Specialized Engineering Graduate Degree

Electricity Management and Digital

meyling.siu@gmail.com — Fri, 06 Dec 2024 16:41:09 +0000

Electricity Management and Digital meyling.siu@gm… Sun 08/12/2024 - 15:01

Language

English

Prerequisites

4 or 5 years of higher education

Training pace

Continuous or alternating

Program content

Program schedule

The two examples of schedules shown below correspond to the most frequently encountered cases:

Another possible case for students in their penultimate year of a European school or university having signed a double-degree agreement with 51�� School.

Download the brochure

Drawing on their technical and economic competencies, the graduates from this program will be able to manage the constraints of quality and availability of electrical energy as well as the operational safety of energy installations. They will ensure the techno-economic management of power systems, efficient data analysis and trends predictions. They will also deal with problems related to the production, transport, distribution and final use of electrical energy.

The Electricity Management and Digital program offers a training with a unique balance between technical and economic know-how, and managerial and digital skills in the field of production, transport, distribution and consumption of electrical energy. Our training, anchored in industrial reality, prepares you to become experts capable of developing sustainable and economically viable electrical energy solutions.

Multidisciplinary approach

Sustainable and renewable Electricity systems

Digital technology (technical, economic, management expertise)

See career opportunities

See detailed program

Candidature

Offshore Wind Project Development

meyling.siu@gmail.com — Tue, 01 Oct 2024 16:58:03 +0000

Offshore Wind Project Development meyling.siu@gm… Tue 01/10/2024 - 19:04

Language

English

Prerequisites

4- or 5-year engineering degree

Training pace

Alternating or continuous

Program content

Environmental conditions
Environmental impacts and societal acceptance
Economics & Regulatory framework
Wind turbines
Offshore substructures for bottom-fixed and floating systems
Offshore wind farm layout and yield assessment
Electrical engineering
Installation and commissioning
Operation and maintenance
Integrated project for offshore wind farm development
Site visits
Professional integration period

Program schedule

The two examples of schedules shown below correspond to the most frequently encountered cases for students in this program:

a 16-month continuous program for students with a 4- or 5-year degree,
and an alternating school/company 16-month program.

Another possible case for the students in their penultimate year of a European school or university having signed a double-degree with 51�� School:

Download the brochure

Wide panel of opportunities, particularly in France and Europe:

Offshore wind farm design engineer
Offshore wind farm project manager
Offshore wind farm operations engineer
Offshore wind farm production supervisor
Floating structures design engineering manager

Interested in renewable energies? Passionate about engineering sciences and offshore activities?

Our program will equip you with the necessary skills to become a key player in the booming industry of offshore wind farms. You’ll discover the technical and human challenges involved. You’ll learn how to tackle giant, highly complex industrial projects that depend on a natural resource that’s tricky to model, while preserving the environment and contributing to regional economic development. Our program is a unique journey through the entire chain of values of offshore wind activities. Let’s open together the doors for numerous exciting positions in the wind industry! Join us today!

Integrated & multi-disciplinary approach

Minimum 60% of practical work

Socio-economic, environmental and regulatory components

View the career opportunities

View the detailed program

Candidature

Subsurface Technologies for Sustainable Energies (remplace les programmes PGS/RGE)

meyling.siu@gmail.com — Tue, 01 Oct 2024 15:00:12 +0000

Subsurface Technologies for Sustainable Energies (replaces PGS/RGE programs) meyling.siu@gm… Tue 01/10/2024 - 17:15

Language

English

Prerequisites

4- or 5- year engineering degree

Training pace

Alternating or continuous

Program content

Common core ~2/3 of the academic cursus

Introduction to basin studies
Reservoir geology
Static modeling on a case Study
Petrophysics & rock physics
Well logging
Geomechanics
Geostatistics
Data analytics & machine learning
Geographic Information System (GIS)
Reserves estimation
Pressure - Volume - Temperature (PVT)
Well testing
Production mechanisms
Reservoir simulation on a case study
Geophysical methods overview
Seismic interpretation
Geophysical monitoring

Topic-specific options ~ 1/3 of the academic cursus
One topic to be selected among:

Regional assessment of subsurface resources
Underground gas storage
Field monitoring and management
Geothermal energy

In our training courses, the students work with a variety of industry-specific software.
We would like to thank PE Limited for providing us with PROSPER, GAP, PVTP and MBAL software, free of charge, as part of our partnership, equivalent to a donation of 2,531,162.74 GBP.

Program schedule

The two examples of schedules shown below correspond to the most frequently encountered
cases:

Another possible case for students in their penultimate year of a European school or university having signed a double-degree agreement with 51�� School.

