UdM_Factsheet-Bsc Electrical Engineering

Faculty of Sustainable Development & Engineering
Applied Electrical and Electronic Engineering department
BSc (Hons) in Electrical Engineering
and Automation
Licence en Génie Electrique et Informatique Industrielle
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
& Automation field may be considered.
Career Prospects
The traditional work sectors (electricity, 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 Automation graduates are sought in very diverse fields:

Aeronautics and Space Engineering,

Microelectronics industry,

Health,

Transportation and automotive sectors,

Food processing and agro-industries,

Computer and communication technology

Energy Management and Technical Sales
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

Anglais général

Fondamentaux d’algèbre et de trigonométrie

Mécanique – Electromagnétisme

Fonctions et composants élémentaires de l’électronique

Inductances et transformateurs

Circuits et composants linéaires

Contrôle - commande des systèmes industriels

Analyse et synthèse des systèmes logiques

Algorithmique, Programmation / Etudes et Réalisations
Semester 2

Communication en anglais général et professionnel

Réalités humaines, économiques et sociales

Calcul intégral / Éléments de mathématiques appliquées

Optoélectronique / Thermique

Capteurs / CEM

Fonctions fondamentales de l’électronique

Traitement et transmission de l’information

Machines à courant continu et redressement

Convertisseurs

Architecture des systèmes à processeurs
Semester 3

Anglais général, professionnel et de spécialité

Outils mathématiques pour l’analyse de Fourier

Mathématiques pour le signal discret

Machines à courant alternatif

Distribution électrique

Distribution et sécurité

Systèmes du 2eme ordre, filtres

Réseaux

Supervision et contrôle de procédés

Asservissements, Régulations
Course Overview
To be able to cope with technological advances and Industrial
systems complexities, graduates need to understand electrical,
electronics, automation and mechanical engineering
disciplines along with good communication skills, finance,
marketing, health and safety issues.
Electrical engineers can design, built, operate, control and
maintain a wide range of engineering products and processes.
It aim to meet the increasing demand for engineers with crossdisciplinary skills particularly in the field of control systems,
electrical
machines,
networks,
power
systems
and
instrumentation among others.
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: DULT GEII
Email: [email protected]
Semester 4

Analyse

Algèbre linéaire et applications

Probabilités et Statistiques inférentielles

Physique des semi-conducteurs

Télécommunications signaux analogiques

Télécommunications signaux numériques

Modélisation et commande des systèmes linéaires numériques

Corrections des systèmes linéaires continus et numériques

Projet

Stage Industriel (6 sem)
Semester 5

Outil Mathématiques pour le Traitement des Signaux

Power Systems

Langues Vivantes et Humaines

Introduction to Finance

Engineering Management

Introduction à la propagation des ondes

Propagation des ondes

Acquisition des Données

Electronique de puissance
Semester 6

Securing Enterprise Network

Energies Renouvelables

SCADA

Projet Personnel Professionnel

Projet de Fin d’Etudes

Stage Industriel (10 sem)
Contact Hours: 2550 HRS
Credits: 180 ECTS