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 1° Overview of the courses
offered
| University |
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Fall semester |
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Spring semester |
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| Comillas |
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 Introduction to electric power systems (2 ECTS, ES)
Regulation of the electricity sector (6 ECTS, EN)
Decision models for electric power systems (4 ECTS, EN)
Microeconomics
of the electricity sector (2 ECTS, ES)
Financial
analyisis of the electricity sector (4 ECTS, ES)
Renewable
energies and environmental impact (3 ECTS, EN)
Integral analysis of the quality of electricity service (3 ECTS, ES) ²
Optimization
techniques (3 ECTS, ES) ²
Decision
models and methods: risk, strategy and multiple criteria
(4 ECTS, ES) ² |
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Transmission
of electricity (3 ECTS, EN)
Distribution
of electricity (3 ECTS, EN)
Wholesale
and retail electricity markets (7 ECTS, ES)
Advanced
analysis of power systems (4 ECTS, EN)
Natural
gas and other fuels markets (5 ECTS, ES)
European
electricity sector legislation (3 ECTS, ES)
Risk
management and analysis models in energy markets (3
ECTS, ES) ²
Strategies
in energy markets: a Game Theory approach (3 ECTS,
ES) ²
Stability
of power systems (3 ECTS, ES) ²
Railway
traffic control and regulation (4 ECTS, ES)
Railway
networks economic regulation (2 ECTS, ES)
Operation
and planning of railways (4 ECTS, ES)
Advanced
issues in electricity sector regulation (3 ECTS, ES)
¹, ² |
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| Paris XI |
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Networks and organization economics (7 ECTS, FR) ¹
Public and private partnerships in network industries (4 ECTS, FR) ¹
Economic geography (4 ECTS, FR) ¹
Economics and management of innovation (4 ECTS, FR) ¹
Information and innovation economics (7 ECTS, FR) ¹
Database management (4 ECTS, FR) ¹
Local systems of innovation (4 ECTS, FR) ¹
Competencies and technologies spillover (4 ECTS, FR) ¹ |
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Networks, organization and market economics (7 ECTS, FR)
European economy (7 ECTS, FR)
International problems (4 ECTS, FR)
Firm strategy in network industries (4 ECTS, FR)
Analysis of network industries (4 ECTS, FR)
Regulation and network reforms in European Union (4 ECTS, FR)
European policy and competition in the European Union (4 ECTS, FR)
Environmental and resource economics (4 ECTS, FR)
Experimental economics (4 ECTS, FR) |
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| Delft |
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Introduction to policy analysis (5 ECTS, EN)
Market regulation (3 ECTS, EN)
Project management (3 ECTS, EN) ¹
Cross Cultural Management (6 ECTS, EN)
Continuous systems modeling (6 ECTS, EN)
Research Methods and Data Analysis (6 ECTS, EN)
Politics of Policy Analysis (6 ECTS, EN)
Economics of Innovation (3 ECTS, EN)
Policy and decision models (8 ECTS, EN) ¹
Special topics in policy analysis (3 ECTS, EN)
Electricity and Gas: Market Design and Policy Issues (3 ECTS, EN)
Economy, Ecology and Technology of Networked Industrial Complexes (3 ECTS, EN)
Design and management of multi modal logistic chains (6 ECTS, EN)
Design and control of transport systems (6 ECTS, EN)
Through-life engineering and management transport and logistics systems (3 ECTS, EN) |
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Advanced policy analysis (4 ECTS, EN)
Policy analysis of multi-actor systems (4 ects, EN)
Economics of infrastructures (9 ECTS, EN)
Interorganisational decision making (9 ECTS, EN)
Discrete systems modeling (6 ECTS, EN)
Systems engineering of wireless networks (3 ECTS, EN)
(R)evolution in ICT-infrastructures (6 ECTS, EN)
Regional Economics, Technology and Policy: Nodes, Infrastructures and Networks (4 ECTS, EN)
Public private partnership (6 ECTS, EN)
Organization and Management II: Managing Engineers (4 ECTS, EN)
Case study (9 ECTS, EN) ¹
Preparation master thesis (6 ects, EN)
Technology and Economy of Future Energy Systems (9 ECTS, EN)
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¹ These courses may only be chosen in the second year of the Masters Course. Please check with the Coordinator
² These courses are not offered all academic years. Please check with the Coordinator.
