Degree Programs in Meteorology and Oceanography

The undergraduate program in meteorology and oceanography at San Francisco State University (SFSU) is administered by the Department of Geosciences. The BS in Atmospheric and Oceanic Sciences is unique among atmospheric and oceanic science degrees across the country in that students in both concentrations take a common 25-unit core of coursework designed to investigate the interactions between the atmosphere and oceans. The degree has six emphases within the two concentrations with specific course groupings for students interested in either meteorology or oceanography.

 

The emphases include several developing areas of employment (applied meteorology, applied oceanography and physical oceanography) as well as the traditional areas of preparation for careers in the National Weather Service and for admission to graduate school. The Climate Change emphasis is common to both the meteorology and oceanography concentrations.  It provides sufficient training to allow students to study in depth certain natural hazards (e.g., El Niño-related changes in the atmosphere and ocean) and to evaluate environmental hazards and their repercussions on ecosystems.

 

The American Meteorological Society (AMS) has drafted a list of criteria to which major programs in atmospheric sciences must adhere in order to meet academic requirements.  The curriculum for the meteorology concentration was developed on the bases of these criteria.

 

Students should consult with an adviser before enrolling in the major and before planning a course of study.  The adviser helps the student select the emphasis which best meets the employment and career goals of the student.

 

Facilities

 

The campus of SFSU lies within the city of San Francisco, on the San Francisco Peninsula in a spectacular setting overlooking the Pacific Ocean. SFSU's Department of Geosciences, part of the College of Science and Engineering and an affiliate of the University Corporation for Atmospheric Research, is housed on the fifth and sixth floors of Thornton Hall.

 

The core facility serving the meteorology program, used in every course in the curriculum, is the Weather Graphics Acquisition and Simulation Laboratory (WGSL). This lab, which consists of six networked UNIX workstations and five microcomputers, receives a continuous stream of current weather data through the Internet, including weather and radar observations, satellite imagery, and numerical model forecasts. Students use the WGSL to analyze weather data and display it as single images or loops as part of course assignments, and in some courses use of the lab is organized to mimic operations at National Weather Service Forecast Offices. Faculty members also use the lab to model atmospheric behavior for teaching and research purposes.

 

The Romberg Tiburon Center (RTC) for Environmental Studies, an off-campus facility yet within easy driving distance of campus, is central to the Oceanography Curriculum. The RTC is the only academic research facility situated on San Francisco Bay, the largest estuary on the west coast of the United States. The Center's mission is to perform basic scientific research and educate and train the next generation of scientists. RTC scientists/faculty  pursue their research related to physical, geological and biological marine sciences in their RTC laboratories, at field sites around the world, and through collaborations with colleagues at other universities and institutions. Not only are undergraduate and graduate courses offered at RTC, but students have the opportunity to participate on research programs through the individual scientistÕs research laboratories.

 

1. BS in Atmospheric and Oceanic Sciences:
Meteorology Concentration

HEGIS Code: 19131
Majors Code: 673107

Foundation and Core Courses

Meteorology Concentration and Emphases

2. BS in Atmospheric and Oceanic Sciences:
Oceanography Concentration

HEGIS Code: 19191
Majors Code: 673108

Foundation and Core Courses

Oceanography Concentration and Emphases

BACHELOR OF SCIENCE IN ATMOSPHERIC AND OCEANIC SCIENCES

Foundation Science Courses

Chemistry
CHEM 115
General Chemistry I:  Essential Concepts of Chemistry
5
Computer Science
METR 206
Use of Computers in Meteorology and Oceanography
2
Mathematics
MATH 226
MATH 227
MATH 228
MATH 245
Calculus and Analytic Geometry I
Calculus and Analytic Geometry II
Calculus and Analytic Geometry III
Elementary Differential Equations and Linear Algebra
4
4
4
3
Physics
PHYS 220/222
PHYS 230/232
PHYS 240/242
General Physics with Calculus I/ Laboratory (3/1)
General Physics with Calculus II/ Laboratory (3/1)
General Physics with Calculus III/
Laboratory (3/1)
4
4
4
Total for foundation
34
Core Requirements
METR 200

