Astronomy

• Introduction
• Program Information Sheet (PDF)
• Department
•  Requirements
  • BA
  • BS
• Sample Schedules
  • BA
  • BS

Introduction

Are you intrigued by the wonders of the universe? The ever expanding and captivating study of astronomy awaits you. Astronomy majors study the nature of stars, gaseous nebulae, and phenomena like quasars and black holes and take a variety of generalized and specialized courses to meet their own interests.

Our unique program blends course work with cutting edge research opportunities involving ground and space based telescopes and state of the art computers. Students work one on one with faculty doing exciting research at the forefront of physics and astronomy, leading to co-authorship on research presentations at professional meetings.

The Physics and Astronomy Department provides an analytical and scientific background for students planning for graduate school, a career in industry, business, or science education. An Astronomy major helps prepare students for graduate school or careers in computer science, medicine, teaching, engineering, patent law, medicine, science writing, or science reporting.

Program Coordinator:

Biology

• Introduction
• Program Information Sheet (PDF)
• Department
• Learning Goals
• Requirements
  • BA
  • BS
    • Concentration in Biotechnology
    • Concentration in Environmental and Conservation Biology
    • Concentration in Microbiology
• Sample Schedules
  • BA
  • BS

Are you excited by the many new and continuing developments in science, medicine and the biological sciences? Do you want to know more about the animals, plants and microbes we share our lives with? The Department of Molecular and Microbiology Biology can help. Our program prepares students for graduate and professional schools, including medical, dental and veterinary schools, as well as for careers in industry, education and conservation.

We have a diverse, dedicated faculty, skilled in both teaching and research. Core course offerings include cell biology, microbiology, animal and plant biology, ecology and genetics. Electives range from molecular genetics to field courses in tropical biology. There is literally something for everyone. If discovering the secrets of life on earth excites you and are willing to work hard, join us as a major in the Department of Molecular and Microbiology Biology. Welcome!

Contact Information

Cynthia Beck
Department of Molecular and Microbiology
David King Hall Room 3001
MSN 3E1
cbeck@gmu.edu
(703) 993-1050

Chemistry

• Introduction
• Program Information Sheet (PDF)
• Department
• Learning Goals
  • BA
  • BS
• Requirements
  • BA
  • BS
  • Biochemistry Concentration
  • Chemistry Education Concentration
• Sample Schedules
  • Chemistry BS
    • Concentration in Biochemistry
  • Chemistry BA
    • Concentration in Biochemistry

Are you are considering a career in chemistry? Are you thinking about advanced studies in related areas such as environmental science, biochemistry, pharmacy, forensic chemistry, chemical engineering, or medicine? If so a degree in chemistry is what you need.

Chemistry majors experience small classes, opportunities for research, close interaction with faculty, and enhanced access to nearby government laboratories.

Chemistry graduates find employment at agencies like the National Institutes of Health, the Naval Research Lab, the U.S. Geological Survey, and the Smithsonian. Our graduates also work in private industry or as high school teachers. Those who go directly on to graduate school attend some of the top postgraduate programs in the U.S., where they obtain Ph.D.'s in Chemistry, Material Science, Medicinal Chemistry and Pharmacy as well as professional degrees in medicine and dentistry. If any of these possibilities interest you, consider majoring in chemistry.

Contact Information

John Schriefels
Undergraduate Coordinator
Department of Chemistry and Biochemistry
Science and Tech Building I 331
chemugrd@gmu.edu
 703-993-1082

Computational and Data Sciences

• Introduction
  
• Program of Study
• Department
• Curriculum
• Concentrations

Introduction

The interdisciplinary B.S. program in Computational and Data Sciences represents a new direction for integrated science at George Mason University based on the combination of applied mathematics, real world computer science skills, data acquisition and analysis, and scientific modeling. Graduates of the B.S. program in Computational and Data Sciences will possess the mathematical, scientific, and computational skills necessary to participate effectively as members of the interdisciplinary scientific simulation and analysis groups that are becoming more and more common in both the public and private sectors, particularly in northern Virginia. Graduates will also be qualified to pursue graduate education in the sciences. Any student who meets the University’s general eligibility requirements may apply to the B.S. program in Computational and Data Sciences.