Obligatory courses are in bold characters: you have to take them if you attend that University.
2° Courses
description:
 Comillas
Introduction to electric power systems, D. Laloux & M. Rivier (3 ECTS). Comillas
The course presents an introduction to the physical configuration of electricity systems and its different functions and activities. It also introduces non-engineers into the language of electricity systems, and presents some notions of electricity theory.
Regulation of the electricity sector, J.I. Perez Arriaga (6 ECTS). Comillas
The last decade has seen many transformations in the organisation and structure of the electricity sector in several countries, with a clear trend towards the introduction of competition and de-regulation. These changes imply complex technical, economic and legal problems. The objective of the course is to present the fundamentals of electricity sector regulation: how has electricity industry been regulated traditionally and why, which are the basis for monopoly regulation, which are the reasons for the transformation of regulatory frameworks, which regulation is better for each of the industry activities, which models are being used for restructuring and liberalising electricity sectors in different countries, and which have been the successes and failures.
Decision models for electric power systems, A. Ramos (5 ECTS). Comillas
The course presents a wide view of the models used for analysis and decision making in the electricity sector: a first classification and analysis of their functions, how to characterise electricity systems for modelling, models used for short, medium and long-term planning, network planning models. Models adapted to liberalised electricity markets will also be addressed. Several examples will be built and discussed during the course.
Microeconomics of the electricity sector, M. Ventosa (3 ECTS). Comillas
This course presents the fundamentals of microeconomics applied to the electricity sector, on which regulation is based. We start with the basic concepts of supply and demand, and the different short- and long-term costs. Then the different market types are examined: monopoly, perfect competition, and oligopoly. The marginalistic principles as efficient signals for the market and market power are also analysed.
Financial analysis of the electricity sector, S. Ortiz (4 ECTS). Comillas
The course presents the accountancy system for the electricity sector, and also its financial analysis. Also investment analysis is reviewed, as well as strategic issues related to these concepts. Everything is related to the specific aspects of the Spanish electricity sector.
Renewable energies and environmental impact, P. Linares, (3 ECTS). Comillas
The objective of this course is to give an overview to the major renewable energy technologies (wind, biomass, solar thermal and solar photovoltaics) and also cogeneration. Besides, the course offers an introduction to the assessment of the environmental impact of energy, its quantification, and its regulation mechanisms.
Strategies in energy markets: a Game Theory approach, C. Vazquez & J. Garcia (3 ECTS). Comillas
Game theory is the basic tool for analysing the behaviour of agents in a competitive market. This course presents an overview of the different types of gams, as well as of the solution methods. Some of the tools already applied in energy markets are described, such as static-equilibrium models (Cournot, Bertrand, SFE), and extending the study to other techniques used in other markets, such as stochastic equilibria, dynamic games, partial collusion, etc.
Stability of power systems, L. Rouco & J. Barquin (3 ECTS). Comillas
The study of stability of power systems encompasses two major part: the study of mathematical models of the components of the system, and the study of computational techniques used for analysis and control of the different phenomena which may appear in the dynamic response of electricity systems. The first part of the course is devoted to the study of system elements models: generating units, network, loads, FACTS, etc. The second part reviews the different phenomena within the general stability problem (large and small-perturbation stability, long-term stability, voltage stability, etc.)
Transmission of electricity, M. Rivier & C. Vazquez (4 ECTS). Comillas
The course reviews the traditional approaches to economic operation and planning of transport networks, and analyses the theoretical foundations and practical examples of the transmission functions in liberalised frameworks, in particular investment, access to the grid and payments.
Distribution of electricity, T. Gomez San Roman (4 ECTS). Comillas
The course addresses the regulation of distribution activities: introduction of competition in retailing, natural monopolies, relationships with transport networks, generation and customers, distribution efficiency, tariff setting, and incentive programmes.
Wholesale and retail electricity markets, A. Baillo, C. Batlle, J. Temboury (6 ECTS). Comillas
This course describes and analyses the different organisation formats adopted internationally for wholesale and retail markets. Emphasis will be given to bidding procedures, auctions and price setting, contracts and organised markets, the implications on network operation market power and long-term guarantee of supply. Other aspects such as risk management, fuel procurement, hydroelectric management or operations planning will be addressed. It will also be analysed the complete process of the building of a new generation project.
