A master’s degree is an academic degree that is pursued after finishing undergraduate studies. For those interested in the systems of the earth, a Master in Earth Sciences may be a good path to follow. Most degrees offered will require students to complete a research paper or master’s thesis.
What is a Master in Earth Sciences? Students will spend much of their time honing their research skills and learning about how the interactions of different earth components and the biosphere affect the climate. Emphasis is on biogeochemical cycles and general atmospheric science. Students will gain comprehension in fields such as atmospheric chemistry, physical phenomena, physical geography, meteorology, and ecology. They will also learn how to use advanced laboratory-based and computational methods, as well as get experience in field operations.
Earning a Master in Earth Sciences can be very beneficial for students. They focus on improving their analytical skills, which helps in many areas of life. A master’s degree gives them a competitive edge in the work force over those who have only completed undergraduate studies. A degree also allows graduates to work all over the world.
Because there are earth science programs all over the world, school costs can vary quite a bit depending on the program. Research different schools and contact them directly to find out what your financial obligations would be.
With a Master in Earth Sciences, there are many career opportunities for students. Graduates can work within the fields of consultancy, environmental management, water and climate issues, international aid, nature conservation planning, development of analytical methods and data, and research. Future employers may include county and municipal councils and NGOs. There are work opportunities both nationally and internationally.
To help students earn their degree in an efficient and fair manner, many schools offer classes online. These allow individuals to learn and work on their own schedule, which frees up more time to raise a family or work another job. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
Earth science deals with complex systems and processes that shape our planet. Pressing issues such as the safe supply of water, resources and energy, climate change, sea level rise as well as natural hazards are all intimately related to Earth sciences. The Master of Earth Sciences provides the opportunity to gain a wide range of knowledge and skills that are relevant for employment in industry, government agencies, education as well as further university studies. [+]
ANU is ranked number one in Australia for Earth sciences and number 12 globally.*
Our high standing is built upon an emphasis on application of the enabling sciences—mathematics, physics, and chemistry—to address the big challenges in Earth sciences. We are innovators: always seeking to develop new methods, whether experimental, analytical or computational.
Our cutting-edge research led by over 70 academic staff, along with state-of-the-art facilities, provide a conducive environment for high-quality research training for our postgraduate students. Whether it be chemistry, physics or biology, all of our academics are experts in their field, giving students diverse disciplinary perspectives on research projects.... [-]
The program is rich with opportunities, for both M.S. and Ph.D. students, with a focus on modern computational and advanced data-analysis methods to study geophysical problems associated with atmospheric processes and ocean circulation, oil exploration and reservoir modeling, earthquake processes and crustal deformation. Students in this program receive broad training in numerical methods, mathematical modeling, and geophysics. M.S. students have an option to participate in scientific research activities that include computational and mathematical modeling or field-study projects (M.S. with thesis). Ph.D. candidates in the program conduct original research. [+]
The program is rich with opportunities, for both M.S. and Ph.D. students, with a focus on modern computational and advanced data-analysis methods to study geophysical problems associated with atmospheric processes and ocean circulation, oil exploration and reservoir modeling, earthquake processes and crustal deformation. Students in this program receive broad training in numerical methods, mathematical modeling, and geophysics. M.S. students have an option to participate in scientific research activities that include computational and mathematical modeling or field-study projects (M.S. with thesis). Ph.D. candidates in the program conduct original research.
We invite you to explore our website to find out more about our graduate study programs and research groups.... [-]
IMACS is an integrated Master of Science designed by 4 institutions with a wide range of leadership in clay science. [+]
ENVIRONMENTS- ECONOMIC GEOLOGY-SOIL MANAGEMENT-GEOTECHNICAL ENGINEERING-GEOMATERIAL-NANOMATERIAL
IMACS is an integrated Master of Science designed by 4 institutions with a wide range of leadership in clay science :the University of Poitiers (UP) in France (co-ordinator), the University of Aveiro (UA) in Portugal, the Technical University of Crete (TUC) (Chania) in Greece, the Federal University of Rio Grande do Sul (UFRGS) (Porto Alegre) in Brazil. Why clay minerals?
Interest in clays results from their common availability, and their unique physical and chemical properties. No other minerals currently attract so great an interest.
In addition to their conventional ancient use as bricks, tiles, ceramics and for paper coating and waste management more recently, clays have found many novel applications. Clay minerals have provided a boost in technology because they are inexpensive nanomaterials, and as such, they have a huge potential for the synthesis of polymer nanocomposites with superior mechanical and thermal properties. The optimisation of adsorption, colloidal and rheological properties also opens prospects of using clay minerals for medical uses, pollution control, and environmental protection. Clay minerals play a role in economic geology (both as an important mineral resource and in energy resource exploration) and soil management. Clays also have many negative effects in geotechnical engineering, manifested in the form of landslides, mudflows, and the deterioration of clay-based construction materials.... [-]