Doctoral Program in Systems and Informatics Engineering


Science and engineering are fundamental pillars on which the development of modern societies is based. In recent decades, fields such as computer science or robotics have experienced substantial advances that have revolutionized areas as diverse as transport, communications, medicine or social networks. Researchers in the field of Systems Engineering and Information Technology contribute to promote the process of research, development and innovation (R+D+i) in the technology sector. They also perform technology transfer tasks that benefit the industry and companies in the area. Thus, the training of researchers in this field is a key element in today's society.

The goal of this PhD Program is the training of doctors who lead the generation of knowledge and its transfer to society through the development of an "original research" during the beginning of its research career with high levels of quality, internationalization, innovation, recognition and mobility. The PhD Program offers research training in the fields of Computer Science and Systems Engineering, which emanates from the research groups, recognized by the Government of Aragón, at the Department of Computer Science and Systems Engineering of the University of Zaragoza.

The research groups that support the PhD Program collaborate actively with internationally recognized companies and academic institutions, including MIT, Stanford, Berkeley, Yale, UC San Diego, U. Pennsylvania, Oxford, Imperial College, ETH Zurich, KTH Stockholm, TU Munich, U. Freiburg, I. Max Planck, U. Roma La Sapienza, U. Sydney, etc. This activity offers PhD students the possibility of integrating themselves into relevant research teams in cutting-edge areas, conducting research stays and developing their PhD thesis in the context of research projects. In the surrounding area there are also important companies such as BSH (Bosch und Siemens Hausgeräte), and institutions such as the ITA (Technological Institute of Aragón) or the I3A (Aragón Engineering Research Institute), which demand professionals whose competences coincide with those of a PhD of our program.

The PhD Program in Systems Engineering and Information Technology is taught at the University of Zaragoza since the 1986/87 academic year, serving as the genesis of the current Department of Computer Science and Systems Engineering (DIIS). The program was initiated according to the regulation of Real Decreto 185/85 and has been adapted to the following regulations (RD 778/98, RD 56/2005, RD 1393/2007 and RD 99/2011). The PhD Program in Systems Engineering and Information Technology MCD2003-00466 got the Quality Award in the first call in 2003, and since then it has maintained it with renewals in all the calls. This program has also been distinguished with the Mention towards Excellence by the Ministry of Education (Ref. MEE2011-0004).


Administrative support:
Secretary of the Department of Computing and Systems Engineering
School of Engineering and Architecture
Campus Río Ebro, C/María de Luna, 1. 50018 Zaragoza

Phone: +34 976 761949

Basic Competences

The students of the program acquire the basic competences indicated in article 5 of Royal Decree 99/2011 on doctorate. They are the following:

  1. Systematic understanding of their field of study and mastery of research skills and methods related to that field.
  2. Ability to conceive, design or create, implement and adopt a substantial process of research or creation.
  3. Ability to contribute to the expansion of the frontiers of knowledge through original research.
  4. Ability to perform a critical analysis and evaluation and synthesis of new and complex ideas.
  5. Ability to communicate with the academic and scientific community and with society in general about their fields of knowledge in the modes and languages commonly used in their international scientific community.
  6. Ability to promote, in academic and professional contexts, scientific, technological, social, artistic or cultural advancement within a society based on knowledge.

Personal Abilities and Skills

The RD 99/2011 highlights the high professional training of doctors in various fields, especially those that require creativity and innovation. Therefore, the doctors of the program will have acquired, at least, personal skills and abilities to:

  1. Develop in contexts in which there is little specific information.
  2. Find the key questions that must be answered to solve a complex problem.
  3. Design, create, develop and undertake innovative and innovative projects in their field of knowledge.
  4. Work both as a team and independently in an international or multidisciplinary context.
  5. Integrate knowledge, face complexity and formulate judgements with limited information.
  6. The criticism and intellectual defence of solutions.