Download the brochure

Wide range of international opportunities:

Exploration geoscientist
Reservoir geoscientist
Reservoir engineer
Reservoir manager
Geodata scientist

Want to become a key actor in subsurface management issues and play a significant role in the energy transition?

Our program offers a cutting-edge and integrated training in geosciences and reservoir engineering, combining fundamental courses and practice on multidisciplinary industry case studies. You’ll be immediately operational upon graduation. A combined training course for a multitude of current and future job prospects: don’t wait, join us today!

Training objectives

The energy world is completely reshaped through the need to meet net zero carbon emissions by 2050 for preventing extreme climate changes. At the same time, the energy demand continues growing to accompany the development of many countries across the planet. In this context, the subsurface has to play a key role to help decarbonizing the energy mix, for example with the development of geothermal energy, geological sequestration of CO₂, and underground energy storage. Besides such new usages of the subsurface, the exploitation of oil and gas will remain significant in the energy mix for the coming years.

The tools and technology used to characterize, model and monitor the subsurface are essential in any underground project (hydrocarbon exploitation, gas and hydrogen storage, geothermal project, etc.). Hence, the expertise of geoscientists and reservoir engineers are key factors of success. The program enhances your competencies both in geosciences and reservoir engineering, incorporating disciplines that will be necessary to deal with any subsurface project: geomatics, geomechanics, data sciences.

The content consists of a common core, including the necessary concepts and technologies in the various disciplines which are essential to evaluate and develop a subsurface-related project; it is followed by a topic-specific option that focuses on the emerging usages of the subsurface for the energy transition. Each of these options is based on a specific case study from the industry, and being supported by topic-specific courses. The integrated case study supporting each topic-specific option will allow you to apply the tools learned during the common core such as reservoir characterization, geological modeling, advanced reservoir simulation, production monitoring and optimization. The courses will be supported by practice on case studies using up-to-date software.

The topic-specific options will be mostly teamwork where you will be an active player of a multidisciplinary team, increasing your know-how in the management of an integrated subsurface project. 51�� School is a cosmopolitan environment with students coming from every continent. We firmly believe that such a cultural blend stimulates student and faculty dynamics.

75%

Multi-energy companies

10%

Services and Engineering companies

Consulting

Data companies

12%

% of jobs directly related to NTE across all employment sectors

Applied teaching

Multicultural

International mobility

View the career opportunities

View the detailed program

Candidature

Processes and Polymers

superadmin — Mon, 04 Jun 2018 13:12:26 +0000

Processes and Polymers mehdi.abassi@i… Mon 12/11/2018 - 12:18

Language

English

Prerequisites

4- or 5-year engineering degree

Training pace

Alternating or continuous

Program content

Chemical engineering fundamentals, operation, and safety management

Separation processes
Design and operational issues of main equipment: heat exchangers and rotating machinery
Polymer reaction engineering
Risk management and process operation safety

Basic and detailed engineering

Chemical reactor technologies design and operation
Engineering projects in petrochemistry: PFD & PID, project cost estimation and management
Production planning & supply chain of a polyolefins site

Processes

From Oil and Gas to Hydrogen processes
Base chemicals, main hydrocarbons intermediates and monomers

Plastics chain value

Plastics chain value & manufacturing
Overview of plastic processing
Recycling processes

Innovative and Sustainable chemicals

How to create a new process ever more sustainable (eco- design)
Bio-sources markets & bio-polymers processes
Environmental impact of polymers through life cycle assessment (LCA)

Experience sharing module

Development of soft skills

📌 Elective path1: Plastics chain value

Plastic chain value & manufacturing
Overview of plastic processing
Recycling processes

📌 Elective path2: Innovative and Sustainable chemicals

How to create a new process ever more sustainable (ecodesign)
Biosources markets and Bio-polymers processes
Environmental impact of polymers through Life Cycle Analysis

Schedule

The two examples of schedules shown below correspond to the most frequently encountered cases for students in this program:

16-month continuous program for students with a 4- or 5-year engineering degree;
alternating school/company 16-month program for students with a 5-year engineering degree.

There are other possible cases, such as:

a 22-month alternating school/company program for students in their penultimate year of a major European school or university having signed a double-degree agreement with 51�� School

Download the brochure

Process development and optimization
Product development
Engineering
Energy optimization
Operations and HSE management
Logistics and sales

Are you ready to shape the future of the polymers manufacturing industry?