METR 201

METR 401
METR 402

METR 404

METR 406

METR 420

Intro to Atmospheric and Oceanic Physics and
Thermodynamics
Intro to Dynamic and Synoptic Meteorology
and Oceanography
Introductory Atmospheric & Oceanic Physics
Atmospheric & Oceanic Dynamics I
Meteoro and Oceanographic Observing Techniques
and Systems
Computer Programming with Applications in Meteor and Ocean
Atmosphere-Ocean Interactions
4

4

4
4
2

3

4

Total for core
25
Semester
Schedule through Graduation Spring 2009 for Selected Important Core or Elective Courses
Year of Offering
Fall Metr 301/401/406 2003, 2005, 2007
Spring Metr 402/404*/510

*Metr 404 to be taught tentatively Spring 2005 and then on alternate Springs starting in 2006

2004, 2006*, 2008*
Fall Metr 200/206/403/502 2004, 2006, 2008
Spring Metr 201/420/503 2005, 2007, 2009

Bachelor of Science in Atmospheric and Oceanic Sciences:  Concentration in Meteorology

Foundation Science Courses (see above).......... 34
Core Requirements (see above) 25
Emphasis
Students choose 1 emphasis (listed below) 16
Total for major
75

Graduate School Emphasis
METR 301 Weather Chart Analysis and Discussion.......................................................
METR 403 Weather Analysis and Forecasting...............................................................
METR 502 Atmospheric Dynamics..............................................................................
METR 503 Weather Analysis and Forecasting...............................................................
METR 697 Senior Project............................................................................................
1
4
4
4
1

At least 2 units chosen from the following upon advisement:

MATH 324  Probability and Statistics with Computing

MATH 374 Advanced Calculus

METR 490 Physical Principles of Remote Sensing for Geoscientists

METR 510 Introductory Cloud Physics

METR 694 Cooperative Education in Meteorology (1-3)

METR 698 Public Weather Forecasting (1-3)

METR 699 Special Study (1-3)                              

2
Total for emphasis
16

Forecasting Emphasis
METR 301 Weather Chart Analysis and Discussion.......................................................
METR 403 Weather Analysis and Forecasting...............................................................
METR 502 Atmospheric Dynamics..............................................................................
METR 503 Weather Analysis and Forecasting...............................................................
METR 698 Public Weather Forecasting.........................................................................
1
4
4
4
1

At least 2 units chosen from the following upon advisement:

MATH 324  Probability and Statistics with Computing

MATH 374 Advanced Calculus

METR 490 Physical Principles of Remote Sensing for Geoscientists

METR 510 Introductory Cloud Physics

METR 694 Cooperative Education in Meteorology (1-3)

METR 697 Senior Project (1)

METR 698 Public Weather Forecasting (1-3)

METR 699 Special Study (1-3)                              

2
Total for emphasis
16

Applied Meteorology Emphasis
MATH 324 Probability and Statistics with Computing...................................................
METR 301 Weather Chart Analysis and Discussion.......................................................
METR 403 Weather Analysis and Forecasting...............................................................
METR 485 Consulting Meteorology..............................................................................
METR 490 Remote Sensing for Geoscientists...............................................................
METR 698 Public Weather Forecasting.........................................................................
2
1
4
3
3
1

At least 2 units chosen from the following upon advisement:

CHEM 215/216     General Chemistry II:  Quantitative Applications of

Chemistry Concepts/Laboratory (3/2)

GEOG 603 Introduction to Geographic Information Systems

MATH 374 Advanced Calculus

METR 490 Physical Principles of Remote Sensing for Geoscientists

METR 502 Atmospheric Dynamics II.(4)

METR 503 Weather Analysis and Forecasting II (4)