Información general


The requirements for access to doctorate studies are set in RD 99/2011 and can be consulted in the corresponding Instruction of the Doctorate School (pdf). In general, an official Spanish Bachelor's and Master's degrees or equivalent are required, with a minimum global extension of 300 ECTS credits.

Candidates with university degrees issued by a country of the European Higher Education Area (EHEA) may request admission directly (info). If the degree is issued by a country outside the EHEA, the application for access with a non-homologated foreign degree must be submitted (info).

Those interested can expand their information in the administrative section of the Doctoral School (web) or the administration of the program (see contact data in the program general information section).


The Doctoral School will establish in the academic calendar of the year the period of application for admission in its programs. The application for admission will include a motivation letter indicating the research line(s) of interest. It may also include the proposal of a researcher for thesis director. In the resolution of admission, if this is favorable, the Academic Committee will appoint the tutor and the director of the thesis and assign the research line, or lines (up to two), of the thesis. It will also establish the type of dedication of the doctoral student (full or partial time) and, if appropriate, the training complements that must be completed. Exceptionally, the director's appointment may be postponed until three months after the date of the doctorate's enrollment in the program. The Academic Committee may declare a candidate as unsuitable for the program, based on the information contained in the candidate's motivation letter.

If the admitted applicant does not enroll in the doctoral program, the admission will expire one month after its concession date. In this case, individuals interested in starting doctoral studies must apply again for admission to the program. Open vacancies will be covered by the Academic Committee according to the corresponding waiting list.

Programs with available places will accept subsequent admission applications, until completion of the number of places offered by the program.

For all purposes, a candidate does not acquire the status of doctoral student at the University of Zaragoza until he/she formalizes his or her enrollment in the corresponding program. PhD students must register annually for academic tutelage.

Information specific to the program

Oferta de plazas: 30

Admission to the PhD program of Systems Engineering and Computer Science

In order to start PhD studies it is required to be accepted by the Academic Committee of the PhD program. The student is required to apply for admission to the Academic Committee of the program, within the period established annually in the academic calendar. General information on the management of the admission process is available at the following link.

In order to apply to the PhD program in Systems Engineering and Computer Science, the student must submit the following documentation:

  • A letter of motivation that includes the research line of the PhD program in which you intend to work, and the proposed supervisor for the PhD student.
  • Admission application for the PhD program using the official form of the PhD School.
  • Curriculum Vitae of the applicant stating the applicant degree as well as the academic record with the list of subjects studied.
  • When applicable, application for part-time acceptance, properly justified and indicating the type of activity performed simultaneously with the completion of the PhD thesis.

The recommended access to this PhD Program is for students who have completed a Master's Degree in Industrial Engineering, Computer Engineering or Telecommunication Engineering. Although the preferred profile is that of Systems Engineering and Computer Science, students coming from other studies may also be accepted, provided that they accredit Master's level education in at least one of the research lines of the PhD Program.

Selection criteria:

If there are more applications than available positions, the weighting of the acceptance criteria will be as follows:
• Adaptation applicant profile to the PhD program 60%
• Academic record 40%

Complementos formativos

In view of the application for acceptance to the PhD program, the Academic Committee of the program will determine the additional methodological or scientific training required to be admitted to the PhD program, and if necessary, the requirement of meeting additional requirements, including, exceptionally specific tests.

Thesis Supervision

The procedures for the supervision of doctoral students are set in article 11 of Royal Decree 99/2011, which regulates doctoral studies. The doctoral student admitted to the program has to enrol each academic year in academic tutelage at the University of Zaragoza. The Academic Committee of the program will assign a Thesis Director and a tutor, who may or may not be the same. The Thesis Director will be the person in charge of the overall management of the doctoral student's research tasks, of the coherence and adequacy of the training activities, of the impact and novelty in his/her field of the subject of the doctoral thesis and of the guide in other projects and activities where the doctoral student is involved. The tutor is responsible for the adaptation of the training and the research activity to the principles of the program and the Doctoral School and will ensure the interaction of the doctoral student with the Academic Committee of the program, the body responsible for supervising the progress of the research and training and the authorization of the thesis presentation of each doctoral student of the program.