Our Master’s program in "Processes and Polymers" is your gateway to an exciting and fulfilling career in one of the most dynamic fields today. This program is designed to align with the latest industry trends in energy efficient processes, bioplastics manufacturing and plastics recycling. It will equip you with the knowledge and skills needed to excel in polymer processes engineering.

Training objectives

Imagine a world without polymers - our cars, clothes, and homes - would be unrecognizable. Polymers are the backbone of countless advances in medicine, construction, energy, electronics, and consumer goods. The ever-evolving polymer industry thrives on innovation, constantly pushing the boundaries to develop lightweight materials with required properties to meet customer demands.

Our Processes and Polymers Master’s program offers you an unparalleled opportunity to dive deep into this dynamic industry. Gain comprehensive knowledge and hands-on experience across the entire petrochemical chain, from diverse resources to the final plastic products. You’ll be trained in every critical step: refining processes, base chemical production, industrial polymerization, and plastic processing.

We place a strong focus on technical skills in chemical engineering and in project management for the development, design and operation of safe and clean processes. The program is continuously adapting to the main industry trends, especially on environmental concerns, therefore includes courses related to plastics life cycle assessment and management, and bio- sourced polymers.

You’ll engage in hands-on learning through industry projects, multiple field trips and internships with leading companies. Courses are taught by a distinguished faculty, who bring their extensive industry experience and cutting-edge research into the classroom. Up-to-date pedagogical methods like e-learning, micro-learning and serious games, have been introduced to ensure that all students have the same background knowledge before the course, while real-time quiz stimulate interaction between you and the lecturers.

Additionally, our program emphasizes soft skills development, including leadership, project management, and communication, ensuring you are well-prepared to take on leadership roles in your future career. Our strong connections with industry partners provide unparalleled networking opportunities, internships, and job placements. You’ll be part of a diverse, international community of students and alumni, fostering a global perspective and collaborative spirit.

After the Processes and Polymers program, in a sector stimulated by the development of new applications, you will be offered career opportunities in process development and optimization, product development, project engineering, operations and sales.

Typical class profile

Students in this program are almost all supported by companies through an apprenticeship contract or a scholarship to help finance their living expenses.

Main partners

Among these companies, the following have been 51�� School partners in recent years (non-exhaustive list):

Arkema
Axens
Bostik
ExxonMobil
51��EN
Ineos
Infineum
Lyondell Basell
Michelin
Plastic Omnium
S-Oil
Technip Energies
TotalEnergies...

36%

Petrochemicals

33%

Project engineering

16%

Refining

Polymers/Plasturgy

PhD

Others

From process to product

Field internships in Europe

International / multicultural

See career opportunities

See detailed program

Apply

Energy Technology Economics and Management

superadmin — Mon, 04 Jun 2018 13:11:36 +0000

Energy Technology Economics and Management mehdi.abassi@i… Mon 12/11/2018 - 12:10

Language

English

Prerequisites

4 or 5 years of higher education

Training pace

Continuous

Program at 51�� School

Students attend two terms at 51�� School, from January to mid-July. The program, taught in English, covers three main themes:

Business and management

Business accounting
Strategic management and marketing

Energy

Energy geopolitics
Upstream business
Downstream management
Electricity management
Climate change economics
Energy markets and trading
Renewable energies techno-economics
Reservoir engineering and geosciences
Refining and process engineering

Quantitative tools applied to energy

Energy systems modeling
Decision science and optimization
Financial econometrics and forecasting
Energy and digitalization.

Program of the partner institutions

The Energy Technology Economics and Management program is organized in collaboration with partner universities. Students must attend a fall term in one of the following partners, in the case of “Single degree + internship” track:

Audencia Business School (France) (possibility of a joint degree)
CEPMLP – University of Dundee (Scotland)
China University of Petroleum at Beijing (China)
ESSEC Business School (France)
KEDGE Business School (France)
Rabat Business School – International University of Rabat (Morocco)
Skoltech (Russia)
University of Sao Paulo (Brazil)

When attending two fall terms in one of the following institutions, successful students are awarded two degrees.

Colorado School of Mines: Master of Science in Mineral and Energy Economics
- micro/macro-economics
- mineral asset valuation
- energy economics
- etc.
Gubkin University of Oil and Gas: Master of Economics
- micro/macro-economics
- petroleum economics
- mathematics and statistics
- risk management, asset portfolio building
- etc.
The University of Oklahoma: MBA program
- managerial economics
- marketing
- financial analysis
- business strategy
- etc.
Texas A&M University: Master of Engineering in Petroleum Engineering
- reservoir engineering
- fluid flows
- drilling
- production
- EOR
- etc.

