Listed below are some informal guidelines on preparation for each of the graduate programs at the Rosenstiel School. Please note that these are not requirements, and we welcome applicants from a diverse array of disciplines.
The courses which should be taken if the student’s program can include them are printed in italic type.
The guidelines listed below are only for the MS and PhD degree programs. Requirements for the MPS program can be found here.
Atmospheric Sciences | |
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Physics Mechanics Thermodynamics/Statistical Physics |
Mathematics Vector Calculus Probability and Statistics |
Chemistry General Chemistry |
Computer Science Scientific Computing |
Meteorology Dynamic Meteorology |
|
Environmental Science and Policy | |
There are no specific requirements for the Environmental Science and Policy graduate program. Please contact the Department of Environmental Science and Policy for information on academic requirements. | |
Marine Biology and Ecology | |
Students interested in Marine Biology and Ecology for graduate studies should have as background a bachelor's degree that emphasizes the biological sciences, not necessarily the marine sciences. Adequate undergraduate preparation are the types of courses generally used to satisfy the requirements for a bachelor's degree in Biology, thus most successful students have a bachelors' degree in Biology. Undergraduate coursework should include abundant biology electives as well as chemistry, organic chemistry, calculus, and college physics. Other types of degrees are often successful, but require that you make contact with the professor you hope to study with to learn if your degree is appropriate for specific graduate work in Marine Biology and Ecology. | |
General Requirements General Biology (one year) Chemistry Inorganic (one year) Organic (one semester) Physics (one year) Calculus (one year) Language (none) |
Biological Science (all courses recommended only) Genetics/Molecular Biology General Physiology/Cell Biology Ecology/Population Biology/Evolutionary Biology Organismic Biology Vertebrate or Invertebrate Zoology |
Marine Geosciences | |
Geology Physical Geology Mineralogy Petrology Paleontology Structural Geology Field Geology Stratigraphy Sedimentation |
Mathematics Calculus Differential Equations Linear Algebra |
Chemistry Inorganic Chemistry Physical Chemistry Qualitative Analysis |
Physics General Physics Thermodynamics Modern Physics |
Biology General Biology |
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Meteorology and Physical Oceanography | |
Physics Mechanics Thermodynamics Electromagnetism Fluid Dynamics |
Mathematics Advanced Calculus Partial Differential Equations Linear Algebra Complex Variables Probability and Statistics Numerical Methods |
Computer Science Introduction to Programming Scientific Computing |
Chemistry Principles of Chemistry |
Meteorology Dynamic Meteorology
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Engineering Heat Transfer Fluid Mechanics/Hydrodynamics Signal Processing |
Ocean Sciences | |
Preparation for Students in Air-Sea Interaction & Remote Sensing and Ocean Dynamics:
Mathematics: Vector Calculus, Differential Equations, Linear Algebra, Probability and Statistics, Complex Variables, Numerical Methods |
Preparation for Students in Biophysical Interactions:
Mathematics: Vector Calculus, Differential Equations, Linear Algebra, Probability and Statistics |
Preparation for Students in Marine Biogeochemistry, including Biological and Chemical Oceanography :
Biology or chemistry majors with some earth science/oceanography coursework and research experience, as well as earth science/oceanography majors with strong chemistry, biology, and math coursework. |