The supervisory functions of the doctoral students will be documented in the Doctorate Letter which, once the registration is made, will be signed by the doctoral student, its tutor and its director, the program coordinator and the director of the Doctoral School. Those interested can expand the information on the thesis supervision in the administrative headquarters of the program (see contact information in the general information of the program) or by consulting the program coordinator.

Follow-up of the Doctoral Student

The follow-up of the training process leading to the presentation of the doctoral thesis is carried out through the research plan and the doctoral student's document of activities. The research plan is presented before the end of the first year of enrolment and includes, at least, the methodology to be used and the objectives to be achieved, as well as the means and the temporal planning to achieve it. The plan may be improved and detailed later and must be endorsed by the Director and the tutor. The document of activities is the register of all the activities -research stays, courses, attendance to congresses, or others- that the doctorate carries out from his enrolment until the presentation of the doctoral thesis. Annually, the Academic Committee of the program will evaluate the follow-up of the research plan together with the document of activities. The positive evaluation will be an essential requirement to continue in the program. In the case of a negative evaluation, the doctoral student must be evaluated again within a maximum period of six months. Those interested can expand this information in the administrative headquarters of the program (see contact information in the general information of the program) or by consulting the program coordinator.

Once the thesis is concluded, the doctoral student must proceed to deposit and defend it according to the dispositions included in the thesis regulation of the University of Zaragoza (info).

Otros procedimientos, específicos del programa

Thesis dissertation: pre-admission procedure

In addition to the regulations and general procedures of the University of Zaragoza, the PhD Program in Systems Engineering and Computer Science has a regulation and an additional procedure for pre-admission to the thesis process, which is as follows:

Prior to its submission to the University, the Academic Committee of the PhD program will evaluate the thesis dissertation. The PhD candidate, with the approval of the supervisor, is required to submit the following documentation by e-mail to the Secretariat of the Department (

  • A draft in electronic format sufficiently complete (not necessarily definitive) of the thesis dissertation.
  • In a separate file, a summary of the main contributions of the thesis (about 1,000 words) that includes a list of publications, patents and other merits, indicating their relation with the thesis. Quality indexes of publications must be included.
  • It is necessary to complete the Document of Activities of the Doctorate (DAD), with the activities carried out and update the research plan of the PhD student with the corresponding report of the tutor.
  • In the event that the thesis is in the modality of International Mention, co-supervision with another university or as a compendium of publications, all the additional documentation required in these modalities will be included.
  • PhD evaluation committee proposal form filled.

Once submitted, the summary and contributions of the thesis can be consulted on the internal website of the Department. The rest of the documentation will be in deposit in the Secretary of the Department so that any PhD member of the same can examine it.

This electronic pre-deposit will be announced to the entire Department with at least 5 working days before the meeting of the Academic Committee that evaluates the approval of the thesis dissertation. Any doctor of the department may, through the members of the Academic Committee, provide opinions, recommendations or suggestions regarding the thesis. In any case, this meeting must be held within a maximum period of 10 working days from the deposit.

The Academic Committee may:
• Approve the submission of the thesis, of which the PhD candidate will be informed to continue with the submission procedure.
• Do not approve the submission of the thesis, of which the PhD candidate will be informed in order to proceed, where appropriate, with the necessary changes before starting the procedure again.

As a general criterion, for a thesis to be approved, it must be supported by the publication of a substantial part of its results in journals or international conferences with peer review processes, or by expert reports on the thesis itself.

Transversal Training

The Doctoral School offers an annual series of voluntary activities for all doctoral students. This formation has a transversal and interdisciplinary nature. The offer is dynamic and covers the following formative aspects: communication (oral and written), access and information management, and skills for a future social and professional performance.  Information about the activities, admission and enrolment can be found in the website of the Doctoral School  (info).