Note that for the dual degree tracks, applicants must fulfill the requirements of both institutions. In particular, applicants to US partners must provide a valid GRE or GMAT score to apply for the dual degree.

More info about GRE or GMAT can be found via these links.

Schedule

The two examples of schedules shown below correspond to the most frequently encountered cases for students in this program: 16-month program for students with a 4- or 5-year degree

with two terms on the partner’s campus (CSM, OU, TAMU, Gubkin) to obtain a double-degree
or with one term on the partner’s campus (all other partner institutions) and a placement period in a company for the 51�� School single-degree track.

Download the brochure

Fields

Energy business and economics
Strategic management and marketing
Management consulting and analytics
Energy finance, banking and trading
Energy techniques and engineering

Jobs

A few examples:

Energy industry analyst, market economist: analysis of the oil, gas and electricity markets. Price and volume forecasts; market studies; etc.
Project economist: energy project profitability study (upstream, downstream, power and renewables) and feasibility studies
Trader/assistant trader and energy buyer (back, middle or front office): hedging tools and physical flows management
Consultant: project studies, integration of environmental constraint in corporate policy, risk management

The world of energy is rapidly changing, seeking for substitutes for oil and gas resources. This transition requires skillful and versatile people, able to tackle the economic and financial challenges taking into account the technical requirements of a highly innovative sector.

Our Energy Technology Economics and Management program will provide you with multifaceted expertise, recognized for the ability to fully grasp the economic challenges within the sector. You will receive customized training developed in cooperation with renowned international academic partners, and you will work within a multicultural and pluridisciplinary environment that will advance your career on an international scale. Energize your potential!

Main partners

Among these companies, the following have been 51�� School partners in recent years (non-exhaustive list):

Axens
EDF
Engie
ExxonMobil
International Energy Agency
Natixis
Perenco
Saudi Aramco
Schlumberger
TechnipFMC
TotalEnergies...

38%

Energy economist / analyst

28%

Banking, Trading & Energy Finance

24%

Consulting

10%

Energy techniques (oil, gas, power)

Multicultural

International mobility

Pluridisciplinary

See career opportunities

See detailed program

Apply

Powertrain Engineering

superadmin — Fri, 11 May 2018 09:36:33 +0000

Powertrain Engineering mehdi.abassi@i… Mon 12/11/2018 - 12:00

Language

English

Prerequisites

4- or 5-year engineering degree

Training pace

Alternating or continuous

Program content

The program covers 4 main domains, the concepts and methodologies taught being later applied to a final technical and economic development project, followed by a professional integration period within a company (4 to 6 months).

The program is built around 12 comprehensive teaching units (TUs) that provide a holistic, systems-level understanding of the electric powertrain and its ecosystem, including:

TU1 - Fundamentals of electric drives & transportation electrification
TU2 - Electricity, power generation, market, legislation and environment
TU3 - Powertrain architectures, integration, and safety
TU4 - Electric Machines
TU5 - Power Electronics
TU6 - Batteries
TU7 - Energy distribution and vehicle infrastructure
TU8 - Design, Diagnostic, Characterisation & Integration of Electric Machines
TU9 - Design & Integration of Power Electronics
TU10 - Propulsion, power electronics & electric machine control
TU11 - Design, durability, manufacturing & valorisation of Batteries
TU12 - Data Analysis &IA

Program schedule

The two examples of schedules shown below correspond to the most frequently encountered cases:

a 16-month continuous program for students with a 4- or 5-year degree;
an alternating school/company 16-month program.

Other possible case:

22-month alternating school/company program for students in their penultimate year of a major European school or university having signed a double-degree agreement with 51�� School.

Download the brochure

Graduates can pursue careers in electric powertrain design, working on cutting-edge projects and innovation or engage in R&D roles focused on improving electric powertrain technologies and developing sustainable solutions through the use of modelling, simulation, testing or calibration. The goal is to ensure the quality and performance of the electric powertrain system and its components. Take the next step towards an exciting career in electric powertrain engineering. Apply now and shape the future of automotive technology.

As we stand on the brink of a new era in automotive technology, our electric powertrain specialization prepares you to lead the charge in developing sustainable, high-performance electric vehicles. Join us to be at the forefront of innovation and contribute to a greener future.