Program of Study

In addition to satisfying the university-wide general education requirements for the B.S. degree, students must complete a total of 18 credits in computational and data sciences core courses, 15 credits in computer science, 23 credits in mathematics, 6 credits in statistics, 21-25 credits in a science concentration, and 3-9 credits in computational and data sciences electives with a minimum GPA of 2.00. Students are encouraged to undertake an optional research project that allows them to gain useful experience in the development of simulations and other aspects of computational science.

Curriculum Requirementss

Through the course work listed below, Computational and Data Sciences majors satisfy the university-wide requirements in natural science and quantitative reasoning.

• Six required core computational and data sciences courses (18 credits): CDS 101, 301, 302, 401, 410, and 411
• Six required computer science courses (15 credits): CS 105, 112, 211, 261, 367, and 483
• Seven required mathematics courses (23 credits): MATH 113, 114, 125, 203, 213, 214, and 446
• Two required statistics courses (6 credits): STAT 344 and 354
• Science concentration (21-25 credits)
• Computational and data sciences electives (3-9 credits)
  

In meeting the above requirements, students choose a concentration in physics, chemistry, or biology. The courses required for each concentration are listed below. Students should plan a program of study in consultation with their advisor as appropriate for their selected concentration.

Concentration in Physics

This concentration is designed for students who wish to pursue a career or graduate education that applies computational techniques to the simulation of physical problems. To complete this concentration, students should take the following courses: PHYS 160, 161, 260, 261, 262, 263 and three of PHYS 303, 305, 306, 307, 308, 328.

Concentration in Chemistry

This concentration is intended for students who wish to pursue a career or graduate education that applies computers to the simulation of chemical processes and systems. To complete this concentration, students should take the following courses: PHYS 243, 244, 245, 246, and CHEM 211, 212 plus either CHEM 313/315 or CHEM 331/336.

Concentration in Biology

This concentration is appropriate for students who wish to pursue a career or graduate education that applies computational techniques to the simulation of biological processes and systems. To complete this concentration, students should take the following courses: CHEM 211, 212, 313, 315, and BIOL 213, 305, 306, and 311.

Program Coordinator

Visit Departmental Site

Earth Science

• Introduction
• Program Information Sheet (PDF)
• Department
• Learning Goals
• Requirements
• Sample Schedule

Earth science is the study of the earth and the environment. Students receive a broad background in earth and environmental sciences and specialize in one of four specialty concentrations: earth surface processes, environmental science, geology, or earth science education. The Earth Science program prepares graduates for advanced academic study in earth science, environmental science, geology, oceanography, hydrology, and atmospheric science. It prepares graduates for careers with government agencies such as the U.S. Geological Survey, USDA Forest Service, National Oceanographic and Atmospheric Administration, Environmental Protection Agency, Minerals Management Agency, the Bureau of Land Management, and the National Park Service. Graduates can also find career opportunities with local environmental and engineering consulting companies and non-profit organizations like the Nature Conservancy.

Contact Information

Randy McBride
Undergraduate Coordinator for Geology and Earth Science Program
Department of Environmental Science and Policy
3055 David King Hall
MSN 5F2
703-993-1642
rmcbride@gmu.edu

Geography

Introduction

• Introduction
• Program Information Sheet (PDF)
• Department
• Learning Goals
• Requirements
• Sample Schedules
  • BA
  •  BS

Where is geography? Geography can be found in careers as various as engineering, environmental science, transportation, business, marketing, and public health. A degree in geography provides excellent opportunities for students who want to enrich their knowledge and advance their technical skills in several areas in geography. Students receive hands-on experiences for real world practice. Studies included courses in Human Geography, physical Geography, Regional Geography, technique courses in Cartography, Geographic Information Systems (GIS), Remote Sensing, and Spatial Statistics.

Contact Information

Geology

• Introduction
• Program Information Sheet (PDF)
• Department
• Learning Goals
• Requirements
• Sample Schedule

Introduction

Geology is the scientific study of the solid earth, earth processes, and how earth has changed through time. Geologists do research to develop new principles to help our understanding of the earth. These principles can often be applied to land use planning, the discovery of mineral, energy or water resources and to environmental studies. Positions are available to geologists in most large energy companies, mineral exploration companies, engineering and environmental firms, state and national geological surveys, colleges and universities. The degree program in geology provides students with a general background in science, and a comprehensive background in the principal disciplines of geology. Fieldwork is emphasized.

