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Master Year 2 in Prospective Modelling: Economy, Energy, Environment

Master Year 2 in Prospective Modelling: Economy, Energy, Environment
Year

Master Year 2

Program

Environmental, Energy and Transport Economics (EEET)

ECTS Credits

60

Language

French

Orientations

Research / Professional / Industry

Locations

Saclay Campus, Nogent-sur-Marne

Course duration

12 months, full time

Course start

September

Degree awarded

Master

WHY ENROLL IN THIS PROGRAM?

Asset n° 1 

A unique program in 3E modeling (economy, energy, environment), combining theoretical foundations, computer programming, and modeling techniques, leading to doctoral studies and preparing students to join major international organizations.

Asset n°2

One of the most recognized training courses in France by bringing together the major players in the Ile-de-France region of the environmental economy

Asset n°3

A multidisciplinary training combining theoretical economics, applied economics, modelling, data processing, management sciences and political science

This program is designed for students interested in modeling issues related to energy, climate, and natural resources, particularly from a forward-looking perspective on climate, energy, and the environment.

Objectives

The objective of the "Prospective Modelling: Economy, Environment, Energy" course is to offer, in addition to a core course in environmental economics, a training course dealing with the tools and methods of integrated modelling of energy, climate and natural resources issues, in particular from the perspective of foresight to meet the challenges of energy, climate and ecological transition.

The disciplinary fields taught include: 

  • Economic theory and its applications to decision-making (cost-benefit analyses, decision-making in uncertainty, etc.);
  • Integrated modelling tools, statistical and econometric methods and the necessary computer resources.

The skills that this course allows you to develop are: 

  • Carry out prospective modelling and impact studies using integrated energy-environment-economy models.
  • To assess prospective modelling work in the field of energy-environment-economy.
  • Master the tools and methods necessary for research in environmental and energy economics in order to prepare a thesis.
  • To contribute, through scientific and economic tools, to the resolution of environmental and sustainable development problems for a rational management of resources.
  • To design tools for quantitative analyses of economic and environmental aspects and new economic models integrating social and environmental criteria in a company or administration.
  • Participate in multidisciplinary work on the assessment of climate and energy transition scenarios.

The "Prospective Modelling: Economy, Environment, Energy" course has a more marked "research/studies" orientation than the other courses of the specialization. It is aimed in particular at opportunities in thesis and in the "studies and research" departments of large companies, the civil service and international organizations. It is also intended for service and consulting professions – and is aimed at the research and research departments of large companies and decision-making centers (civil service, international organizations) as well as academic research (major international integrated research programs on climate, land use, energy transition, etc.). It emphasizes quantitative methods for prospective approaches on energy/climate/environment aspects.

The positions held by the graduates are: 

  • Research and Development Officer;
  • Business Economist;
  • Technical and economic research officer;
  • Engineer/economist in a design office, a consulting firm, a local authority, or an international organization; researcher (if pursuing a PhD)
Course TitleECTS / Language
"Harmonization" UEs
Reminders in statistics (classic curriculum)French
Reminders in mathematics: optimization (classical curriculum)French
Microeconomics RemindersFrench
Macroeconomics RemindersFrench
"Fundamental" UEs8
Business models, environment and innovation2 / French
Methods for valuing non-market goods2 / French
Environmental Policy Instruments2 / French
Advanced Natural Resource Economics2 / French
Sustainable growth and degrowth2 / French
Economics (CentraleSupélec 2SL1000)2 / French
Economics of the ecological transition2 / French
Econometrics II2 / French
"Theme" UEs4
Commodity finance2 / French
Water saving2 / French
Economics of agriculture and bio-energy2 / French
Forest and wood economics2 / French
Economics of Biodiversity and Ecosystem Services2 / French
Thematic course in engineering at CentraleSupéléc2 / French
Economics of Climate Change2 / French
"Prospective modelling" UEs8
Practical work on prospective modelling2 / French
Modeling project2 / French
Prospective modelling: context, issues2 / French
Integrated Modeling Elements2 / French
"Methods" UEs6
Economics of risk and uncertainty2 / French
Choosing investments in a situation of uncertainty2 / French
Ecological accounting2 / French
Economics of growth and innovation2 / French
Computable General Equilibrium Modeling2 / French
"Research Training" UEs4
Methods of quantitative economics: applications to the agricultural sector and the environment2 / French
Advanced Econometrics2 / French
International Trade and Environment2 / French
Organizing sustainable food systems2 / French
CentraleSupélec Research Seminar 2EL22202 / French
Environmental regulations2 / French
Contract Theory and Incentives2 / French
Methods of quantitative economics: applications to the agricultural sector and the environment2 / French
Course TitleECTS / Tongue
"Openness" UEs3
Economy and Nature: Interdisciplinary Approaches1,5 / French
Philosophy of Science1,5 / French
Product life cycle and circular economy1,5 / French
Negotiation Seminar1,5 / French
City and energy1,5 / French
Geopolitics of energy resources1,5 / French
Renewable energy law1,5 / French
Opening course of the CentraleSupélec engineering course1,5 / French
"Foreign Language" UEs
English3
Validation TOEIC ou TOEFL3
Internship and dissertation (classic curriculum)24
Master's thesis24

Admission requirements

Academic prerequisites

M1 in economics, engineering sciences, earth and life sciences with a basic training in theoretical economics (microeconomics and macroeconomics) and applied economics of 12 ECTS and solid training in mathematics and programming.