Additionally, other formative activities of interest for a wide range of our doctoral students are disseminated through our web (info).

Specific Training

The activities presented in the following table will be compulsory, with the approximate duration indicated (for the total duration of the PhD), except the mobility activity that will not be mandatory, but highly recommended.

Program activitiesDuration Training objective and contentRecommended temporal sequencing
Control/evaluation procedure
Courses, seminars, summer schools, conferences and workshops.32 hours
Acquire knowledge on specific topics.The recommended time sequence for full-time students is 16 hours per year during the first two years of enrollment in the program. For part-time students it can also be done by distributing the activity during the years of thesis development.Qualification certificate, attendance certificate or report of the supervisor. Registration in the Document of Activities of the Doctorate (DAD).
Evaluation and dissemination of the research.10 hoursCollaboration in activities of evaluation and review of papers. Participation in activities of dissemination of research and presentation of results.The recommended time sequence is to distribute the activity during the years of enrollment in the program, both for full-time and part-time students. Registration in the DAD.
Research Stay.3 monthResearch stay in prestigious external centers to carry out some research activity directly related to the thesis or any other topic of interest for the PhD training. The recommended sequencing is to perform this mobility activity during the second or third year of development of the thesis for full-time students. For part-time students, it can be adapted for each case for compatibility issues with their other activity. Report of the activity. Registration in the DAD. The stay must be authorized before it is carried out by the Academic Committee (Request for research stay).
  • Valid courses and seminars may be offered as cross-cutting activities of the PhD School, those organized by the Program or those that the thesis director deems appropriate for the training of the PhD student.
  • The completion of all these activities should be conveniently incorporated into the Document of Activities of the Doctorate (DAD).
  • The internal seminars or follow-up meetings conducted by the research groups will not be considered unless they are adequately publicized in the department (for example, by means of an email addressed to the existing distribution lists) and indicating the basic data of the same (title , summary, place, duration).
  • In the activity documents (DAD), only already accepted papers can be included. Those that are still under review will not be included. If the student plans to attend the corresponding conference even if the paper is not accepted, the corresponding attendance can be registered as an activity. The training complements will be justified with a copy of the obtained grade in the corresponding subject.
As a reference, the time dedicated to the different activities is evaluated as follows:
  • The attendance to conferences with a recognition for these activities of 6 hours per day of conference.
  • The presentation of a paper in a conference with a recognition for these activities of 4 hours per paper presented (1 hour per poster presented).
  • Participation in the review of research papers with a recognition for these activities of 4 hours per paper reviewed.

Research Lines

  • Architecture of Computers.High performance computing and hierarchy of memory in multiprocessors.Oriented programming to performance and energy consumption in general purpose and embedded architectures
  • Advanced Computer Graphics. Synthetic image. Computational photography. Virtual reality. Mixed Reality. Human Machine Interaction. Videogames.
  • Systems Engineering of Discrete Events. Formalisms and formal methods for the modeling, design and analysis of manufacturing production systems, logistics, traffic (air, rail, urban...), distributed i
  • Robotics, Perception and Real Time. Service and intervention robotics; Advanced perception systems; Computer vision; Real-time systems.
  • Information Systems and Web Engineering. Design and development of access systems to remotely located information; Software technologies for information systems with geo-referenced data, Service-orie

Research Teams

Ingeniería de sistemas de eventos discretos

  • José Manuel Colom Piazuelo
  • Gregorio de Miguel Casado
  • Joaquín Antonio Ezpeleta Mateo
  • Jorge Emilio Júlvez Bueno
  • Cristian Florentín Mahulea
  • Elvira Mayordomo Cámara
  • José Javier Merseguer Hernaiz
  • Ricardo Julio Rodríguez Fernández
  • Manuel Silva Suárez

