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Engineering for the Information Society and Sustainable Development

Recommended admission profile

Detailed description of the recommended admission profile

Having accredited compliance with the PhD programme admission requirements and taking into account the interdisciplinary nature of the programme, the admission requirements are as follow:

Background

  • A Bachelor’s degree in any of the following fields: Computer Engineering, Telecommunications Technology Engineering, Audiovisual Systems Engineering, Telematics Engineering, Industrial Technologies Engineering, Industrial Electronics Engineering and Automation or Industrial Management Engineering.
  • An official Master's degree in any of the following fields: Computer Engineering, Telecommunications Engineering or Industrial Engineering.
  • The Master's degree must include a minimum of 10 ECTS credits in research techniques/methods or a supervised research project. Otherwise, students must take the mandatory training courses described in paragraph 3.4.
  • The following official Master's degree programmes taught at the University of Deusto are valid for entry to the PhD programme: Master’s degree in Information Security and Master’s degree in Development and Integration of Software Solutions. In such cases, it is also necessary to take the doctorate training courses described in paragraph 3.4.
  • Knowledge of English level C1.
  • The ability to express oneself adequately in writing and orally.
  • The ability for multidisciplinary and teamwork in addition to personal maturity.
  • Interest in the research focus areas of the PhD programme.
  • Availability to carry out the activities planned for this programme and, in particular, stays at other universities and research centres.
  • Recipients of grants from national or international organisations, whose award is based on the candidate’s CV (this is not a requirement but will be especially taken into account when evaluating applications).

Other merits which will be positively valued

  • Continuing education courses related to this specialist field
  • Work or volunteering in this field
  • Research experience in the field (participation in research projects, publications, etc.) prior to entering the PhD programme
  • Stays abroad
  • Proven knowledge in other thematic areas related to the research area, including computer tools

Criteria for assessment and weighting of merits

tabla
 Item Indicator Weighting Source
 Qualification academic record grade Average grade/coincidence with the program area  15% + 10% Academic record
Qualification academic record grade master's degree Average grade/coincidence with the program area  15% + 20% Academic record
 Research experience  Publications and projects         5%  Curriculum Vitae
 Matching of research interests with the lines of the programme Assessment by the Academic Committee        15% Work proposal. Assessment of the principal investigator of a team
Other merits
- Continuing Education
- Professional or volunteer experience
- Stays abroad

     

          5%

 

Curriculum Vitae

  Other merits

 

- Professional Objectives
- Expectations about the program
- Attitude and personal maturity
- Planned Dedication to the Program

 

 

 

             5%

 

Letter of motivation and personal interview

To have a research grant Concession / Duration and amount            10% Grant Document.

 

Training complements


Research Methodology Course (5 ECTS).
The objective of this course is to enable the student to master scientific-technical research methodologies and effectively design a project of research, choosing the most appropriate one according to the objectives to be achieved.
Students with a University Master's degree who have been admitted to the programme but have not studied must take this course previously techniques/methods of research or carried out a supervised research project.
This course is divided into 3 modules:

  • Research Methodology: 2 ECTS. The purpose of this module is to introduce doctoral students to what a doctorate is, what it entails and what methodologies are usually used to undertake it.It will make the doctoral student wonder why and what he or she wants to do a doctoral thesis for. It will motivate the doctoral candidate without hiding the difficulty and the enormous
    effort and perseverance required for a doctoral thesis. Give examples of doctoral theses and invite a doctor to explain his or her experience.
    during the doctorate. Train the doctoral student in research techniques and methodologies. It will help him to use his logic and intuition to apply
    a set of good practices aimed at carrying out research. Explain the difference between basic and applied research. Explain the importance of
    of scientific indicators and impact indices in publications for the accreditation of researchers. Illustrate how to read and write a paper.
    It will teach how to identify the most relevant publications and conferences to a given topic.
  • Experimentation: 1.5 ECTS. This module explains the difficulties of making use of research methodologies based on experimentation (common in classical disciplines) such as medicine, biology or chemistry), within Computer Science and Communication Sciences. The student will be taught to understand the strengths and weaknesses of a scientific publication describing a work of experimentation in order to help you in the realization of future articles
    of quality.
  • Quantitative and qualitative methods: 1.5 ECTS. This module addresses the need to use quality and quantity metrics of samples and data to conduct adequate research. That is to say,
    aims to teach students to draw accurate conclusions with the information at their disposal. He will explain the need to have these values in order to
    apply validation methods with scientific rigour. The student will understand that the research must be objective and replicable. He will make an introduction
    methods and tools for data validation and management.

