BSc (Hons) in Electrotechnics and Renewable Energy

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BSc (Hons) in Electrotechnics and Renewable Energy
Faculty of Sustainable Development & Engineering
Applied Electrical and Electronic Engineering department
BSc (Hons) in Electrotechnics and
Renewable Energy
Licence en Génie Electrotechnique et Energies Renouvelables
Entry Requirements
2 GCE ‘A’ Level passes or equivalent in Mathematics including Physics and
with one of the following subjects or equivalent: Physics with Chemistry,
Design & Technology, Physical science, Engineering science or equivalent.
Prior learning assessment and Recognition for Part-time students only: GCE O
Level certificate or equivalent with passing grades A-E and with at least 3
years working experience related to the Electrical, Electronics, mechanical
& Automation field may be considered.
Career Prospects
The traditional work sectors (electricity and electronics, electrical
accessories and instruments, the production and transport of energy,
telecommunication, manufacturing and processing industries) have grown
thanks to the multiplication of applications for electricity and computers.
Given the widespread uses of electronics, electrical engineering and
industrial computing, the skills provided to Electrical Engineering and
Renewable Energy graduates are sought in very diverse fields:
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Power Plants
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Energy Management
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Technical Sales
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Installation an Commissioning of Electrical Appliances
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Maintenance Management
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Computer and communication technology
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Microelectronics Industry
More specific job titles:
Methods technician, Research manager, Test manager, manufacturing
team manager, maintenance coordinator, developer production/design
engineering, automation electronics technician, process specialist, industrial
computing & more
Teaching Methods
Practical and experimental skills are developed through project work and
laboratory exercises. Design skills are developed through course work
exercises supported by the use of the relevant computational packages.
Practical skills are tested and assessed throughout the programme using a
combination of coursework assignments, design studies, laboratory logbooks
and project reports and/or papers.
Semester 1
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Anglais général
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S’exprimer pour communiquer
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Fondamentaux d’algèbre et de trigonométrie
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Fondamentaux d’analyse
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Fonctions et composants élémentaires de l’électronique
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Inductances et transformateurs
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Circuits et composants linéaires
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Contrôle - commande des systèmes industriels
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Electronique - Logique Combinatoire et Séquentielle
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Découverte du milieu professionnel / Etudes et Réalisations
Semester 2
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Communication en anglais général et professionnel
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Informer, se documenter
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Calcul intégral et équations différentielles
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Éléments de mathématiques appliquées
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Mécanique – Thermique
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Optoélectronique – Electromagnétisme
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Capteurs et CEM
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Fonctions fondamentales de l’électronique
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Machines à courant continu et redressement
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Réseaux Industriels
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Algorithms and Programming
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Construire son projet / Etudes et Réalisations
Semester 3
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Anglais général, professionnel et de spécialité
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S’insérer et communiquer dans le milieu
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Outils mathématiques pour l’analyse de Fourier
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Mathématiques pour le signal discret
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Systèmes du 2eme ordre et filtres
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Traitement et transmission de l’information
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Convertisseurs
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Distribution et sécurité
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Supervision et contrôle de procédés
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Asservissements et Régulations
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Architecture of processors
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Orientation / Etudes et Réalisations
Course Overview
To be able to cope with growing demands in the fields of
electrotechnics and renewable energy sources and energy
production and distribution, graduants need to understand the
fundamentals underlying the physical operation, analysis,
design and maintenance of electrical and electronic circuits
and systems, principles of electrical machines and including
power electronics.
An important part of this subject will be devoted to the design
and implementation of renewable energy systems that include
Photovoltaic and Wind Power production.
Mode:
Full Time & Part Time
Duration of Course
Fulltime: 3 years (6 semesters)
Part-time: 41/2 years (9 semesters)
Fees*
Full Time: Rs 22,500 per semester
Part Time: Rs 17,500 per semester
*Does not include preparatory classes of 150 Hrs
Intake
In January and August.
For further Inquiries
Please contact the programme coordinator on the following
email with subject line: DULP GEII
Email: [email protected]
Semester 4
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Basics of engineering management
Dessins industriels et thermique
Maintenance
CAO / DAO
Distribution électrique
Energies renouvelables
Bases de données
Projet
Stage industriel
Semester 5 & 6
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Communication en entreprise
Further aspects of engineering management
Gestion des projets
Electronique de puissance
Etudes et réalisations en EER (Studies and Projects)
Projet
Stage industriel
Contact Hours: 2550 HRS
Credits: 180 ECTS