METR 510 Introductory Cloud Physics

METR 694 Cooperative Education in Meteorology (1-3)

METR 697 Senior Project (1)

METR 698 Public Weather Forecasting (1-3)

METR 699 Special Study (1-3)                              

2
Total for emphasis
16

Climate Change Emphasis
METR 301 Weather Chart Analysis and Discussion.......................................................
METR 310 Planetary Climate Change............................................................................
METR 403 Weather Analysis and Forecasting...............................................................
1
4
4

At least 7 units chosen from the following upon advisement:

CHEM 215/216     General Chemistry II:  Quantitative Applications of
Chemistry Concepts/Laboratory (3/2)

CHEM 280 Chemistry Behind Environmental Pollution

GEOG 600 Environmental Problems and Solutions

MATH 324  Probability and Statistics with Computing

METR 490 Physical Principles of Remote Sensing for Geoscientists

METR 694 Cooperative Education in Meteorology (1-3)

METR 697 Senior Project (1)

METR 699 Special Study (1-3)                              

7
Total for major
16

Bachelor of Science in Atmospheric and Oceanic Sciences:  Concentration in Oceanography

Foundation Science Courses (see above).......... 34
Core Requirements (see above) 25
Emphasis
Students choose 1 emphasis (listed below) 16
Total for major
75

Physical Oceanography Emphasis
BIOL 230 Introductory Biology.................................................................................................
CHEM 215/216     General Chemistry II:  Quantitative Applications of General Chemistry
Concepts/ Laboratory (3/2).........................................................................
5
5

At least 6 units chosen from the following upon advisement:

GEOL 452 Coastal Processes

GEOL 467 Marine Geology

MSCI 343    Chemical Oceanography (4)

BIOL 582    Biological Oceanography

MATH 324 Probability and Statistics with

Computing

MATH 374  Advanced Calculus

METR 490  Physical Principles of  Remote Sensing

for Geoscientists

METR 694 Cooperative Education in

Meteorology (1-3)

METR 699 Special Study (1-3)                            

                     

6
Total for emphasis
16

Applied Oceanography Emphasis
BIOL 230 Introductory Biology.................................................................................................
CHEM 215/216     General Chemistry II:  Quantitative Applications of General Chemistry
Concepts/ Laboratory (3/2).........................................................................
5
5

At least 6 units chosen from the following upon advisement:

BIOL 582    Biological Oceanography

DAI 332      Electric Energy

DAI 342      Metals Manufacturing

GEOG 603 Introduction to Geographic Information

Systems

GEOG 613 Remote Sensing of Wetlands and Coastal

Zones (4)

GEOL 452 Coastal Processes

GEOL 467 Marine Geology

MATH 324 Probability and Statistics with Computing

METR 485 Consulting Meteorology

METR 490  Physical Principles of  Remote Sensing

for Geoscientists

METR 694 Cooperative Education in

Meteorology (1-3)

METR 698 Public Weather Forecasting (1-3)

METR 699 Special Study (1-3)

MSCI 343    Chemical Oceanography (4)

PHYS 495   Introduction to Apparatus Fabrication (1)    

6
Total for emphasis
16
Climate Change Emphasis
BIOL 230 Introductory Biology.................................................................................................
CHEM 215/216     General Chemistry II:  Quantitative Applications of General Chemistry
Concepts/ Laboratory (3/2)...........................................................................
METR 310 Planetary Climate Change........................................................................................

1
4

4

At least 7 units chosen from the following upon advisement:

BIOL 582    Biological Oceanography
CHEM 280 Chemistry Behind Environmental
Pollution

GEOG 600 Environmental Problems and Solutions

MATH 324  Probability and Statistics with Computing

METR 490 Physical Principles of Remote Sensing for Geoscientists

METR 694 Cooperative Education in Meteorology (1-3)

METR 697 Senior Project (1)

METR 699 Special Study (1-3)

                              

7
Total for emphasis
16