Program Coorginator

Global and Environmental Change

• Introduction
• Program of Study
• ESGS Department
• ESP Department
• Curriculum
• Concentrations
• Contact Information

Introduction

The B.S. Degree in Global and Environmental Change, one of the first of its kind in the nation, distinguishes itself from other degrees in the natural sciences in that it examines, from local, regional and global scales the dynamics of Earth’s systems and their interactions: the geosphere, the atmosphere, the ecosphere and the sociosphere. In addition, it emphasizes the dynamic and changing Earth systems and the use of Earth observing/remote sensing and related geoinformation technologies in detecting changes. This degree builds on the traditions in Global Change and Environmental Science research and education at Mason, dating to the late 1970’s. It is jointly run by the Departments of Earth Systems & GeoInformation Science (ESGS) and Environmental Science & Policy (ESP).

Program of Study

In addition to satisfying the university-wide general education requirements for the B.S. degree, 24 credits of which overlap with the major, students must complete a total of 22 credits in Global and Environmental Change core courses, 13 credits in Geosphere and Atmosphere, 12 credits in Ecosphere and Sociosphere, 6 credits in Applications & Techniques of Detecting Global Change, 18-22 credits in Supporting Sciences and Mathematics and 27-31 credits in Electives selected in consultation with an advisor, with a minimum GPA of 2.00. GMU Students must complete a minimum of 120 credits for a B.S. degree.

Curriculum Requirementss

Through the course work listed below, Global and Environmental Change majors satisfy university-wide General Education requirements in natural science, quantitative reasoning, information technology, global understanding, social science, and synthesis

• Six required core courses in Global and Environmental Change (22 credits): EOS 121-122 or EVPP 110-111; plus EOS 353; EOS 305 or GEOL 305; GEOG 300 or BIOL 312; and EOS 304.
• Four required courses in the Geosphere and Atmosphere (13 credits): GEOL 101(4) or PHYS 243-244 (4); plus 3 courses from: EOS 310, 312, 320; GEOG 309, 399; GEOL 317, 306, 309, 303; EVPP 490.
• Four required courses in the Ecosphere and Sociosphere (12 credits): GLOA 101 or GEOG 101 or CEIE 100; and GEOG 103 or ANTH 135; and BIOL 371 or EVPP 377; and 1 from: BIOL 318, BIOL 345, EOS 322, EOS 306, EVPP 336, EVPP 337, EVPP 350, EVPP 449 or GEOG 303.
• Two required courses in the Applications & Techniques of Detecting Global Change (6 credits): choose two from EOS 303, 354, 410, 455, 495, GEOG 412, 416, 463, GEOL 303.
• Two required Supporting Sciences Sequence courses beyond General Education requirements (8 credits): CHEM 211, 212 (8); or PHYS 243-244 (3-1), 245-246 (3-1) ; or ASTR 111-112 (4), 112-114 (4); or GEOL 101-102 (8); or BIOL 103-104 (8)
• Four required Supporting Mathematics and IT courses (14 credits): MATH 113 & 114 (8), STAT 250/ IT 250 (3), IT 103 (3).
• General Electives (27-31 credits)

In meeting the above requirements, students may choose a focus in environmental or global change. Students should plan a program of study in consultation with their advisor as appropriate for their selected track.

Contact Information

Mathematics

• Introduction
• Program Information Sheet (PDF)
• Department
•  Requirements
  • BA
  • BS

Mathematics is one of the few disciplines that teaches us about the power of thought as distinct from the power of authority. It is not necessarily dependent on our physical observations of the world, and yet it constantly provides models for our observations. Such models—usually studied in applied mathematics—may have relevance in traditional sciences such as physics, biology, or chemistry. Topics studied by mathematicians, such as chaos theory or dynamical systems, often serve as models for economics, neuroscience, or predictors of fluctuations in the stock market.