Several professionals from the electricity industry participate in the course.
Advanced analysis of power systems, L. Rouco (5 ECTS). Comillas
The course presents in detail models and methods of analysis of power systems. It starts with a revision of the system component models (generators, transformers and networks), and then goes on with the study of the most appropriate techniques for analysing power systems: load flow, contingency analysis, optimal power flow, voltage stability, power-frequency control, voltage-reactive control, state estimation, etc.
European electricity sector legislation, C. Sole (3 ECTS). Comillas
A detailed review of the electricity sector legislation in Spain and Europe is presented: access to the grid, retail and wholesale markets, quality of supply, renewables support, the internal electricity market, etc.
Risk management and analysis models in energy markets, J. Barquin & C. Batlle (3 ECTS). Comillas
In this course the major techniques for the identification, analysis and management of risks in energy markets are presented, focused on those risks related to operation and investment. Qualitative aspects are revised: risk, uncertainty, types and costs of risk, as well as Markowitz theories. Also quantitative aspects: description of energy derivative markets, main products, valuation models, and risk measures (VaR). Illustrative examples are also presented focused on the analysis of the peculiarities of electricity markets.
Optimization techniques, A. Ramos (3 ECTS). Comillas
Classic optimization techniques are widely used in decision making in many areas of firms. This course presents and develops some linear programming, integer programming and non-linear programming methods. The presentation is focused on their mathematical aspects, but also considering its applicability and the physical background of the problems reviewed.
Advanced issues in electricity sector regulation, J.I. Pérez Arriaga (3 ECTS). Comillas
This course tries to address the real difficulties which regulators have to face when trying to solve the more complex regulatory issues, from the analysis of a collection of representative cases and a high level of complexity.
Integral analysis of the quality of electricity service, J. Rivier & T. Gómez (3 ECTS). Comillas
The general objective for this course is to learn in an integral way the problems and solutions related with the quality of electricity service. The specific objectives are: to acquire the technical basis to understand the causes of bad quality, how to measure quality, and how problems are solved, to understand the regulatory framework, and to know the economic implications of quality (the costs of bad quality, the costs of the solutions proposed, and the regulatory incentives).
Natural gas and other fuels markets, R. Yunta (5 ECTS). Comillas
The objective of this course is for the student to get an overview of the use of the different fuels for electricity generation. Therefore, he will learn the basic aspects of the technology, regulation and economics of natural gas, and of the markets for coal, oil and nuclear fuels.
Decision models and methods: risk, strategy and multiple criteria, P. Linares & B. Vitoriano (4 ECTS). Comillas
The final objective of this course is that students enlarge their options and learn to carry out a systematic analysis when confronted to a decision situation. The student must recognise a decision situation and know which are the best techniques for dealing with the problem in a complete and scientific manner. The student will also become familiar with the specific application fields for these techniques. The course also serves as an introduction to other courses offered related to risk and game theory.
Railway traffic control and regulation, A. Fernandez Cardador (4 ECTS). Comillas
This course starts with a specific part about the design of the signaling and line capacity, which covers the following topics: traffic simulation techniques, signaling and line intervals and running diagrams. The second part is focused on traffic control of metropolitan, short-distance and long-distance lines, including operation and supervision systems, exploitation planning and traffic management. The third part presents control systems and control centers, covering the following topics: (i) centralized traffic control (CTC), routing techniques, passenger information systems, remote control of the power supply system, communications, CCTV and radiotelephony.
Railway networks economic regulation, A, Garcia Alvarez (2 ECTS). Comillas
In this course, economic regulations of the railway networks are presented. Firstly, the legal framework of railways within the European context is introduced. Secondly, the efficient management of energy supplies is analyzed. Thirdly, the principles of the economic management of the railways are exposed: principal agents and their activities, monetary and services flows, economic structure, monopolies and activities in competition and other liberalization models. Fourthly, the operation of passenger transport is described focusing the costs and the risks. Finally, the exploitation of infrastructure from a technical and economic point of view is illustrated.
