Compare MSc Programs in Geology 2019 in Abu Dhabi in United Arab Emirates
Msc stands for Master of Science. It is a postgraduate educational master's degree given by universities in a wide number of nations. The degree is typically studied for in the sciences and occasionally in the social sciences.
An MSc in Geology is concerned with the composition, evolution and origins of the Earth. It teaches a diversity of subjects required to understand Earth’s change and processes. These subjects include geological science, biology, physics, chemistry and ecology.
The United Arab Emirates is a federation of seven emirates on the eastern side of the Arabian peninsula, at the entrance to the Persian Gulf. Much of the work force in the UAE are foreign expatriates - hence the country's population makeup being so diverse, with Emirati citizens being a minority in their own country.
The city of Abu Dhabi ranks as the second largest in the United Arab Emirates hosting a population of close to a million inhabitants. It has previously been ranked as the richest city in the world and consists of a unique skyline that matches no other. It has a variety of higher education establishments within.
Request Information MSc Degrees in Geology in Abu Dhabi in United Arab Emirates 2019
The educational mission of the PETROLEUM GEOSCIENCES Program at The Petroleum Institute is to provide a high-quality education in petroleum geology and geophysics and to
MSc in Geology (Petroleum Geosciences)
To provide a high-quality education in petroleum geology and geophysics and to produce graduates for successful and socially and ethically responsible careers in the petroleum industry that meet or exceed the needs and expectations of ADNOC and other industry sponsors.
Exciting Research in Petroleum Geosciences
Carbon and Strontium isotope Chemostratigraphy
Multi-component seismic data analysis
Passive Microseismic and Advanced Gravimetric Monitoring of Reservoirs
The structure and evolution of the UAE mountains and foreland basins
Rock properties, sedimentological and diagenetic characteristics of carbonate rocks
Seismic and EM properties correlation
Processing of seismic lab data
Stochastic and deterministic inversion of a 4D-seismic carbonate survey
Fracture diagenesis of carbonate reservoirs
The impact of hydrothermal dolomitization on reservoirs evolution
Linking diagenesis to sequence stratigraphy
Geostatistical prediction of seismic changes due to production (4D-seismic geostatistical model)
Evaluation of fluid substitution models in carbonate rocks
Chronostratigraphically constrained geological modelling