Students majoring in mathematics take courses in the logical foundations of mathematics, the calculus sequence, matrix algebra, and discrete mathematics. Majors choose from a concentration of applied, traditional, or actuarial mathematics. Both the B.A. and the B.S. in mathematics will allow entry to advanced studies or career opportunities as diverse as the fields to which mathematics is applied. The metro region of Washington, DC is a particularly fertile area for related job opportunities, including consulting, teaching, and government.

Contact Information

Medical Technology

• Introduction
  
• Program Information Sheet (PDF)
• Department
• Learning Goals
• Requirements
• Sample Schedule

Are you fascinated by science? Do you have a desire to help others? If you have ever wondered what happens to the blood sample you give at the doctor’s office or how doctors diagnose disease, you might consider a rewarding career as a medical technologist (MT).

The Biology Department at George Mason University offers a B.S. in Medical Technology that will prepare you for entrance into a NAACLS accredited School of Medical Technology for required clinical training. As a medical technologist, you will have the flexibility to work in a variety of jobs: in hospital laboratories, physician or veterinary office laboratories, reference or research laboratories, fertility clinics, pharmaceutical companies, and many other places. You may also continue your education in graduate or professional school.

A recent (2/21/01) Washington Post article reported that the “demand for (Medical Laboratory) personnel exceeds (the) supply.” Because there were not enough certified medical technologists, 10.2% of medical technologist positions went unfilled in the last year. If you want a challenging and interesting career and a degree that will guarantee a job after graduation, choose a degree in medical technology.

How Can You Become a Medical Technologist?

• You need to have a solid background in biology, chemistry, math and computer science.
• You must earn a baccalaureate degree
• You need to complete a NAACLS accredited medical technology program that will prepare you to take one of the national certification examinations (ASCP or NCA).

Program Coordinator:

Physics

• Introduction
• Program Information Sheet (PDF)
• Department
• Requirements
• Sample Schedule

If you are interested in why the physical universe is the way it is, and if you have good math skills, you might consider majoring in physics. Physics majors study the nature of matter and energy, from subatomic particles to the far reaches of the universe. They learn how an understanding of physics forms the basis for explaining many phenomena in other natural sciences, all of which ultimately are based on physics. Physics also underlies many developments in technology including lasers, transistors, magnetic resonance imaging, and even the world wide web.

Physics students take a variety of generalized and specialized courses to meet their own interests. Many have the opportunity to work one-on-one with faculty doing exciting research at the forefront of physics and astronomy. Careers for students with physics degrees can be in physics itself (if they pursue a graduate degree), or in a range of other areas including astronomy, computers, engineering, patent law, medicine, science writing or reporting, and teaching.

For a partial list of employers that have recently hired students graduating with bachelor’s degrees in physics from U.S. universities, please see: http://www.aip.org/statistics/trends/states/state.htm

Program Coordinator:

Biology BS/MS

This program offers a concentration in either Microbiology or Molecular Biology.

Requirements

Three letters of recommendation including one from a thesis/project director.

Chemistry BS/MS

The five-year B.S./Accelerated M.S. degree program leads to a research-based M.S. degree following satisfactory completion of 144 credits. It allows academically strong undergraduates with a commitment to research to obtain a B.S. and a M.S. degree within five academic years plus the summer of the last year.

Mathematics BS/MS

This five-year degree program allows academically strong students to obtain a BS and MS by successfully completing 144 credits within five academic years and one summer. Well-prepared students are admitted to this program on completion of 90 credits, take selected graduate courses during their senior year, and are able to use up to 6 graduate credits to partially satisfy requirements for the undergraduate degree. On completion of that degree and with satisfactory graduate-level performance (3.00) in graduate courses, students are given advanced standing in the master’s program and complete an additional 24 credits to receive the master’s degree. All other master’s degree requirements must be met.

Physics BS/MS

The five-year Bachelor’s/Accelerated Master’s Degree program allows academically strong undergraduates with a commitment to research to obtain a B.S and a M.S. degree within five academic years (plus summers their last two years). The program leads to a research-based M.S. degree following satisfactory completion of 144 credits.

Upon completion of this program, a student will be exceptionally prepared for entry into either a professional school or a Ph.D. program in physics or a related discipline. Qualified students can enter this program after completion of 90 credits and can enroll in graduate courses when they have successfully completed the prerequisites. Offering this flexibility makes it possible for students to complete a percentage of their graduate classes during their junior and senior years. Consult the department for details on the program.