Language prerequisites

English (B1), French (B2)

How to apply

Applications can be submitted exclusively online. You will need to provide the following documents:

  • Transcript
  • Two academic references (added online directly by your referees)
  • CV/resume
  • Statement of purpose
  • List of economics courses taken (Title and ECTS)
  • List of programming courses taken (Title and ECTS)

Fees and scholarships

Registration fees are available here

Find out more about scholarships

Please note that fees and scholarships may change for the following year.

Applications and admission dates

Coordinator

Émeric FORTIN

Student affairs office

Alice Pham

General enquiries

master-admission@ip-paris.fr

Description

This program is designed for students interested in modeling issues related to energy, climate, and natural resources, particularly from a forward-looking perspective on climate, energy, and the environment.

Objectives

The objective of the "Prospective Modelling: Economy, Environment, Energy" course is to offer, in addition to a core course in environmental economics, a training course dealing with the tools and methods of integrated modelling of energy, climate and natural resources issues, in particular from the perspective of foresight to meet the challenges of energy, climate and ecological transition.

The disciplinary fields taught include: 

  • Economic theory and its applications to decision-making (cost-benefit analyses, decision-making in uncertainty, etc.);
  • Integrated modelling tools, statistical and econometric methods and the necessary computer resources.

The skills that this course allows you to develop are: 

  • Carry out prospective modelling and impact studies using integrated energy-environment-economy models.
  • To assess prospective modelling work in the field of energy-environment-economy.
  • Master the tools and methods necessary for research in environmental and energy economics in order to prepare a thesis.
  • To contribute, through scientific and economic tools, to the resolution of environmental and sustainable development problems for a rational management of resources.
  • To design tools for quantitative analyses of economic and environmental aspects and new economic models integrating social and environmental criteria in a company or administration.
  • Participate in multidisciplinary work on the assessment of climate and energy transition scenarios.

The "Prospective Modelling: Economy, Environment, Energy" course has a more marked "research/studies" orientation than the other courses of the specialization. It is aimed in particular at opportunities in thesis and in the "studies and research" departments of large companies, the civil service and international organizations. It is also intended for service and consulting professions – and is aimed at the research and research departments of large companies and decision-making centers (civil service, international organizations) as well as academic research (major international integrated research programs on climate, land use, energy transition, etc.). It emphasizes quantitative methods for prospective approaches on energy/climate/environment aspects.

The positions held by the graduates are: 

  • Research and Development Officer;
  • Business Economist;
  • Technical and economic research officer;
  • Engineer/economist in a design office, a consulting firm, a local authority, or an international organization; researcher (if pursuing a PhD)
Course TitleECTS / Language
"Harmonization" UEs
Reminders in statistics (classic curriculum)French
Reminders in mathematics: optimization (classical curriculum)French
Microeconomics RemindersFrench
Macroeconomics RemindersFrench
"Fundamental" UEs8
Business models, environment and innovation2 / French
Methods for valuing non-market goods2 / French
Environmental Policy Instruments2 / French
Advanced Natural Resource Economics2 / French
Sustainable growth and degrowth2 / French
Economics (CentraleSupélec 2SL1000)2 / French
Economics of the ecological transition2 / French
Econometrics II2 / French
"Theme" UEs4
Commodity finance2 / French
Water saving2 / French
Economics of agriculture and bio-energy2 / French
Forest and wood economics2 / French
Economics of Biodiversity and Ecosystem Services2 / French
Thematic course in engineering at CentraleSupéléc2 / French
Economics of Climate Change2 / French
"Prospective modelling" UEs8
Practical work on prospective modelling2 / French
Modeling project2 / French
Prospective modelling: context, issues2 / French
Integrated Modeling Elements2 / French
"Methods" UEs6
Economics of risk and uncertainty2 / French
Choosing investments in a situation of uncertainty2 / French
Ecological accounting2 / French
Economics of growth and innovation2 / French
Computable General Equilibrium Modeling2 / French
"Research Training" UEs4
Methods of quantitative economics: applications to the agricultural sector and the environment2 / French
Advanced Econometrics2 / French
International Trade and Environment2 / French
Organizing sustainable food systems2 / French
CentraleSupélec Research Seminar 2EL22202 / French
Environmental regulations2 / French
Contract Theory and Incentives2 / French
Methods of quantitative economics: applications to the agricultural sector and the environment2 / French
Course TitleECTS / Tongue
"Openness" UEs3
Economy and Nature: Interdisciplinary Approaches1,5 / French
Philosophy of Science1,5 / French
Product life cycle and circular economy1,5 / French
Negotiation Seminar1,5 / French
City and energy1,5 / French
Geopolitics of energy resources1,5 / French
Renewable energy law1,5 / French
Opening course of the CentraleSupélec engineering course1,5 / French
"Foreign Language" UEs
English3
Validation TOEIC ou TOEFL3
Internship and dissertation (classic curriculum)24
Master's thesis24

Admission requirements

Academic prerequisites

M1 in economics, engineering sciences, earth and life sciences with a basic training in theoretical economics (microeconomics and macroeconomics) and applied economics of 12 ECTS and solid training in mathematics and programming.

Language prerequisites

English (B1), French (B2)

How to apply

Applications can be submitted exclusively online. You will need to provide the following documents:

  • Transcript
  • Two academic references (added online directly by your referees)
  • CV/resume
  • Statement of purpose
  • List of economics courses taken (Title and ECTS)
  • List of programming courses taken (Title and ECTS)

Fees and scholarships

Registration fees are available here

Find out more about scholarships

Please note that fees and scholarships may change for the following year.

Applications and admission dates

Coordinator

Émeric FORTIN

Student affairs office

Alice Pham

General enquiries

master-admission@ip-paris.fr