Training objectives

Electric powertrains are the cornerstone of tomorrow’s mobility solutions, offering environmental benefits and driving economic growth through technological advancements. The Powertrain Engineering program is designed to provide comprehensive knowledge and practical skills in the development of advanced electric powertrain systems. This program integrates theoretical learning with hands-on experience to ensure you are industry-ready. Specializing in electric powertrains, you will delve into the intricacies of electric machines, power electronics & control, battery technologies, and vehicle integration, preparing you to address the challenges of modern automotive engineering. You will also study sustainable energy systems including the production of electricity from renewable energy sources and its integration in the distribution network.

As the nature of our studies lies on practical experience, you will engage in hands-on experiments and projects to apply theoretical knowledge, collaborate with industry partners on real-world projects, gaining practical insights and experience. Learning from distinguished experts and industry professionals with extensive experience ensures that the curriculum incorporates the latest innovations and advancements in the field.

45%

Automotive engineering and R&D companies

25%

Car and truck manufacturers

25%

Automotive equipment suppliers

Energy, aeronautics, marine, rail transport

Alternating school / company

Electrification and hybridization

International / multicultural

See career opportunities

See detailed program

Apply

Petroleum Engineering and Project Development

superadmin — Mon, 04 Jun 2018 13:14:07 +0000

Petroleum Engineering and Project Development ghislaine.fill… Tue 06/11/2018 - 09:42

Language

English

Prerequisites

4- or 5-year engineering degree

Training pace

Alternating or continuous

Program content

Reservoir

Fundamentals of reservoir engineering
Static reservoir characterization
Georesource production mechanisms
Reservoir modeling and simulation

Drilling-completion

Well engineering
Conduct of drilling operations
Well productivity
Drilling-completion project

Production

Development of offshore fields
Effluent treatment
Process engineering and energy efficiency
Integrated production projects

Transverse skills and professional attitudes

Professional Skills Module
Innovation and Entrepreneurship Module
Energy Transition module

In addition, HSE issues – particularly concerning safety and environmental impact– are addressed in all courses. The students are also trained in the evaluation of CO₂ emissions related to the exploitation and usages of the subsurface.

Schedule

The two examples of schedules shown below correspond to the most frequently encountered cases for students in the program:

a 16-month continuous program for students with a 4- or 5-year engineering degree;
and an alternating school/company 16-month program.

There are other possible cases, such as:

an 10-month continuous program for a student with a 5-year engineering degree who has already had placements in a company for at least 4 months, approved by 51�� School at the time of admission;
a 22-month alternating school/company program for an engineering student in the penultimate year of a major European school or university having signed a double-degree agreement with 51�� School.

Download the brochure

Fields

Multi-energy companies
Services and engineering companies
Drilling contractors
Underground storage operators
Geothermal energy companies
Consulting companies
Public services (water cycle management, waste management, etc.)

Jobs

This program concerns the entire chain for conducting a subsurface project, which can be devoted either to the exploitation of hydrocarbons or geothermal energy, or to the usage of the subsurface for gas storages. It starts with the understanding of the reservoir containing the resource or being the place for storing, to drilling and surface-installed production facilities. It leads to three main job families: reservoir engineering, drilling engineering and production engineering

Reservoir engineers study the production potential of reservoirs and the technical means to be implemented to optimize recovery rates.
Drilling engineers study, design and lead drilling operations and maintenance operations in oilfield wells.
Production engineers work on engineering surface production facilities designed to process fluid products (hydrocarbons, hot water, steam, etc.), monitor projects, or are involved in facility operation.

Combining these fields of expertise in a single program fosters a broad vision of the subsurface project which is extremely useful within energy companies or services and engineering providers.

The Energy industry is definitively experiencing a profound transformation. It must face the challenges of energy transition, not only through the optimization of the production of hydrocarbon fields while limiting CO₂ emissions, but with the development of new resources such as geothermal energy, as well as new usages of the subsurface, particularly for gas storage (CO₂, H₂, etc.) . This industry is looking for new actors, deeply motivated by sustainable and environment-oriented management of the subsurface. Would you like to be one of these? Our Petroleum Engineering and Project Development program provides you all the techniques and work-flows necessary for meeting these challenges, with a training strongly based on actual, industry-specific case studies.

Typical class profile

Students in this program are almost all supported by companies through an apprenticeship contract or a scholarship to help finance their living expenses.

Main partners

Among these companies, the following have been 51�� School partners in recent years (non-exhaustive list):

Assala Energy
BNP Paribas
BP
Cepsa
Elengy
Engie
Equinor
Flexi France
IPC
51��EN
Maurel & Prom
Perenco
Saipem
Schlumberger
Shell
SMP
Storengy
Vallourec
TechnipEnergies
TechnipFMC
TotalEnergies
Trident Energy...

