A Masters degree is an academic degree awarded to individuals who successfully denote a higher level of expertise. There are two main types of Masters - taught and research.
Individuals who are dedicated to the environment and enjoy science and technology may be interested in studying energy engineering. This area of study provides students with the skills and knowledge needed to manage energy facilities, extract natural resources properly and develop technologies that lead to sustainable energy sources.
Masters in Energy Engineering in Africa
The Professional Master’s Degree is open to graduates who earned minimum of 3rd Class Honours in the first degree or HND at upper credit level in relevant fields with a Postgraduate Diploma. [+]
M.Sc and PhD Dgrees with the following specializations:Applied Geophysics Geology
Professional Master’s Degree with the following specializations:Master of Exploration Geophysics (MEG) Master of Hydro Geology (MHG) Master of Mineral Exploration (MME) Master of Petroleum Exploration (MPE) Master of Mining Geology (MMG) Admission Requirements:
M.Sc Applied Geophysics is open to graduates of Physics, Mathematics, Engineering, Geology and Land Surveying who earned minimum of 2nd Class Honours (Lower Division) in the first degree in the relevant fields. Candidates with their first degree in Geology, Engineering and Surveying are expected to have studies Mathematics or Physics and preferably both, up to 200-level. Candidates with their first degrees in Physics, Mathematics, Engineering, or Surveying would be expected to have taken some undergraduate courses in Geology, if not, on admission, they would take some recommended courses in Geology.... [-]
Supported by cutting-edge research, training and renewable energy of the IUR is in phase with the energy concerns of the moment.This is excellent training and answer the growing demand [+]
Master in Renewable Energy and Energy Engineering
Supported by cutting-edge research, training and renewable energy of the IUR is in phase with the energy concerns of the moment. This is excellent training and answer the growing demand for the industry in terms of qualified skills. The program and renewable energy is a multidisciplinary training that deals with the mastery of energy, energy conversion devices using new and renewable energies and storage systems 's energy and its distribution (management network). The formation of cross-sectional combines various skills varied and covers areas such as: mechanical, electronic, electrical, thermal modeling & design, management of energy, accounting, etc.. Training Objectives The pole Renewable Energy and petroleum studies offers students a high level of training that combines the excellent programs of the Institut National Polytechnique de Lorraine (France) to that of pedagogical and research teams of the UIR-class. 'S goal of an engineering degree from State and renewable energy is to train highly qualified engineers to respond to the needs of industry and research. Multidisciplinary training in engineer and renewable energy and aims to provide students with scientific knowledge (theoretical and practical) and the tools and techniques to help implement industrial projects or applied scientific research. The students will also learn skills in leadership, communication and management to actively participate and conduct national and international projects. Opportunities The young graduates of this cycle the engineer may claim the one of the following trades: ... [-]
This programme is designed to prepare mechanical and energy graduates for the needs of modern society in the disciplines. [+]
This programme is designed to prepare mechanical and energy graduates for the needs of modern society in the disciplines. Engineers are central to providing sustainable, smart solutions to complex national and industrial challenges. They are involved in the delivery of new forms of power generation and the production of machines and systems for automotive, energy, heating and cooling systems. Students will be equipped with fundamental theoretical principles and skills to design, maintain and deliver complex engineering solutions including power plants, heating, ventilation and air conditioning (HVAC), heat exchangers, fluid machineries, conventional energy plants using coal, oil and gas and renewable energy plants such as biomass, biodiesel, solar and wind energy systems.... [-]
Graduate students explore areas, through research, such as Flow Dynamics and Controls, Computational Mechanics and Design, Energy and Thermal Sciences, Renewable Energy Technologies, Advanced Power Production and Advanced Engineering Materials. [+]
Graduate students explore areas, through research, such as Flow Dynamics and Controls, Computational Mechanics and Design, Energy and Thermal Sciences, Renewable Energy Technologies, Advanced Power Production and Advanced Engineering Materials.[-]