Operation and planning of railways, A. Rojo (4 ECTS). Comillas
This course offers a comprehensive approach about planning and operation of railways. In the first part, the following topics are covered: (i) demand estimation and dimensioning of the services to be offered, (ii) operation of rail stations, (iii) capacity of lines and service models, (iv) strategic planning of railway infrastructures and (v) strategic planning of rail services. In the second part, the planning and the operation of specific business is presented: (i) freight transport, (ii) high-speed transport of passengers and (iii) mass transit. Finally, the third part presents the principles and the regulations related with railway interoperability.
Paris XI
Networks, Organization & Markets Economics, J.-M. Glachant (7 ECTS). Paris XI
The purpose of the course is to provide the analytical tools for clearly be able to distinguish “market”, “organisation” & “network” mechanisms of coordination. It will present both the classical market theory set of concepts and compares it with transaction cost economics insights, with principal agent theory hypothesis and incomplete contract theory. All theses approaches are applied in different networks industries in order to show their analytical strengths and weaknesses.
European Economy, J.-P. Faugère (7 ECTS). Paris XI
This course deals with a large among of very important European Issues: the Economic of Integration, an introduction to the Competition Policy; the presentation of Industrial and research policies; the question of the Common agricultural policy; the question of Labour markets and Social policies; the road to the Economic and monetary Union and last but not least the European Fiscal and monetary policies.
Analysis of Network Industries, Joëlle Toledano (7 ECTS). Paris XI
What are the economics rationales, theoretically as well as practically, of the liberalization process in network industries? What are the regulatory tools used when competition appears? The first part of the course presents regulatory economics. It presents the common issues of network industries (efficency, competition policy, bottlenecks, universal service, cost allocation, pricing, quality of service, etc.) as for instance, energy, telecommunication, railways and mail. In the second part, the course will analyze deeply some specific networks economics and present the dynamic of competition and regulatory organization in Europe.
Regulation and Network Reforms in European Union, T. Mayer & A. Ben Youssef (4 ECTS). Paris XI
The lecture presents the rationale and mechanics of European competition policy, together with its relevance towards various industries, through the exposition of economic theory, specific cases and empirical evidence.
Firm Strategy in networks industries, J.-F. Lemettre (4 ECTS). Paris XI
The purpose is to analyse particular aspects of firm’s strategies in network industries. We will differentiate situations and patterns of network: transmission of flows of energy or information; communication networks and electronic tools (particularly for stock markets). Observation and analysis of those strategies may be observed when the economic or institutional environment of the firms is evolving or with a technical change. Some of such changes will be selected for testing many tools of strategic analysis and management.
European Policy & competition in the EU, J.-M. Glachant & Y. Perez (4 ECTS). Paris XI
This course provides an analytical framework for examining the origin, the importance and the effects of competition institutions and policies in the EU context. The course will also examine the institutional interactions between national and supranational competition authorities focus on the Mergers & Acquisition process occurring in the network industries the last years.
International Problems, T. Mayer (4 ECTS). Paris XI
There is a very large number of questions regarding international issues which bring controversial arguments to the forefront of public debates without much reference to clear analysis behind those arguments. The lecture is an attempt to clarify what economists can say about a number of international problems that recurrently make the headlines of our newspapers.
Environmental and Resource Economics, A. Ben Youssef (4 ECTS). Paris XI
This course is a modern presentation of economic perspectives on environmental problems. We will study economic theories related to natural resources and environmental policy. The first part of the course will focus on concepts and theory, and the second part will shift to applications including European regulation programs, eco-labelling, renewable and non-renewable resources, global climate change, and environmental politics.
Experimental Economics, C. Staropoli & D. Finon (4 ECTS). Paris XI
The aim of this course is to introduce the basic principle of experimental economics as an empirical methodology used to inform the competitive reforms in network industries, in particular electricity industry. The first two seminars consist in a general introduction on experimental economics and market experiments. The others are dedicated to the presentation of the experimental results on the main market design issues (auction, congestion management, investment incentives). Some experiments will be organised during the course.
Networks & Organisation Economics, J.-M. Glachant (7 ECTS). Paris XI
The purpose of the course is to provide a clear comprehension of the markets reforms taking place within the classical network industries like electricity, gas, postal services, airplane, telecom, internet…- around significant countries- US, EU, Latin America… The purpose of the course will be to understand the meanings and the ends of the process of replacing one kind of coordination mechanism (an integrated firm) by other types of coordination mechanisms like markets and regulation authorities.
