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ENERGY MANAGEMENT AND GOVERNANCE

DRIVE AND MANAGE TOMORROW'S ENERGY

DRIVE AND MANAGE TOMORROW'S ENERGY

Faced with the profound changes in our energy production and consumption methods, the development of the energy mix and the optimization of energy sources, manufacturers and public institutions are looking for executives capable of approaching projects from different angles. (from engineering to marketing, from industrial implementation to prospecting, from geophysics to research) integrating new technologies into their operation: Artificial Intelligence, Blockchain, Big Data, Virtual and Augmented Reality, Connected Objects, Exoskeletons and Building Automation, etc. The Energy Management and Governance course makes it possible to meet the needs of the energy market by training executives with dual technical and managerial skills.

A PROFESSIONAL CERTIFICATE TO MASTER THE ENERGY ENERGY MANAGEMENT AND GOVERNANCE

​Based on the experience of the best practitioners of the moment, the ambition of this course is to train executive managers of energy projects, capable of managing projects of different sizes and challenges, from the definition of the customer's need to upon delivery of the project.

YOUR PROFESSIONAL PROSPECTS

The Energy Management and Governance course allows young engineers or current managers to accelerate their career in the field of sustainable building or to organize their conversion to this promising sector. The skills acquired will enable participants to exercise positions of responsibility in companies and institutions related to the building sector: Energy suppliers, Financial Institutions, Communities, Ministries, Public or Private Project Management, Research Organizations and Development, Operators, etc.
Positions held at the end of the training: Innovations Manager, Project Manager, Studies and Projects Manager, Infrastructure Management Manager, Quality Control Manager, Operations Manager, Consultant, Auditor, etc. 

COMPLETE TRAINING

The training is divided into six skill blocks of 80 to 120 hours. Each block is divided into teaching units.

ENERGY SYSTEMS TECHNOLOGIES

  • Environmental issues Energy life cycle analysis

  • Network integration

  • Heat production (Solar thermal energy, Biofuels

  • Electricity production (Wind energy, Marine energy, Photovoltaic energy, Hydraulic energy

  • Gas and LNG markets

  • Bioeconomy

ENERGY CONTROL AND MANAGEMENT

  • Smart grids

  • Energy storage

  • Smart Cities

  • Smart Building

  • Blockchain

  • City energy management

EFFICIENCY AND ENERGY AUDIT

  • ISO 50001 and 50006.

  • Building and Industry energy audit.

  • Transport of energy.

  • QHSE.

  • Optimization, decision support, foresight.

  • Economy of functionality.

ENERGY PROJECT MANAGEMENT

  • Energy Markets and Policy

  • Leading and transforming energy companies

  • Operational risk and energy risk management

  • Operational management of energy performance

  • Marketing for energy transition (Energy trading)

  • Operations and supply chain management

INFORMATION SYSTEM

  • Digital transformation (Energy Data & Big Data, AI & Machine learning)

  • ERP/PGI information systems

  • Logistics management (SCM) and customer relationship (CRM)

  • Mobile Networks, IoT and 5G

MARKETING AND MANAGEMENT

  • Industrial project management

  • Portfolio Management

  • Operational marketing, market research and sales techniques

  • Team Management, Leadership and Agile Methodology

  • Innovation Management and Entrepreneurship

  • Project management and financing

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Training Structure

500 hours of training: 6 skill blocks

10 Workshops: 1 per month

Project-based learning: 100% practical case study

Who is the training for?

The program is aimed at holders of a Bac+5 or Bac+4 diploma with 3 years of experience, architects or executives in external and internal professional mobility. A minimum level of understanding of French and English is required.

Acquired skills

Manage complex multi-stakeholder projects.
Analyze collected data and optimize smart energy management.
Develop a business model for an innovative company or project in the energy sector.
Model energy markets, risks and technologies.
Support public authorities and decision-makers in medium and long-term energy choices.
Knowledge of decision-makers, communities, architecture, urban planning and energy suppliers.

Training benefits

An innovative Training based on business case studies and project-based learning.
Workshops on current topics.
Transversal and transdisciplinary approach: Technological and Managerial.
A part-time rhythm adapted to the exercise of a professional activity and to lasting learning.
Training provided by professional experts.
The articulation of human and social sciences and engineering sciences.

PROFESSIONAL CERTIFICATE

All participants who successfully complete the program will receive a state-recognized Title 7 training certificate, eligible with the CPF.

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