The Electrical Engineering and Sustainable Development option trains generalist engineers capable of mastering new electrical energy technologies and their use in modern fields of electrical engineering with the constraints of sustainable development.
The Electrical Engineering and Sustainable Development course enables you to develop skills for :
- Analyze, design and integrate electrical systems by integrating sustainable development aspects.
- Choose the most appropriate energy source, taking into account the criteria of environmental preservation and economic constraints.
- Design mathematical and geometrical electrical models of electrical systems.
- Manage electrical projects by controlling energy needs and economic constraints.
Practical information
Training course: MSc ESIEE-Amiens
Duration of the course: 2 years
Place of training: ESIEE-Amiens campus
Detail of lessons
Option specific courses - 250h
UE ELECTRICAL ENERGY (100H - 7 ECTS)
- Power Electronics - 52h
- Electrical Networks - 48h
ELECTROMECHANICAL CONVERSION (50H - 3ECTS)
- Electric Machines - 40h
- Transformation Theory - 10h
UE MODELING AND CONTROL OF ELECTRICAL SYSTEMS (75H - 5 ECTS)
- Control Electronics - 28h
- Digital Protections - 26h
- Electromagnetic and Thermal Models - 18h
Common sciences and techniques - 250h
UE CONTROL & INDUSTRIAL AUTOMATION (75H - 5 ECTS)
- MIMO Systems Control - 45h
- Industrial Automated Systems - 30h
UE DSP & FILTERING (75H - 5 ECTS)
- Digital Signal Processing Architectures - 38h
- Optimization and Filtering - 37h
UE NETWORKS (75H - 5 ECTS)
- Industrial Local Area Networks - 18h
- Electrical Installation - 32h
- Statistics - 20h
Languages & Humanities and Management - 150h
UE MODERN LANGUAGES - HUMANITIES & BUSINESS (75H - 5 ECTS)
- P.P.P. Workshops - 14h
- Innovation Management - 16h
- English - 45h
UE MODERN LANGUAGES - HUMANITIES & BUSINESS (75H - 5 ECTS)
- Management Simulation - 24h
- Management Control - 21h
- English - 30h
- Project - 50h
UE PROJECT (50H - 5 ECTS)
- New Energy Sources - 28h
- Sustainable Development Project - 8h
- Sustainable Development Seminar -
- Internships - 15 weeks
EU Engineer Internship 3.5 months (525h - 15 ECTS)
- ENEDIS: High power site battery power solutions.
- VALEO SIEMENS eAutomative: Comparison of DC-DC converter topologies for the realization of a DC transformer.
- H2AIR : Realization of electrical connection studies for wind farms.
- SCHNEIDER ELECTRIC : Realization of a piloting and monitoring solution for photovoltaic power plants.
- CITEOS-SANTERNE : Assistant Business Manager in the field of public lighting.
- UNIVERSITY OF BRITISH COLUMBIA (CANADA): Studies of disturbances in smart power grids.
- NAGAOKA UNIVERSITY OF TECHNOLOGY (JAPAN): Design of a high-power three-phase energy transfer system without l.
- BRUNEL UNIVERSITY (ENGLAND): Development of a system for controlling the speed of the wheels of an electric car
Option specific courses - 170h
DYNAMIC AND MULTIPHYSICAL MODELING (75H - 6 ECTS)
- Electrical Energy Systems - 39h
- Electrical Equipment CAD - 26 h
- Special Machines - 10h
UE ENERGY AND ENVIRONMENT (100H - 8 ECTS)
- Energy Quality - 22h
- Low Pollution Converters - 24 h
- Electromechanical Trainings - 26h
- Electromagnetic Compatibility - 20h
- Common sciences and techniques - 75h
ADVANCED CONTROL (75H - 6 ECTS)
- RST control - 35h
- Identification and Predictive Ordering - 40h
Languages & Humanities and Management - 75h
MODERN LANGUAGES - HUMANITIES & BUSINESS (75H - 7 ECTS)
- Business Law - 16h
- HR Management - 14h
- Negotiation - 20h
- English - 25h
Project - 25h
PROJECT (25H - 5 ECTS)
- Research & Development Project - 10h
- Sustainable Development Seminar - 8h
Internships - 15 weeks
EU End of studies project 6 months (875h - 30 ECTS)
- ENERCON: Limitation of the inrush currents of wind turbine transformers by acting on the secondary at low voltage.
- COMECA POWER : Development of a test bench (500 kVA - 50 to 100kHz) for medium-frequency transformers used in the field of HVDC power transmission.
- VALEO SIEMENS eAutomotive: Characterization of electronic components up to 6GHz for the study of their immunity in automotive applications.
- CERN: Design of an advanced control system for cryostat cooling.
- RAPT: Study, development, prototyping and validation of analog/optical converters.
- ACTEMIUM: Evolution of Centralized Technical Management for Defense.
Career opportunities
A professional insertion in :
- Energy: generation, transport, distribution and use (EDF, RTE, ENEDIS, ENGIE, SICAE, H2AIR, ENERCON, NORDEX...).
- Transport: rail, automotive, aeronautics and space (SNCF, VALEO, THALES, AIRBUS, PSA, ...).
- Industry and the tertiary sector: instrumentation, equipment, integration, production, control, automation, supervision of industrial complexes, electrical installation, distribution, security, electronics and telecommunications (VINCI ENERGIES, ACTEMIUM, EIFFAGE ENERGIE, CEGELEC, SPIE BATIGNOLLES, SCHLUMBERGER, SCHNEIDER ELECTRIC, etc.).
Concerned professions
- Research and Development Engineer
- Integration Engineer
- Method Engineer
- Operational safety, diagnostic and maintenance engineer
- Business Engineer: study, management and follow-up of projects