Information and Innovation Economics, A. Rallet (7 ECTS). Paris XI
The objective is to present the main concepts and approaches used by economists to analyze the information and knowledge economy. By information economy, we mean 2 main topics : market and organizational issues induced by imperfect information and informational goods. Then, problems of knowledge economy are raised: measures and indicators, production, accumulation and transmission of knowledge, intellectual property rights…
Public Private Partnerships in Network Industries, S. Saussier (4 ECTS). Paris XI
The provision of public services may be provided by many organizational arrangements lying between the provision of the service by the government and the solution of complete privatization with a service provided by private operators. The involvement of a private operator may take several forms without turning to the solution of privatization, which can be regrouped through the term of Public-Private Partnerships. This course is based on the recent developments of the contract theories (mainly Transaction cost theory, agency theory and incomplete contract theory). The objectives are to analyze the relative performances of alternative organizational choices in order to organize public services and to analyze more deeply advantages and drawbacks of public private partnerships through the lens of contracts theories.
Economics and Management of Innovation, B. Bellon (4 ECTS). Paris XI
The aim of this course is to understand the micro-economic dimensions of change in industrial processes. Innovation is considered twofold: technology and organisation. The relevant theory of innovation includes competencies, organisation, routines, information and communication. As a result, the course will ends into science policy considerations and conclusions.
Data Base Management, A. Plunket (4 ECTS). Paris XI
This seminar is an intermediate course in econometrics. We study ordinary and generalized least squares model, logit-probit model, count data. Students learn to use the econometric Stata software.
Competencies and technologies spillover, A. Plunket (4 ECTS). Paris XI
Based on the economics of innovation, we investigate theoretically as well as empirically different type of knowledge and technology transfer mechanisms: R&D alliances, university-industry relations, intra-firm transfers (transfer of best practices). For each of these mechanisms, we question the characteristics of knowledge involved (stickiness, tacitness, absorptive capacity...) and the difficulties raised by the transfers.
Economic Geography, A. Torre (4 ECTS). Paris XI
The aim of this course is to give a presentation of two main contemporaneous fields of research in spatial economics, namely Economic Geography and Proximity Dynamics. Economic geography explains the polarisation of economic activities and individual agents with the hypothesis of local labour and goods markets. Proximity dynamics is mainly concerned with the formal or informal relations between economic actors. The position of an actor is linked with two types of proximity, namely geographical and organised ones, which explain his overall position is economic and geographical spaces.
Local systems of innovation, A. Torre (4 ECTS). Paris XI
This course is devoted to a presentation of the different types of local systems of innovation. First of all, an assessment is made about the localisation of innovative activities in European regions. It is followed by a presentation of the notion of localised production system and its links with innovation and R&D figures. The presentation of the different types of local systems of innovation is based on the experiences led in different countries and regions about technopoles, science parks, technological districts and cluster and followed by a general assessment about these models of local development.
Delft
Introduction to policy analysis, A.R.C. de Haan (5 ECTS). Delft
Introducing students to the fundamental principles of Policy Analysis. Class meets twice a week for the full-time students and once for the part-time students. The first lecture of the week (for both student groups) introduces some new theoretical concepts, such as objective trees, system diagrams, causal diagrams, outcomes of interest, tactics, and scorecards. The second meeting of the week (for the full-time students only) focuses on mastering the material by doing exercises.
Technology and society, J.W.F. Wiersma (6 ECTS). Delft
Students will define and analyze (1) problems related to management and technology policy within the framework of society at large, and (2) design different strategies to solve them. The students will relate available information, methods of analysis and concepts of three different subjects (economics, safety science, ethics) to practical circumstances, in which decisions need to be taken in an environment of contradictory constraints. The subjects treated are complementary. In all kinds of practical situations decisions need to be taken which have safety aspects, economic and ethical aspects. Broader attention will be paid to the landfill problem as a case that gives an important example of the interaction between these disciplines.
Market regulation, S.T.H. Storm (3 ECTS). Delft
Introduction to crucial micro- and meso-economic theories and concepts (concerning
Firms, large and small, operate and take decisions concerning prices, output, and investment within the constraints set by (i) demand, (ii) technology, (iii) market structure, and (iv) government (via the legal framework and public policies).
