Electromechanical engineers can design, build, control, and maintain a wide range of engineering products and processes. It aims to meet the increasing demand for engineers with cross-disciplinary skills, particularly in the fields of automation, flexible manufacturing, electromechanical power systems, and maintenance management among others.
To be able to cope with technological advances and Industrial systems complexities, graduates need to understand both the mechanical and electrical engineering disciplines.
Faculty of Sustainable Development and Engineering
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Course Overview
Electromechanical engineers can design, build, control, and maintain a wide range of engineering products and processes. It aims to meet the increasing demand for engineers with cross-disciplinary skills, particularly in the fields of automation, flexible manufacturing, electromechanical power systems, and maintenance management among others.
To be able to cope with technological advances and Industrial systems complexities, graduates need to understand both the mechanical and electrical engineering disciplines.
Career Prospects
Electromechanical graduates who go into the workforce are qualified to design, install, maintain, operate, supervise, and service complex industrial systems and are well suited to find employment in many sectors of industry and commerce areas as:
- Industrial Automation
- Systems integration
- Technical Sales
- Design/CAD
- Quality Control
- Process control
- Environmental control
- Energy management
- Maintenance management
- Mechanical engineering and more
Entry
Requirements
EITHER Pass in: 3 subjects at A-level and 1 subject at subsidiary level at Higher School Certificate Examination
OR Pass in: 2 subjects at A-level and 2 subjects at subsidiary level at Higher School Certificate Examination
OR Pass in: 3 subjects at A-level at the London General Certificate Examination
OR any other acceptable equivalent qualification
Students must have studied Science/Technical subjects with passes preferably with passes in Maths and Physics ( or equivalent) at A level.
Course Structure
Semestre 1
- Techniques d`Expression en Français 1
- Informatique
- Physique Appliquée 1
- Mathématiques 1
- Mécanique 1
- Étude des Parties Opératives 1
- Électrotechnique 1
- Ingénierie de la Maintenance 1
Semestre 2
- Techniques d`Expression en Anglais 1
- Projet Personnel Professionnel PPP 1
- Stage Industriel 1
- Science des Matériaux
- Mathématiques 2
- Mécanique 2
- Automatismes 1
- Réalisations de Systèmes 1
- Maintenance Basée sur la Fiabilité 1
- Pratique de la FMDS
Semestre 3
- Techniques d`Expression en Français 2
- Économie, Organisation et Gestion
- Projet Personnel Professionnel PPP 2
- L`Instrumentation et la Régulation
- Mathématiques 3
- Thermodynamique
- Étude des Parties Opératives 2
- Automatismes 2
- Électrotechniques 2
- Ingénierie de la Maintenance 2
Semestre 4
- Hygiène, Sécurité et Environnement
- Stage Industriel 2
- Electronique de Puissance
- Mécaniques des fluides
- Etude des Parties Opératives 3
- Automatismes 3
- Réalisations de systèmes 2
- Maintenance Basé sur la Fiabilité 2
- Hydraulique Industrielle
Semestre 5
- Gestion de Projet
- Projet Personnel Professionnel PPP3
- Economie et Finance en ingénierie
- Analyse Numérique
- Thermodynamique Appliquée au Froid et à la Climatisation
- Métrologie
- Réseaux Industriels
- Mechanical System Design
- Technologie des moteurs à combustion interne
Semestre 6
- Régulation et Asservissement
- Traitement des Signaux
- Total UE 62
- Pneumatique Industrielle
- Renewal and Sustainable Energy
- Productique
- Total UE 63
- Stage Industriel 3
- Projet de Fin d’Etudes
Contact Hours: 2550 HRS
Credits: 180 ECTS
How
to Apply
In addition to a completed application form:
– A letter of motivation
– Academic Results
– Copy of your CV detailing your work history if any
Location
Available at Rose Hill Campus
Any further inquiries?
Please contact on the following email: [email protected]