Supervised research work (5 ECTS)


The objective of this course is to elaborate a Thesis project proposal in which the chosen thesis topic is justified on the basis of: the state of the art, the scientific-technical interest of the subject and social relevance, the establishment of reasonable objectives and hypotheses, and the selection of the appropriate methodology to carry out the proposed research and the achievement of objectives based on the established hypothesis.
Students with a Master's Degree who have been admitted to the programme but have not studied must take this course previous research techniques/methods or carried out a supervised research project
It is not only a question of developing a research project, but also of demonstrating the research capacity, within the framework of a thesis.
doctoral, addressing the development of the research project defined in the previous four-month period. This project is divided into three phases:

  • Bibliographic review. As a result, the student must submit a document containing: a) the state of the art of the proposed research topic, b) an exposition of the adopted research methodology and c) a list in scientific format of the sources used.
  • Framing of the research. As a result, the student will: a) clearly indicate which research opportunity is seen to have analyzed the state of the art, b) establish the scientific-technical interest and the impact of the research topic, and c) propose the hypothesis and objectives of the research.
  • Methodology. As a result, the student will deliver a document that explains the methodology that is intended to be used to the achievement of the objectives, including: (a) phases into which the work will be divided, (b) tasks to be carried out at each phase, (c) explanation the methodology to be used for each task and d) a reasonable timeline for the development of the thesis over time.

 

Recommended admission profile

Detailed description of the recommended admission profile

Having accredited compliance with the PhD programme admission requirements and taking into account the interdisciplinary nature of the programme, the admission requirements are as follow:

Background

  • A Bachelor’s degree in any of the following fields: Computer Engineering, Telecommunications Technology Engineering, Audiovisual Systems Engineering, Telematics Engineering, Industrial Technologies Engineering, Industrial Electronics Engineering and Automation or Industrial Management Engineering.
  • An official Master's degree in any of the following fields: Computer Engineering, Telecommunications Engineering or Industrial Engineering.
  • The Master's degree must include a minimum of 10 ECTS credits in research techniques/methods or a supervised research project. Otherwise, students must take the mandatory training courses described in paragraph 3.4.
  • The following official Master's degree programmes taught at the University of Deusto are valid for entry to the PhD programme: Master’s degree in Information Security and Master’s degree in Development and Integration of Software Solutions. In such cases, it is also necessary to take the doctorate training courses described in paragraph 3.4.
  • Knowledge of English level C1.
  • The ability to express oneself adequately in writing and orally.
  • The ability for multidisciplinary and teamwork in addition to personal maturity.
  • Interest in the research focus areas of the PhD programme.
  • Availability to carry out the activities planned for this programme and, in particular, stays at other universities and research centres.
  • Recipients of grants from national or international organisations, whose award is based on the candidate’s CV (this is not a requirement but will be especially taken into account when evaluating applications).

