The current programme aspires to offer an all-encompassing undergraduate foundation to students, with applications of energy systems and sustainability to fields of high demand in the present context. It seeks to equip graduates with the notion of sustainability and its importance and relevance in the context of climate change. Students will benefit from a pool of knowledge and resources on the inclusion of sustainability in real life decisions and contribute to the sustainable development of communities. This course has been tailored to provide the adequate knowledge and skills to meet the needs of emerging industries
Faculty of Sustainable Development and Engineering
Course Overview
The current programme aspires to offer an all-encompassing undergraduate foundation to students, with applications of energy systems and sustainability to fields of high demand in the present context. It seeks to equip graduates with the notion of sustainability and its importance and relevance in the context of climate change. Students will benefit from a pool of knowledge and resources on the inclusion of sustainability in real life decisions and contribute to the sustainable development of communities. This course has been tailored to provide the adequate knowledge and skills to meet the needs of emerging industries
Career Prospects
Industrial Machinery Mechanic, Solar Photovoltaic Supplier and Installer, Energy System Technologist, Renewable energy developers, Green building developer/Eco-builder, Environmental agencies, Sustainability Managers, Industry Technical Specialists, Energy & Environmental Consultants, Climate Sciences & Weather Monitoring, Energy & Sustainability Equipment manufacturers, Environment/Conservation Scientist
Entry
Requirements
Minimum Entry Requirements for Undergraduate Courses
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
- Applied Mechanics I
- Introduction to Electric Circuits
- Programming Fundamentals
- Fondamentaux d’algèbre et trigonométrie
- Physics Fundamentals
- Effective Presentation Skills
- Techniques Rédactionnelles
- Social and Environmental Responsibility 1
Semestre 2
- Applied Mechanics II
- Introduction to Electronics
- Advanced Programming
- Material Structure and Technical Properties
- Nombre complexe, Dérivée, Intégral
- Sustainability and Climate Change
- La communication dans un monde globalisé et interculturel
Semestre 3
- Wind and Hydroelectric Energy Systems
- Solar Energy Systems
- Electromechanical Energy Conversion
- l’analyse de Fourier et signal discret
- Power Electronics
- Personal and Professional Development Planning (PPDP)
- Presentation of Technical Reports
- Personal and Professional Development Planning (PPDP)
Semestre 4
- Automation
- Artificial Intelligence
- Thermodynamics and Heat Transfer
- Diploma Project
- Internship I
Semestre 5
- Ocean Energy Technologies
- Sustainability Applications
- Deep Learning for Energy Management
- Climate System Dynamics
- Power Transmission and Distribution
- Project Management
- Social and Environmental Responsibility 3
- Safety Engineering
Semestre 6
- Sustainable Sensing Systems
- Bioenergy and Climate Mitigation Technologies
- Data Governance & Ethics
- Project Dissertation
- Internship II
How
to Apply
Location
Available hybrid mode (Online+Campus)
