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SETS Joint Doctorate

Sustainable Energy Technologies and Strategies

 

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Comillas Pontifical University


KTH



FLORENCE SCHOOL OF REGULATION

Structure and Contents

 

Training and Research

 

The SETS joint doctorate is divided into a training period and a research period. Students will devote their first year to training (60 ECTS), in which they will learn research methodologies and study specific subjects related to their assigned line of research. The common language of instruction is English.

 

Along the following three years, the doctoral research will be conducted within a research group of one the degree awarding universities (Comillas, TU Delft or KTH). Students will participate in their group’s activities, which will include collaboration in a specific international project.

 

Following specific mobility pathways, students will perform their activities in different consortium countries. In this regard, all students will spend at least nine months in another university than their research group university and, in addition, students spending time in the country where they earned their preceding university degree will spend at least six months in a third university.

 

Courses overview

 

Students will devote their first year to training (60 ECTS), in which they will learn research methodologies and study specific subjects related to their assigned line of research. Students will plan their activities with their supervisors and submit their work plan to the joint Academic Committee.

 

This plan will cover doctoral courses and specific research work. All activities will be evaluated and at least 30 of these ECTS credits must be earned in specific requisite courses. The remaining 30 ECTS credits may be earned from research conducted by students in their research groups. Credits for these activities are subject to submission of a report summarizing the research results, typically in the form of a scientific paper.

 

The doctoral courses counting toward ECTS credits during the training period are listed in Table 1. Each course is delivered at one of the HEIs awarding the joint degree. To ensure suitable integration, only students whose home HEI is in the country where they earned their last degree may spend up to one semester of their training period in another HEI. All others must train in their home HEI only (unless otherwise decided by the Academic Committee in light of exceptional circumstances).

 

University

Term

Course title

ECTS

Comillas

1

Microeconomic analysis of the electric power industry

2

Comillas

1

Environmental impact and renewable energy

3

Comillas

1

International experience in the energy sector

2

Comillas

1

Decision-making support models in the electric power industry

4

Comillas

1

Regulation of the electric power industry

6

Comillas

1

Power system stability

3

Comillas

1

Quality of service in electricity supply: regulatory framework and technical solutions

4

Comillas

1

Deterministic optimization

3

Comillas

1

Stochastic optimization

3

Comillas

1

Artificial intelligence

6

Comillas

1

Advanced data analysis

3

Comillas

1

Advanced computational tools for applied research

3

Comillas

2

Advanced analysis of electric power systems

4

Comillas

2

The electric power distribution business

3

Comillas

2

The electric power transmission business

3

Comillas

2

Advanced topics in power sector regulation

4

Comillas

2

Game theory methods in energy markets

3

Comillas

2

Risk analysis and management in energy markets

3

Comillas

2

Decision methods

3

Comillas

2

Simulation methods

3

Comillas

2

Forecasting techniques

3

Comillas

2

Scientific writing in English

3

Comillas

Annual

Seminars on research methods and computational tools

3

Comillas

1/2

Optional courses from related postgraduate and master programmes.

N/A

TU Delft

1/2

Special Topics in Sustainable Technology Development, Technology
Assessment or Global Development

6

TU Delft

1/2

Technology Assessment: Technology, Society, Sustainability

3

TU Delft

1/2

Technology in Sustainable Development

4

TU Delft

1/2

Sustainable technological development

4

TU Delft

1/2

Fuel Cells

3

TU Delft

1/2

Technology and sustainable development

5

TU Delft

1/2

System innovation and strategic niche management

3

TU Delft

1/2

Introduction to industrial ecology

3

TU Delft

1/2

Introduction to renewable energy systems

3

TU Delft

1/2

Technology dynamics for sustainable innovation

6

TU Delft

1/2

Technology dynamics & transition management

5

TU Delft

1/2

Materials and ecological engineering

4

TU Delft

1/2

Renewable energy

3

TU Delft

1/2

Smart energy products

4

TU Delft

1/2

Sustainable energy economics

6

TU Delft

1/2

Wind energy

4

TU Delft

1/2

Electrical power engineering

5

TU Delft

1/2

Sustainable hydrogen storage and electrical energy storage

4

TU Delft

1/2

Fuel cell systems

2

TU Delft

1/2

Energy from biomass

4

TU Delft

1/2

Solar energy

4

TU Delft

1/2

Practical course on solar cells

1

TU Delft

1/2

System innovation and strategic niche management

3

TU Delft

1/2

Optional courses from related postgraduate and master programmes.

