The BEng in Electromechanical Engineering offers a comprehensive overview of a discipline that permeates various aspects of modern life, from automotive and aerospace industries to energy systems and robotics. This program focuses on equipping students with essential problem-solving skills, design expertise in electromechanical systems, project management abilities, and critical thinking. With a strong emphasis on sustainability and cost considerations, graduates are prepared to tackle complex challenges and drive innovation in the field. Through analytical, computing, and managerial proficiency, they become invaluable assets in advancing technology and fostering sustainable development.
Faculty of Sustainable Development and Engineering
Course Overview
The BEng in Electromechanical Engineering offers a comprehensive overview of a discipline that permeates various aspects of modern life, from automotive and aerospace industries to energy systems and robotics. This program focuses on equipping students with essential problem-solving skills, design expertise in electromechanical systems, project management abilities, and critical thinking. With a strong emphasis on sustainability and cost considerations, graduates are prepared to tackle complex challenges and drive innovation in the field. Through analytical, computing, and managerial proficiency, they become invaluable assets in advancing technology and fostering sustainable development.
Career Prospects
Graduates with a BEng in Electromechanical Engineering possess a diverse skill set that opens up a wide range of career opportunities across various industries.
Electromechanical engineers can operate in sectors such as manufacturing, automotive, aerospace, energy, robotics, healthcare, construction, and renewable energy. They contribute to the design, maintenance, and optimization of electromechanical systems across diverse industries, driving innovation and solving complex technical challenges.
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
Additionally, prospective students seeking entry into the BEng (Hons) in Electromechanical Engineering must meet the specified entry requirement, which mandates the successful completion of A-Levels in Mathematics, and Physics or Design and Technology.
Course Structure
Semestre 1
- • Techniques d’Expression en Français 1
• Projet Personnel et Professionnel 1
• Informatique
• Physique Appliquée
• Mathématiques 1
• Mécanique Appliquée
• Etudes des Parties Opératives 1
• Electrotechnique 1
• Ingénierie de la Maintenance 1
Semestre 2
• Techniques d’Expression en Anglais 1
• Responsabilité Sociale et Environnementale 1/Social and Environmental Responsibility 1
• Stage Industriel 1
• Material Science
• Mathématiques 2
• Resistance des Matériaux
• Automatismes 1
• Réalisation de Systèmes 1
• Maintenance basée sur la Fiabilité 1
• Pratique de la FMDS
Semestre 3
• Techniques d’Expression en Français 2
• Engineering Leadership and Management
• Projet Personnel et Professionnel 2
• Responsabilité Sociale et Environnementale 2/Social and Environmental Responsibility 2
• L’Instrumentation et la Régulation
• Mathématiques 3
• Thermodynamique
• Etudes des Parties opératives 2
• Automatismes 2
• Electrotechniques 2
• Ingénierie de la Maintenance 2
Semestre 4
• Industrial Hygiene and Environment Safety
• Stage Industriel 2
• Electronique de Puissance
• Fluid Mechanics
• Etudes des Parties opératives 3
• Automatismes 3
• Maintenance Basée sur la Fiabilité 2
• Hydraulique Industrielle
• Projet de fin d’études de deuxième année
Semestre 5
• Engineering Project Management
• Projet Personnel et Professionnel 3
• Responsabilité Sociale et Environnementale 3/Social and Environmental Responsibility 3
• Engineering Economics and Finance
• Analyse Numérique
• Froid et Climatisation
• Métrologie et Contrôle Qualité
• Réseaux Industriels
• Mechanical System Design
• Technologie des Moteurs à Combustion Interne
Semestre 6
• Regulation et Asservissement
• Traitement des Signaux
• Industrial Compressed Air Engineering
• Renewable Energy and Sustainability
• Productique
• Stage Industriel 3
Semestre 7
• Heat Transfer Transition Energétiques
• Total Quality Management in Engineering
• Heat Transfer
• Energy Audit
• Computational Programming for Engineers
• Méthodes de Maintenance pour des Systèmes Industriels
• Réseaux et Gestion Technique du Bâtiment
• La Climatisation et Réfrigération Industrielles
Semestre 8
• Méthodes et Outils d’Optimisation
• Safety Engineering and Risk Assessment
• Systèmes de Contrôles Avancés
• Polygénération, Hybridation et Conversion d’Energies
• Steam Engineering for Power Plants
• Projet de Fin d’Etudes
How
to Apply
Location
Available at Rose-Hill Campus