71%

Multi-energy companies

15%

Services and Engineering companies

Consulting

Data companies

This represents the % of jobs directly related to NTE across all employment sectors

Others

Applied teaching

Field internships

Diversity of professions

See career opportunities

See detailed program

Apply

Énergie et procédés

superadmin — Mon, 04 Jun 2018 13:12:03 +0000

Energy and Processes ghislaine.fill… Tue 06/11/2018 - 09:22

Language

French

Prerequisites

4- or 5-year engineering degree

Training pace

Alternating or continuous

Program

The lectures are given in French

Common core

Overview of the energy mix
Thermodynamics applied to hydrocarbon and biomass processes
Dynamic equipment in the process industry
Instrumentation, process control and digitalization
Industrial reactions and distillation separation processes
Energy efficiency and utilities management
Engineering
Operation, process safety and QHSE management
Development of soft skills

📌 A specific path to choose depending on the professional project: "Responsible Refining" or "Gas, Hydrogen and Electricity" (213 hours).

📌 A choice of courses in the domain of the energy transition (60 hours)

Planning

The two examples of schedules shown below correspond to the most frequently encountered cases for students in this program:

a 16-month alternating school/company program for students with a 4- or 5-year engineering degree,
a 22-month alternating school/company program for students in their 4th year in an engineering school enrolled in a double-degree track.

Download the brochure

Career opportunities

Process engineer (for on-site unit optimization or engineering design)
Equipment maintenance engineer
Manufacturing planning and scheduling engineer
Research and innovation engineer
Facility commissioning and start-up engineer
Production engineer

Jobs

Process engineer (in a large engineering firm): sizes the refining, petrochemical and gas units (equipment, instrumentation, piping) and units for oil and gas field surface processing, simulates and optimizes operation of the units using a number of industry-specific software programs, and participates in various project reviews (Hazop, etc.) and unit startups.

Process engineer (engineering department of refineries or petrochemical complexes / R&D center): monitors one or more refinery units, and in conjunction with the operator, participates in technical monitoring and optimization of operations, and in investment projects to improve operation, safety and security.

Production engineer (in refineries or petrochemical complexes): supports the production manager, ensures day-to-day technical management of the unit, and is the liaison with development, research, logistics and other departments.

Technical services engineer (inspection, maintenance, process control, HSEQ, etc.): provides process skills to these specialties, and participates in major projects in all these areas, and in the operational activities of these departments.

The energy sector is on the lookout for new talent to help it address the challenge of energy transition, improving energy efficiency of existing products and developing new processes to convert biomass-derived raw materials. Our Energy and Processes program provides the training you need to become a responsible, versatile professional who will be immediately operational, with a firm grip on the process industry’s current and future needs. Accept the challenge, apply today!

They joined us: our students share their personal experiences

Our students of the Energy and Processes program (class of 2021) share their background, their motivations to join 51�� School as apprentices and the field in which they wish to evolve. Discover our videos (in French only)!


José Fernando vs Lisa	Hugo Puglisi, #CPE Lyon


Camilla Valenzuela, double degree #Universidad Nacional de Colombia #Chimie ParisTech	Antoine Meyer, #INSA Rouen


Anežka Kvasnickova, #ESPCI	Florence Cupessala, double degree #ESCOM #UTC

Typical class profile

Students in this program are almost all supported by companies through an apprenticeship contract or a scholarship to help finance their living expenses.

Main partners

Among these companies, the following have been 51�� School partners in recent years (non-exhaustive list):

Air Liquide
Arkema
Axens
Cepsa
EDF
Elengy
Engie
ExxonMobil
GRT Gaz
CryoPur
51��EN
Lyondellbasell
Perenco
Petroineos
Saipem
Sara
Shell
Sofregaz
Storengy
Technip Energies
TotalEnergies...

58%

Project engineering

34%

Refining

Petrochemicals

Exploration-Production

PhD

Others

Alternating school / company

For energy efficiency

International and sectoral mobility

See career opportunities

See detailed program

Apply

Énergie et marchés

superadmin — Mon, 04 Jun 2018 13:11:08 +0000

Energy and Markets ghislaine.fill… Mon 05/11/2018 - 16:25

Language

French

Prerequisites

4- or 5-year engineering degree

Training pace

Alternating or continuous

Program content

The lectures are given in French

Economy: theory and applications

Microeconomics and industrial economics
Macroeconomics and the economic environment
Economics of energy and the environment
Climate Economics

Energy and environmental management

Geopolitics of energy
Development of projects on renewables and energy efficiency
Technico-economics of energy systems (renewables, electricity, gasoline, natural gas, etc.)

