHOTOVOLTAIC SOLAR ENERGY: Design, control and operation of isolated and grid-connected photovoltaic systems
  • WIND ENERGY: Control and operation of wind turbines and wind farms, integrating energy storage and hydrogen production systems, and FACTS devices for improving power quality and the integration of wind turbines and wind farms into the network
  • MARINE RENEWABLE ENERGY: Electricity generation from offshore wind energy, marine current energy and tidal energy, and their connection to the grid
  • GREEN HYDROGEN: Design, control and operation of green hydrogen systems (fuel cell and/or electrolyser) for production of electric energy or hydrogen, and for electric transport.
  • TRANSPORTATION ELECTRIFICATION: Design, control and operation of hybrid electric traction systems for transport (vehicles, buses, trams, port cranes, etc.), and electric charging stations.
  • DC ELECTRICAL GRIDS: Design, control and operation of DC electrical grids (LVDC, MVDC, HVDC) with renewable energies and energy storage systems
  • ELECTRONIC POWER CONVERTERS: Design and control of electronic power converters applied to renewable energies and energy storage systems.
  • MULTI-ENERGY/INTEGRATED ENERGY SYSTEMS: Design, control and operation of multi-energy/integrated energy systems for integrated production of electricity, hydrogen, energy for transport, heating/cooling, etc.
  • SMART ENERGY: Design of digital twins, and intelligent control and management systems for energy systems.
10 Dr. David Sales Lérida Materials and Nanotechnology for Innovation (TEP-946)

 

RG 10_Presentation

  • The additive manufacturing of metals through wire deposition methods using plasma arc.
  • Materials for Additive Manufacturing and Additive Manufacturing Technologies.
  • Materials and Additive Manufacturing for the Circular Economy.
  • Practical information

Address of the event

Escuela Técnica Superior de Ingeniería de Algeciras (ETSIA)

Algeciras School of Engineering and Technology (ASET)

ETSIA / ASET:

Avenida Ramón Puyol, S/N

11202, Algeciras

36.13657556204097°, -5.45317766078421°

Edificio UCA-SEA

UCA-SEA Building

UCA-SEA Building:

36.13703193715594°, -5.444730704966543°

Accommodation Contact for reservations
Hotel Location Single Room (€) Double Room (€) Breakfast (€/person) Comments Email / Phone number
AC 36.1429011,-5.450883 75.9 82.5 Included Average prices Reception.Algeciras@acmarriott.com

/ +34 956 635 060

Mercury 36.1429682,-5.4511376 60 60 10 h9673@accor.com /

+34 692 216 076

Reina Cristina 36.1231642,-5.4470884 52 66 8 galbuin@globales.com /

+34 629 932 668

Airports, Trains, Buses Airports Málaga Airport (130 km from Algeciras)
Jerez Airport (100 km from Algeciras)
Sevilla Airport (190 km from Algeciras)
Madrid Airport (670 km from Algeciras)
Buses-Ridesharing platforms Buses-Ridesharing platforms from/to Algeciras
Trains RENFE (for passengers from Madrid to Algeciras)
Contact Francisco Javier González Gallero – Coordinator of International Relations – ASET (etsi.algeciras@uca.es ; internacional.etsia@uca.es)