The course will also consistently focus on the government as an actor/ stakeholder, and address the issue how public policy intervention can improve market performance.
Project management, A. Verbraeck (3 ECTS). Delft
The course aims at providing knowledge and skills for successfully carrying out projects in technology and business. Many of the subjects covered in the course are applicable both in small projects (e.g. the thesis project) and in larger industry projects.
In addition, training with tools (MS-Project), and discussion of case studies of succesful and failed projects. Analysis of reason for success and failure.
Project management, A. Verbraeck (3 ECTS). Delft
The course aims at providing knowledge and skills for successfully carrying out projects in technology and business. Many of the subjects covered in the course are applicable both in small projects (e.g. the thesis project) and in larger industry projects.
In addition, training with tools (MS-Project), and discussion of case studies of succesful and failed projects. Analysis of reason for success and failure.
Cross Cultural Management, M. de Jong (6 ECTS, EN)
Students will learn to understand how cultural differences between people from different regions in the world impact on their organisational and problem-solving behaviour. They study social and organization phenomena and events in terms of cross-national cultural distinctions. Students will experience in real-life contexts what an appropriate attitude is for effective intercultural communication
Research Methods and Data Analysis, E. Chappin, P. Heijnen (6 ECTS, EN)
Statistical methods and techniques for scientific research are central in the course. Both univariate and multivariate techniques for analysis will be discussed
Politics of Policy Analysis, M de Jong (6 ECTS, EN)
This course aims to familiarize students with the socio-political context in which the practice of policy analysis occurs. The course will deal with the institutional and psychological context within which policy-making takes place, discuss policy-making as a power game and the role of information and analysis in multi-actor policy-making.
Economics of Innovation, M van Geenhuizen (3 ECTS, EN)
This course aims to provide the students with an overview of relevant topics in the field of Innovation Economics. Much attention is paid to knowledge on mechanisms along which public policy can affect innovation and technology behavior of private and public innovators (firms, universities, R&D institutions).
Continuous systems modeling, , E. Pruijt (6 ECTS). Delft
Insight in the role of System Dynamics in the context of the process of problem solving.
- Ability to apply the System Dynamics methods.
- Ability to model the behaviour of simple linear dynamic continuous models.
- Ability to model continuous models in PowerSim.
- Ability to make an analysis by means of models.
Policy and decision models, S.W. Cunningham (5 ECTS). Delft
- Understanding the role of quantitative modelling within a broad framework of methods, both quantitative and qualitative, applicable to policy studies
- Gaining foundational knowledge of the steps involved in the design and creation of models
- Understanding the role of empirical data, including use of laboratory and field data, in drawing policy conclusions
- Appreciation and application of the standards of scientific reasoning used in policy sciences
- Gaining a framework for understanding the breadth and variety of specific analytical techniques available
- Conducting detailed analytical work, with detailed discussion of the processes involved in model selection, estimation, and inference
- Learning how to apply tree-structured graphs, including cost benefit analysis, to the analysis of a problem
- Providing an opportunity for discussion, presentation and critique of analytical research in policy-related literature
Advanced policy analysis, B. Enserink (4 ECTS). Delft
Different decision-making models (monocentric, pluricentric) are discussed. Problems are positioned in a complex, multi-actor environment. Special attention is paid to different roles that may be fulfilled by an analyst.
A step-wise approach to problem formulation, with particular attention to:
- critical reformulation of the initial problem statement using different conceptual modeling techniques;
- actor modeling and actor networks and network analysis;
- the use of scenario approaches to identify and specify relevant uncertainties;
- structured presentation and documentation of the problem analysis in the form of an issue paper.
Economics of infrastructures, J.J. Bouma (9 ECTS). Delft
Introduction into economic theories providing insights into various aspects of the economic allocation, sectorial organisation and public management of different infrastructures including transport, ICT, and energy.
Policy analysis of multi-actor systems, B. Enserink (4 ECTS). Delft
Different decision-making models (monocentric, pluricentric) are discussed. Problems are positioned in a complex, multi-actor environment. Special attention is paid to different roles that may be fulfilled by an analyst. A step-wise approach to problem formulation, with particular attention to: - critical reformulation of the initial problem statement using different conceptual modeling techniques; - actor modeling and actor networks and network analysis; - the use of scenario approaches to identify and specify relevant uncertainties; - structured presentation and documentation of the problem analysis in the form of an issue paper.