Corporate finance

Capital budgeting and investment modeling
Financial analysis
Financial policy and structuring

Market finance

Energy commodities and carbon markets
Risk management on commodities markets

Quantitative techniques

Massive data processing
Mathematical programming and applications in the energy sector
Econometrics

Technology

Decarbonated energy production (solar, wind, hydrogen, biogas...)
Extraction and valorization of exhaustive resources
Operation of the network industries (electricity and natural gas)

Transverse skills and professional attitudes

Experience Sharing Module

Schedule

The two examples of schedules shown below correspond to the most frequently encountered cases for students in the program:

a 16-month alternating school/company program for students with a 5-year engineering degree;
a 22-month alternating school/company for an engineering student in the penultimate year of a major European school or university having signed a double-degree agreement with 51�� School.

There are other possible cases, such as: an 18-month alternating school/company program for an engineering student who has completed four years of higher education, enrolled in a major European school or university under an agreement with 51�� School and who has completed one year of professional work experience.

Download the brochure

New

What next after the Energy and Markets program? Check out the interviews with our graduates on LinkedIn.

Fields

Utilities (electricity, natural gas)
Energy infrastructure operators
Oil companies, oil equipment manufacturers and service providers
Energy trading companies
Consulting companies
Major energy consumers
Investment banks
Transportation sector
Regulatory agencies

Jobs

Our program provides students with both technical and economic skills, so there is a wide range of employment opportunities, both in terms of industrial sectors and types of jobs.
A few key examples:

Energy Project Finance Manager / Structured Finance Manager

Define customized financing solutions for clients (private or public) while taking into account the deadlines, costs and risks inherent to each energy project.

Renewable Project Development

Identify suitable sites for the setting-up of wind or solar farms and carry out, in close collaboration with local authorities, the technical, environmental and legal studies necessary for the project to go ahead.

Energy Economist

Monitor the energy economy, perform market research and technical/economic feasibility studies for industrial projects in energy, engineering or industrial consulting firms.

Energy Market Analyst

Collect, consolidate and analyze data in order to identify trends in the various energy markets and enable the company to plan its sales or marketing strategy.

Energy Consultant/Energy Manager

Carry out energy and environmental audits for private or public entities.

Gas and Electricity Transmission and Distribution Design Engineer

Carry out studies to analyze how transmission and distribution networks are evolving and coordinate power system connection or integration studies.

Gas and Electricity Portfolio Manager

Manage a portfolio of gas and electricity sales on the short-term market (optimizing and hedging positions) and coordinate with clients their medium and long-term management strategy.

Purchase Contract Manager

Carry out benchmarking activities, do competitive analyses and negotiate purchasing conditions with energy suppliers.

The energy sector is in the midst of a profound transformation and is seeking to hire young professionals equipped with both practical skills and a comprehensive understanding of the field. Our Energy and Markets program provides an outstanding education. It offers you the chance to acquire high-level, energy, environment, economy, business modeling skills and an in-depth understanding of the industrial dynamics observed in the renewables energy sector (wind, solar, etc), but also in oil, gas, energy efficiency and related markets. You will be equipped to play an important role in the energy transition, supporting technological advances with an economic and financial mindset that is essential to succeed.

Typical class profile

Students in this program are almost all supported by companies through an apprenticeship contract or a scholarship to help finance their living expenses.

Main partners

Students in the Energy and Markets program have recently been sponsored by the following companies (non-exhaustive list):

Agregio
Airbus
Air Liquide
Alpiq Énergie France
Arkema
Axpo
BP
Cepsa
CGG
Crédit Agricole
Ecometering
EDF
Electrabel
Électricité de Strasbourg
Elengy
Enedis
Engie
Enexflow
Esso
ExxonMobil
GRT Gaz
51��EN
Orano
Qair
Reservoir Sun
RTE
Saipem
SEO
Shell
Spie
Storengy
Technip Energies
TotalEnergies
Vallourec...