N/A

KTH

1

Power systems, advanced course

3

KTH

2

Electricity market analysis

3

KTH

1

FACTS and HVDC in power systems

3

KTH

1

Monte Carlo methods in engineering

3

KTH

 

Optional postgraduate courses will be selected by the student with his Supervisor from:

-        Electric power system courses are available on
http://www.kth.se/student/kurser/avdelning/EG/kurser?l=en_UK

-        Mathematics courses are available on
http://www.kth.se/student/kurser/avdelning/SF/kurser?l=en_UK

-        Control science courses are available on
http://www.kth.se/student/kurser/avdelning/EL/kurser?l=en_UK

N/A

 

 

Research Lines

The scope of this research lines include:

 

  • Future energy networks: multi-energy carrier systems; security and reliability of energy systems; integration of renewables; integration of electric vehicles; demand side management; active networks; and de-centralized control.
  • Regulation and economics of energy systems in future European scenarios: regulatory schemes for promoting energy transition, including new decision-tools for policy makers; regulatory incentives to promote energy efficiency; and new market designs.
  • Sustainable development: definition and quantification of economic and sustainability indices for regional grids and microgrids; environmental life-cycle analysis; power system operations and design for sustainability; analysis of government policies designed to promote sustainability, including design and evaluation of international environmental agreements; monitoring and enforcement of environmental regulation.

 

Each HEI will contribute specifically to these lines of research depending on its expertise, under an interdisciplinary approach based on technology, economics and policy-making. The focus will be on the analysis of sustainable energy technologies and strategies (SETS) in place across the board, contributing to economic growth and sustainable development with the implementation of new approaches and technologies, as well as other research findings.

 

Research positions available:

  • Priority research lines. All the candidates selected for these positions will receive a fellowship from the Erasmus Mundus. Check here for the detailed list of Priority Research Lines 2010
  • Reserve research lines. The most demanded Reserve Line will also be awarded in 2010 with an Erasmus Mundus fellowship. Check here for the detailed list of Reserve Research Lines 2010.

 

Candidates with other funding means may apply to the Reserve Research lines.

 

Joint evaluation

 

Requirements to earn the joint degree.

 

To earn the joint degree students are required to:

  •  successfully complete the training period (60 ECTS credits)

  •  successfully complete the research period, with a final positive report from the joint Academic Committee

  •  publish or have accepted for publication at least two papers in a journal listed in Journal Citation Reports (JCR),

  •  write a thesis in English

  • successfully defend their thesis in English.

 

Evaluation of the training period

 

All training period activities (academic courses and research tasks) will be evaluated by the professors involved. Activities will be evaluated in the HEI where they are performed. Evaluation procedures will be specific to each activity. Exams may be written or oral, or be replaced by term papers.

 

Students must write a report summarizing their activities at the end of the training period, which should cover both the academic and research work performed. These reports will be publicly defended during the yearly SETS meeting and evaluated by the joint Academic Committee (which may enlist the advice of experts if deemed necessary).

 

Evaluation during the research period

 

Student research will be supervised by their supervisor/s and the joint Academic Committee. As mentioned in the preceding section, students must attend the annual SETS meeting, where their progress will be evaluated and they and their supervisors will receive pertinent feedback. The evaluation will consist in a report written by the students summarizing his/her activities over the year, comparing the progress made with the year’s work plan and establishing the following year’s objectives. Students must defend their reports publicly.

 

Viva voce examination

 

The joint Academic Committee will verify student eligibility to defend their theses (as described in some detail above). The decision on whether or not a thesis is fit to be defended is likewise incumbent upon the joint Academic Committee, to which students must therefore submit their dissertations.

 

The viva voce examination will be judged by a five-member thesis committee. The three HEIs awarding the joint degree will appoint one professor each to the committee, while the other two members will be called in from other institutions. All committee members will be selected on the grounds of their international experience and academic excellence in the subject addressed in the thesis. The committee will be chaired by the highest ranking academic.

 

Viva voce examinations will be held at the home HEI and the exercise will be broadcast on-line to all other participating HEIs.

 

During the examination, students will present their theses, highlighting the research problem/question, approach, the contributions made and implications of the findings. Presentations may last no longer than 50 minutes. After their presentations, students will have to answer the thesis committee’s questions. Any other PhDs in the (home HEI or on-line) audience may subsequently pose questions to be answered by the student.