Discrete systems modeling, A. Verbraeck (6 ECTS). Delft
Discrete dynamic systems modelling theory
This part consists of a lecture series on mathematical modeling of discrete problems, theory on discrete event simulation and four half-days of Arena instruction.
Discrete project
The theory about discrete event simulation is applied to a case. On the basis of a case description, students work in pairs to make a model, use it in an analysis of the problem situation and report on the results.
Interorganisational decision making, B. Broekhans (9 ECTS). Delft
This course focuses on the management of organizations. After an introduction to organizations, coordination and strategies, we'll introduce you to network approaches. Network approaches are a response to models in which management is seen as a more or less rational and sequential process from problem identification to evaluation and feed back.
In network approaches, organizations depend on each other for the realization of their aims and for this reason maintain ongoing relations with each other. Management makes use of these relations in several ways.
Special topics in policy analysis, W.Walker (5 ECTS, Delft)
The course offers a systematic overview of dealing with uncertainty in policy analysis and policymaking. The course will focus on ‘deep uncertainty’ and will address topics such as: What is uncertainty; examples from real policy situations; how to structure uncertainties; ways of dealing with uncertainty; models of reasoning under uncertainty.
Preparation master thesis, dr.ir. B. Enserink (6 ECTS). Delft
Integrative course that allows the student to use the acquired theories, methods, techniques and skills in a preparation for their master thesis work. Additional attention is paid to acquiring skills like advanced literature search, reviewing literature, writing a research proposal, writing an academic paper, peer review. A simulation of a consultancy mission and other short training session are part of the programme.
Policy and decision models, dr.ir. B.C.P. Kraan (5 ECTS). Delft
General treatment of decision problems: identification of decision problem; modeling of decision problem; classification of decision problem; solution of decision problem; interpretation of solution of decision problem. For each of the decision problems treated during this course the general treatment will be done.
Case study, dr.ir. B. Enserink (9 ECTS). Delft
Case study tpa is an integration project that allows the student to use the acquired theories, methods, techniques and skills in a simulated practice as a preparation for their master thesis work. Additional attention will be devoted to acquiring skills like literature search, reviewing literature, writing a research proposal, writing an academic paper, peer review. A simulation of a consultancy mission and other short training session are part of the programme. Main theme of the integration project will be public and stakeholder participation in decision-making and analysis.
Electricity and Gas: Market Design and Policy Issues (4 ECTS). Delft
European gas and electricity markets are in the midst of being liberalized. Due to the specific physical characteristics of electricity and gas, and to the fact that the networks remain natural monopolies, these markets require careful design. This class reviews the design options with respect to issues such as which services can be provided competitively, network access and the role of the system operator. In addition, several current policy issues will be discussed such as security of supply, the CO2 emissions market, integration of European energy markets and privatization.
Technology and Economy of Future Energy Systems (9 ECTS). Delft
In this module the changing technological and economic characteristics of future energy systems is dealt with.
Starting point is the progressing liberalisation of the energy sector that is connected with fundamental technical changes and new social demands, such as those concerning sustainability and environmental protection. Technological and economic aspects are treated of sustainable energy sources, of small-scale energy conversion systems (such as gas turbines and cogeneration systems), and of the application of these systems in the energy infrastructure. Special attention is given to the aspects of small-scalle versus large-scale energy conversion and technical and economic network models.
Economy, Ecology and Technology of Networked Industrial Complexes (3 ECTS) Delft
This course focuses on the development of networked industrial complexes in the context of global business and material cycles. Evolution and dynamics of typical industrial complexes will be addressed from a variety of perspectives. These include macro-economics, market structure and business economics, site-selection, R&D and technology development, legislation and regulatory regime and industrial ecology.
A systems approach will be used in the course to illustrate and synthesize various aspects that drive and influence networked industrial complex formation, change and decline. These will be related to market development, innovation, and sustainable development. The characteristics of the single- and multi-stakeholder decision processes will be elucidated, and the role of typical actors explained. Emphasis will be on synthesis and integration between policy, economics and technology related to the life-cycle of networked industrial complexes. 3 ECTS
Systems engineering of wireless networks (3 ECTS). Delft
An overview will be given of developments in the design of wireless networks for telecommunication. The emphasis is on making explicit what the systems engineering aspects are in the design process. In this course we will study the process of getting to a satisfactory design, while often having to consider different options and to make compromises. Technical considerations play an important role, but they have to be matched with user requirements, economical aspects and standardization.