Robótica, percepción y tiempo real

  • María del Rosario Aragüés Muñoz
  • Jesús Bermúdez Cameo
  • José Ángel Castellanos Gómez
  • Javier Civera Sancho
  • Rafael del Hoyo Alonso
  • Cedric Demonceaux
  • José Jesús Guerrero Campo
  • Francisco Manuel Lera García
  • Gonzalo López Nicolás
  • Rubén Martínez Cantín
  • José María Martínez Montiel
  • Javier Mínguez Zafra
  • Luis Enrique Montano Gella
  • Luis Montesano Del Campo
  • Eduardo Montijano Muñoz
  • Ana Cristina Murillo Arnal
  • José Neira Parra
  • Ricardo Julio Rodríguez Fernández
  • Carlos Sagüés Blázquiz
  • Juan Domingo Tardos Solano
  • José Luis Villarroel Salcedo

Informática gráfica avanzada

  • Sergio Albiol Pérez
  • Sandra Silvia Baldassarri
  • Luis Fernando Castillo Ossa
  • Eva Mónica Cerezo Bagdasari
  • Manuel Andrés González Bedia
  • Diego Gutiérrez Pérez
  • Adrián Jarabo Torrijos
  • Belén Masiá Corcoy
  • Adolfo Muñoz Orbañanos
  • Francisco José Serón Arbeloa

Arquitectura de computadores

  • Jesús Alastruey Benedé
  • Unai Arronategui Arribalzaga
  • José Luis Briz Velasco
  • Pablo Enrique Ibáñez Marín
  • Jesús Javier Resano Ezcaray
  • Juan Segarra Flor
  • Darío Suárez Gracia
  • María Villarroya Gaudó
  • Víctor Viñals Yufera

Sistemas de información e ingeniería web

  • Pedro Javier Álvarez Pérez-Aradros
  • José Ángel Bañares Bañares
  • Rubén Bejar Hernández
  • Fernando Bobillo Ortega
  • Roberto Centeno Sánchez
  • José Carlos Ciria Cosculluela
  • Eladio Domínguez Murillo
  • Francisco Javier Fabra Caro
  • Ángel Ramón Francés Román
  • María Piedad Garrido Picazo
  • Ramón Hermoso Traba
  • Sergio Ilarri Artigas
  • Javier Lacasta Miguel
  • Raquel Lacuesta Gilaberte
  • Francisco Javier López Pellicer
  • Ricardo López Ruiz
  • Francisco José Martínez Domínguez
  • Eduardo Mena Nieto
  • Francisco Javier Nogueras Iso
  • José Manuel Rodríguez Fortún
  • Julio Alberto Sangüesa Escorihuela
  • María Teresa Villalba Benito
  • María Antonia Zapata Abad
  • Francisco Javier Zarazaga Soria

Material Resources

To provide service to the PhD Program in Systems Engineering and Computer Science, the Department of Computer Science and Systems Engineering has a set of resources that are part of the School of Engineering and Architecture (EINA), the center where the program is taught. Likewise, most of the department's research groups that support the research lines of the PhD program are part of the Institute of Research and Engineering of Aragón (I3A). The I3A has its facilities in the I+D+i building of the Río Ebro Campus which are also available to the PhD Program.

  • Classrooms and seminars: Classrooms equipped with blackboard and projection equipment. Computer classrooms also have computer stations for students.
  • Teaching and research laboratories: The Department of Computer Science and Systems Engineering (DIIS) has 7 teaching laboratories that occupy an area of ​​600 m2 in the Ada Byron building. As for research laboratories, the DIIS has 10 research laboratories managed by the department's research groups, which occupy an area of ​​550 m2. These laboratories have specific equipment for the different research lines. Additionally, through the I3A, the research groups that participate in the PhD program also have 4 research laboratories that occupy an area of ​​340 m2 in the R+D+i building.



  • Informe de evaluación de la calidad del curso 2017/2018
  • Informe de la Calidad de los Estudios de Doctorado y de sus diferentes Programas del curso 2017/2018
  • Plan anual de innovación y mejora del curso 2017/2018
  • Verification File