Other merits which will be positively valued

  • Continuing education courses related to this specialist field
  • Work or volunteering in this field
  • Research experience in the field (participation in research projects, publications, etc.) prior to entering the PhD programme
  • Stays abroad
  • Proven knowledge in other thematic areas related to the research area, including computer tools

Criteria for assessment and weighting of merits

tabla
 Item Indicator Weighting Source
 Qualification academic record grade Average grade/coincidence with the program area  15% + 10% Academic record
Qualification academic record grade master's degree Average grade/coincidence with the program area  15% + 20% Academic record
 Research experience  Publications and projects         5%  Curriculum Vitae
 Matching of research interests with the lines of the programme Assessment by the Academic Committee        15% Work proposal. Assessment of the principal investigator of a team
Other merits
- Continuing Education
- Professional or volunteer experience
- Stays abroad

     

          5%

 

Curriculum Vitae

  Other merits

 

- Professional Objectives
- Expectations about the program
- Attitude and personal maturity
- Planned Dedication to the Program

 

 

 

             5%

 

Letter of motivation and personal interview

To have a research grant Concession / Duration and amount            10% Grant Document.

 

Training complements


Research Methodology Course (5 ECTS).
The objective of this course is to enable the student to master scientific-technical research methodologies and effectively design a project of research, choosing the most appropriate one according to the objectives to be achieved.
Students with a University Master's degree who have been admitted to the programme but have not studied must take this course previously techniques/methods of research or carried out a supervised research project.
This course is divided into 3 modules:

  • Research Methodology: 2 ECTS. The purpose of this module is to introduce doctoral students to what a doctorate is, what it entails and what methodologies are usually used to undertake it.It will make the doctoral student wonder why and what he or she wants to do a doctoral thesis for. It will motivate the doctoral candidate without hiding the difficulty and the enormous
    effort and perseverance required for a doctoral thesis. Give examples of doctoral theses and invite a doctor to explain his or her experience.
    during the doctorate. Train the doctoral student in research techniques and methodologies. It will help him to use his logic and intuition to apply
    a set of good practices aimed at carrying out research. Explain the difference between basic and applied research. Explain the importance of
    of scientific indicators and impact indices in publications for the accreditation of researchers. Illustrate how to read and write a paper.
    It will teach how to identify the most relevant publications and conferences to a given topic.
  • Experimentation: 1.5 ECTS. This module explains the difficulties of making use of research methodologies based on experimentation (common in classical disciplines) such as medicine, biology or chemistry), within Computer Science and Communication Sciences. The student will be taught to understand the strengths and weaknesses of a scientific publication describing a work of experimentation in order to help you in the realization of future articles
    of quality.
  • Quantitative and qualitative methods: 1.5 ECTS. This module addresses the need to use quality and quantity metrics of samples and data to conduct adequate research. That is to say,
    aims to teach students to draw accurate conclusions with the information at their disposal. He will explain the need to have these values in order to
    apply validation methods with scientific rigour. The student will understand that the research must be objective and replicable. He will make an introduction
    methods and tools for data validation and management.

Supervised research work (5 ECTS)


The objective of this course is to elaborate a Thesis project proposal in which the chosen thesis topic is justified on the basis of: the state of the art, the scientific-technical interest of the subject and social relevance, the establishment of reasonable objectives and hypotheses, and the selection of the appropriate methodology to carry out the proposed research and the achievement of objectives based on the established hypothesis.
Students with a Master's Degree who have been admitted to the programme but have not studied must take this course previous research techniques/methods or carried out a supervised research project
It is not only a question of developing a research project, but also of demonstrating the research capacity, within the framework of a thesis.
doctoral, addressing the development of the research project defined in the previous four-month period. This project is divided into three phases:

  • Bibliographic review. As a result, the student must submit a document containing: a) the state of the art of the proposed research topic, b) an exposition of the adopted research methodology and c) a list in scientific format of the sources used.
  • Framing of the research. As a result, the student will: a) clearly indicate which research opportunity is seen to have analyzed the state of the art, b) establish the scientific-technical interest and the impact of the research topic, and c) propose the hypothesis and objectives of the research.
  • Methodology. As a result, the student will deliver a document that explains the methodology that is intended to be used to the achievement of the objectives, including: (a) phases into which the work will be divided, (b) tasks to be carried out at each phase, (c) explanation the methodology to be used for each task and d) a reasonable timeline for the development of the thesis over time.