(R)evolution in ICT-infrastructures (6 ECTS). Delft
In this module students are provided with theoretical backgrounds in the (r)evolution of large ICT-infrastructures. They are challenged to translate theoretical notions into an analytical framework which will be used to study a case in innovation in ICT-infrastructures.
Design and management of multi modal logistic chains (6 ECTS). Delft
General theoretical introduction/Reminder of designing logistics chains
Detailed knowledge of the actors involved (perception building)
Application of knowledge into a large, real-life case
Cases:
- Problem definition, Literature study, Analysis (qualitative and quantitative techniques),
- Synthesis of the logistics chain (physical structure, controlling principle, structure for organisation),
- Designing the implementation plan, reporting/presenting (to other logistics actors by role-playing.
Design and control of transport systems (6 ECTS). Delft
During the entire course great attention will be paid to a 'running case': an exploration of possibilities for a sustainable development of the main infrastructure in the Netherlands, set in a north-west European perspective: the international main infrastructure. It mostly concerns large scale infrastructure where particularly mega projects such as the High Speed Train (HST)- south, -east, etc. or the extension of Schiphol airport play an important part. Without exeption it concerns complex physical planning problems with design aspects of (inter)national nodes, connections and networks. Moreover, the projects mentioned are mostly at odds with environment management and often we also have to deal with competitive space claims.
Through-life engineering and management transport and logistics systems (3 ECTS). Delft
This module gives the student the practical experience of following a typical Transport and/or Logistics Systems Engineering Process from a Life Cycle Management point of view.
Regional Economics, Technology and Policy: Nodes, Infrastructures and Networks (4 ECTS). Delft
Understanding of different economic growth in regions, e.g. core regions and peripheries, using various explanatory theories (Module 1) – Development of practical skills to analyze spatial-economic transformation processes (use of analytical tools) (Module 1) - Understanding of national (regional) policymaking, e.g. on the knowledge economy, and competitiveness of SMEs (clusters) (Module 1) - Understanding of company growth based on old and new technology, barriers to innovation and the role of knowledge networks (Module 1). – Understanding of new trends in policymaking for nodes (cities) and evaluation methods of regional economic projects (Module 2). – Development of practical skills to analyze a regional-economic problem, to identify solutions and potentials for policymaking (Module “Own Work”).
Public private partnership (6 ECTS). Delft
Public Private Partnership (PPP) has become a popular way of cooperation between public and private parties in order to solve infrastructure problems together. From a theoretical point of view it can be argued that PPP will produce better projects than could have been realized by a single party. However, in real life it proves to be difficult to meet these ambitions; both in the planning and construction phase. The reasons behind this are studied from a variety of scientific disciplines ranging from economics to political science. During the course, students receive a group assignment to 1) study and present the main theoretical approaches to PPP which are used in the course and 2) to make an in-depth analysis of a PPP-project in the field of their choice by examining documents and literature and interviewing stakeholders.
Organization and Management II: Managing Engineers (4 ECTS). Delft
This course builds on earlier Organization and Management courses, ‘networks’ and ‘professionalism’. Both concepts address barriers to hierarchical decision making by managers. In this course you are asked to deepen these issues by writing an essay about management in both social and technically complex environments of a topic of your choice.
Special topics in policy analysis (5 ECTS, Delft)
3° Some examples of real lectures:
Les institutions de l’Union européenne. JM
Glachant & Y Perez 
Théories des réseaux, des organisations et
des marchés. JM Glachant
Regional transmission networks. JI Pérez
Arriaga
Policy options for generation adequacy. JI
Pérez Arriaga
La connaissance et les organisations: apprentissage, transferts, avantages comparatifs. Anne Plunket
Economie de l’information et des connaissances. Alain Rallet
Partenariats Public-Privé et organisation des services publics. Stephane Saussier
Économie expérimentale et réforme des industries de réseau. Carine Staropoli
Analyse économique des industries de réseaux. Joëlle Toledano
Economie de l'environnement (Enviromental economics). Adel Ben Youseff
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