32%

Renewables and electricity

30%

Oil & Gas

15%

Consulting / financing

15%

Public institutions

Other industries

Actor in the energy transition

Project management

Technical and economic skills

See career opportunities

View the detailed program

Apply

Énergie et produits

superadmin — Mon, 04 Jun 2018 13:10:40 +0000

Energy and Products ghislaine.fill… Mon 05/11/2018 - 15:46

Language

French

Prerequisites

4- or 5-year engineering degree

Training pace

Alternating or continuous

Program content

The lectures are given in French

Fuels and energy products

Refining processes
Conventional and alternative fuels
Fuel logistics
Gas, electricity production, environment

Oils and other non-energy products

Lubrication
Automotive lubricants
Industrial lubricants

Engines for ground transport

Energy conversion and engine testing
Powertrain technology
Combustion and reduction of pollutant emissions

Cross-disciplinary topics

Trading, marketing and product markets
Methodological tools
Aeronautical and non-automotive application

Transverse skills and professional attitudes

Experience Sharing Module

Schedule

The two examples of schedules shown below correspond to the most frequently encountered cases for students in this program:

a 16-month continuous program for students with a 4- or 5-year engineering degree,
a 16-month alternating school/company program for students with a 5-year engineering degree.

Other situations may arise, such as:

a 22-month alternating school/company program for an engineering student in the penultimate year of a major European school or university having signed a double-degree agreement with 51�� School.

Download the brochure

Businesses

Energy sector
Additive and lubricant manufacturers
Transport and equipment manufacturer sectors
Professional committees and biofuel producers

Jobs

In the energy industry

Development of products (fuels, lubricants, additives), in the domain of the energy transition, in oil companies, additive suppliers and lubrication firms. Purely technological profession.
Technical support to marketing departments and sales forces: typical technical and commercial roles of a project manager. Profession with many facets, very open (at the crossroads of development, production and marketing processes).
Energy logistics: organizing the distribution of products, from the refinery to the car's fuel tank. With oil companies and specialized businesses. Profession with many facets, very open. The other energetic products/carriers ((bio)gas, hydrogen, electricity...) are also concerned.
Trading of products.
Design engineer on electricity generation and storage systems.

In the transportation industry (automotive, airline, maritime...)

Specialist product engineers in technical departments, working on engine development: (bio)fuels, lubricants; often with manufacturers, sometimes with equipment suppliers. Purely technological profession.
Pollution abatement equipment development engineer, batteries, fuel cells (chemical engineers very welcome). Purely technological profession.

Discover the lubricants and energy sector with our graduate Clara Fabre

Clara Fabre, a graduate of the Energy and Products program (class of 2011) and Technical Director Lubricants and Energy at IMCD Group, shares her career path.

Did you know that compatibility of an engine/fuel pairing is a critical challenge in the development of more sustainable transport? Energy efficiency of engines, hybridization, alternative fuel development: for each of these challenges, the best technological options must be developed to ensure compliance with increasingly demanding environmental standards and to meet society’s expectations. Through our Energy and Products program, you’ll play a key role in the energy transition in the field of transport and energy converters for power generation. Support these transforming industries through this multifaceted, operations-based graduate program.

Typical class profile

Students in this program are almost all supported by companies through an apprenticeship contract or a scholarship to help finance their living expenses.

Main partners

Among these companies, the following have been 51�� School partners in recent years (non-exhaustive list):

Afton Chemical
Air Liquide
BP
Chevron Oronite
EDF
ExxonMobil
Fuchs Lubrifiant
Renault group
Marine nationale
Nyco
Raffinerie du Midi
SEO
Shell
Sogefi
Stellantis
TotalEnergies
Volvo Powertrain...

70%

Energy: lubricants, (bio)fuels, gas, electricity

15%

Manufacturers and equipment suppliers

15%

Other energy sectors, consultants and miscellaneous

Alternating school / company

Diversity of professions

Applied teaching

See career opportunities

See detailed program

Apply

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Program schedule

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Program content

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Processes and Polymers

Program content

Schedule

Training objectives

Typical class profile

Main partners

Energy Technology Economics and Management

Program at 51���� School

Program of the partner institutions

Schedule

Fields

Jobs

Main partners

Powertrain Engineering

Program content

Program schedule

Training objectives

Petroleum Engineering and Project Development

Program content

Schedule

Fields

Jobs

Typical class profile

Main partners

Énergie et procédés

Program

Planning

Career opportunities

Jobs

They joined us: our students share their personal experiences

Typical class profile

Main partners

Énergie et marchés

Program content

Schedule

New

Fields

Jobs

Energy Project Finance Manager / Structured Finance Manager

Renewable Project Development

Energy Economist

Energy Market Analyst

Energy Consultant/Energy Manager

Gas and Electricity Transmission and Distribution Design Engineer

Gas and Electricity Portfolio Manager

Purchase Contract Manager

Typical class profile

Main partners

Énergie et produits

Program content

Schedule

Businesses

Jobs

In the energy industry

In the transportation industry (automotive, airline, maritime...)

Discover the lubricants and energy sector with our graduate Clara Fabre

Typical class profile

Main partners

Program at 51�� School