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 € por curso académico




International Doctoral School


Only taught at this university


WEBSITE PhD in Experimental and Biohealth Sciences

Academic Commission

Coordinator:  Montserrat Hidalgo Núñez

Secretary: Ana Isabel Martínez Sánchez

Quality Commission

Coordinator: Montserrat Hidalgo Núñez

Proposing body:

Faculty of Sciences

Doctoral School:

EIDUA-University of Alicante International Doctoral School

Location: Multipurpose Building II (Codi SIGUA 0022PB001)

Telephone number 965 90 3466 

Contact EIDUA



CB11 - Systematic comprehension of a field of study and mastery of the skills and research methods related to said field. 

CB12 - Ability to conceive, design or create, put into practice and adopt a substantial research or creation process. 

CB13 - Ability to contribute to the expansion of knowledge barriers through original research. 

CB14 - Ability to carry out a critical and evaluative analysis and synthesize new and complex ideas. 

CB15 - Ability to communicate with the academic and scientific community as well as society in general regarding your fields of knowledge in the modes and languages used normally in your international scientific community. 

CB16 - Ability to foment scientific, technological, social, artistic or cultural advances within a knowledge-based society in academic and professional contexts. 


CA01 - To cope with contexts in which there is little specific information. 

CA02 - To find the key questions that must be answered to solve a complex problem. 

CA03 - To design, create, develop and carry out innovating projects in your field of knowledge. 

CA04 - To be able to work as a team and as an individual in an international and multidisciplinary context. 

CA05 - To process knowledge, cope with complexity and formulate judgements with limited information. 

CA06 - To criticise and defend solutions intellectually.

Common compulsory transversal training activities

All students will have to do a series of transversal activities; some are common to all doctoral programs whereas others are specific to each individual program. 

The vehicular languages will be Spanish and Valencian. 

   The activities are the following: 

  • ACTIVITY 1: Tools for the management and recovery of information. 
  • ACTIVITY 2: Goals and objectives of research
  • ACTIVITY 3: Scientific communication models
  • ACTIVITY 4: Transfer of knowledge models

For more information check the University of Alicante International Doctoral School Website

Specific compulsory transversal training activities

The activities are the following:

  • ACTIVITY 1: Seminars and research workshops
  • ACTIVITY 2: Seminars for doctoral students
  • ACTIVITY 3: Presentation of scientific communications and works and/or patents

Actividad formativa transversal optativa

The activities are the following:

  • ACTIVITY 1: Stays at Universities and Higher Research Centres

For more information contact the proposing body: Faculty of Sciencies 

Research areas

Teams and research areas


  1. Synthesis of organic compounds through organometallic compounds
  2. Polymers in Organic Synthesis: catalysts and supports
  3. Stereoselective reductions through hydrogen transfer processes
  4. Stereoselective aditions of organozinc reagents to imines
  5. Mechanisms and other chemical-physical aspects of organic reactions
  6. Study of structure, reactivity and properties of anionic polycyclic aromatic hydrocarbons 
  7. Relativistic astrophysics
  8. Transport in nanoscale systems
  9. Modelling of multibody systems
  10. Palaeoenvironmental changes
  11. Applied petrology
  12. Applied geology and hydrogeology
  13. Geodynamic evolution of the Cordillera Bética Oriental and the Marine Platform of Alicante
  14. Seismology - Seismic risk and signal processing in natural phenomena
  15. Bionomics and arthropod taxonomy
  16. Artificial breeding and mass production of invertebrates
  17. Applied zoology (agri-food field, industrial, urban and environmental)
  18. Forensic entomologyc and medical-veterinary
  19. Phylogeny and animal evolution
  20. Instrumental development in chemical analysis
  21. Sustainable Analitical Chemistry
  22. Bioanalitical chemistry
  23. Biogeochemistry
  24. Identification of diagnostic immunological markers, forecasts and/or therapeutic response in patients with autoimmune diseases or cancer 
  25. Analysis of allergenic sources and bacterial immunotherapy. Applications in alergy and chronic pathologies in humans
  26. Therapeutical applications in humans derived from the immunomodalutory capacity of MSCs (mesenchymal stem cells)
  27. Analysis of biomarkers in the diagnosis and forecast of HIV infections
  28. Ground and vegetable nutrition
  29. Analysis of clay and other mineral components of the ground
  30. LDPC and convolutional codes
  31. Digital signature
  32. Cryptographic kernel
  33. Multiplatform system for safe communications
  34. Convex optimisation foundations
  35. Parametric programming
  36. Semi-infinite, infinite, lineal and convex programming



Team 1: Organic chemistry

Areas: 1, 2, 3, 4, 5, 6


Cecilia Gómez Lucas

David Guijarro Espí

Albert Guijarro Pastor

Diego Antonio Alonso Velasco

Francisco Foubelo García


Team 2: Computational Physics and Astrophysics 

Areas: 7, 8, 9


María José Caturla Terol

Guillermo Chiappe Acosta

Juan Antonio Miralles Torres

José Antonio Pons Botella


Team 3: Geology

Areas: 10, 11, 12, 13, 14


Jesús Miguel Soria Mingorance 

David Benavente García

José Delgado Marchal

Hugo Antonio Corbi Sevila

José Francisco Baeza Carratalá

Alice Ginannetti

Carlos Lancis Sáez

Juan Carlos Cañaveras Jiménez

Javier Martínez Martínez

Salvador Ordóñez Delgado

María Ángeles García del Cura

Soledad Cuezva Robleño (investigadora Juan de la Cierva)

Juan José Giner Caturla

Sergio Molina Palacios

Pedro Alfaro García

Manuel Martín Martín

José Miguel Andreu Rodes

José Enrique Tent Manclús

Iván Martín Martín


Team 4: Arthropod Bionomics and Applied Zoology

Areas: 15, 16, 17, 18, 19


Santos Rojo Velasco

Celeste Pérez Bañón

Ana Isabel Martínez Sánchez

Santiago Bordera Sanjuán

Vicente Urios Moliner

Salvador Giner Alberola

Marta Saloña Bordás (Universidad del País Vasco)


Team 5: Analytical Chemistry and Translational Immunology 

Areas: 20, 21, 22, 23, 24, 25, 26, 27, 28, 29


Nuria Grané Teruel

José Miguel Sempere Ortells

José Luis Todolí Torró

José Miguel Benito Huete (Hospital Universitario Carlos III)

Adolfo Campos Ferrer (UMH)

Antonio Canals Hernández

Magdalena García Irles

Mª Carmen Garrigós Selva

Luis Gras García

Guillermo Grindaly Lledó

Montserrat Hidalgo Núñez

Alfonso Jiménez Migallón

Salvador Maestre Pérez

Francisco M. Marco de la Calle

Rosa María Martínez Espinosa

Juan Mora Pastor

María Soledad Prats Moya

Begoña Vázquez Araujo

Lorena Vidal Martínez

Juana Jordá Guijarro

Antonio Sánchez Sánchez

María del Mar Cerdán Sala

Francisco Javier Navarro Blasco

Frutos Mahuenda Egea


Team 6: Coding and Optimisation 

Areas: 30, 31, 32, 33, 34, 35, 36


Joan Josep Climent Coloma

Juan Enrique Martínez Legaz

Víctor J. Climent Payá



1. To be admitted in a doctoral program at the University of Alicante, it is necessary to fill in an electronic pre-registration form, available annually on the EIDUA website.

2. Before starting the pre-registration process, it is advisable to consult the website of the chosen doctoral program in order to know the admission requirements demanded by the program.

3. The Academic Commissions (AC) are in charge of the admission process in the different doctoral programs.

4. The academic commissions decide annually the offer of places in every doctoral program according to the preconditions established in its Verified Memory. The commission may determine not to offer places when not having directors or tutors at any research line.

5. If the resolution is of “no admission”, in the computer application the reasons for the same will be detailed, having a calendar month to formulate an appeal before the AC; from the date of the resolution.



1. In parallel with the admission process carried out by the AC, the Doctoral School (EDUA) verifies that the documentation provided is the one requested in the pre-registration form.

2. Applicants with higher studies attained in countries different from the EHEA*, at the moment of pre-registration process should pay an administrative fee for the study of their documentation, (equivalence study). The price of the rate is fixed annually by the Government of the Generalitat Valencia, by Decree.

3. People who do not provide the documentation in the terms required in the access process, may rectify this incident within 15 calendar days, from EDUA communication or, exceptionally, within the period determined by EDUA according to the concurrent circumstances.

4. When the incidents detected have not been resolved in the form and time determined by EDUA, the originated file academic record will be closed, without further processing.

5. The Doctorate School will proceed to open academic records to those who have been admitted by the AC and have correctly provided the required documentation, sending them an email with instructions to complete the enrolment process.

When the result is "no admission" it is possible to consult the grounds in the available electronic application. It is possible to raise administrative appeal (recurso de alzada) against AC resolution, within a month since resolution date.

*EHEA: European High Education Area


Internal Quality Assurance System (SGIC) of the Degree

Management of the SGIC (Acces to ASTUA)

Degree monitoring

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