Astronomy Minor

• Introduction
• Department
• Requirements

The astronomy minor is suggested for those students who want to increase their knowledge of basic physics and astronomy as it applies to other branches of science or engineering. The minor gives students a qualitative overview of the universe, as well as a more in-depth view of some of the aspects of astrophysics.

A minor in astronomy can be of great value to students majoring in many subjects. It can broaden and deepen students' understanding of their majors and of the surrounding universe. It can also increase their options for graduate study and employment, and it will enhance their academic record. Although students majoring in fields that are not science or technology related will find the astronomy minor more challenging than those that are, it may be of even greater value for such students because of the expanded career opportunities it can offer.

Contact Information

Bioinformatics Minor

• Introduction
• Department
• Requirements

The proposed minor includes a solid foundation in all aspects of bioinformatics, including familiarity with research issues, tools and techniques. The proposed minor is intended for:

• Students seeking to work in biological science centered careers that require an understanding of how bioinformatics and computational biology inform and support experimental research.
• Students with undergraduate majors in either biological science or computational science who are planning to enter the field of bioinformatics as technicians or go on to graduate school and would like to demonstrate capability in the skill sets needed.

Contact Information

Glenda Wilson
Bioinformatics and Computational Biiology
gwilson1@gmu.edu
(703) 993-8449

Biology Minor

• Introduction
• Department
• Requirements

With the biological sciences playing an ever-increasing role in everyday life, a minor in biology allows a student to appreciate, understand, and evaluate these important, exciting developments. Our program is broad-based, providing students with a firm foundation in major life forms and functions. It also has the flexibility to allow students to pursue their own areas of interest. Course offerings range from cell biology to field biology; molecular genetics to vertebrate zoology. All courses stress the critical thinking skills invaluable in today's information environment. A minor in biology is a natural complement to careers in science education, psychology, or chemistry. Students in many other fields, including marketing, government and international politics, or law, will find that biology is not only rewarding, but also useful in their professional careers.

Contact Information

Cynthia Beck
3005 David King Hall
MSN 3E1
cbeck@gmu.edu
(703) 993-1063

Chemistry Minor

• Introduction
• Department
• Requirements

The Department of Chemistry offers a minor in chemistry to students who wish to enhance their degrees with a strong concentration in this area. A chemistry minor is open to any student, and majors in biology, physics, and geology in particular find that chemistry courses are a valuable complement to courses in their major. A minor is an excellent credential in the eyes of future employers and enhances the records of students interested in medical or other professional schools.

Contact Information

Professor Keith Davies
Undergraduate Coordinator
Chemistry Department
335 Science & Technology I
MSN 3E2
kdavies@gmu.edu
(703) 993-1075

Earth Systems Science Minor

• Introduction
• Department
• Requirements

If we could view the earth from a spacecraft, we would see a small, rocky planet bathed in a film of white clouds, much of its surface covered by a layer of blue water. The earth is unique: it is large enough to retain an atmosphere, and it is the only planet in the solar system where water exists as solid, liquid, or gas. The earth's outer crust is active and we experience this as earthquakes and volcanic eruptions. The atmosphere, hydrosphere, and lithosphere (rocks and minerals) constantly interact with each other and the biosphere. The combination of these unique characteristics allows life as we know it to exist only on the earth.

A minor in earth science reflects this present-day awareness of how the whole planet acts as a constantly changing dynamic system. Key courses in this minor are meteorology (climate and atmosphere), oceanography (oceans and currents), and physical geology (continents, ocean floor and the earth's interior). Students in this minor will come to appreciate the earth from a global perspective as they learn about its finite resources and innumerable complexities.

Contact Information

Randy McBride
Undergraduate Coordinator for Geology and Earth Science Program
Department of Environmental Science and Policy
3055 David King Hall
MSN 5F2
703-993-1642
rmcbride@gmu.edu

Geographic Information Science Minor

• Introduction
• Department
• Requirements

Geography is the study of the physical world, its inhabitants, the interaction between the two, and the patterns and systems involved. Geographic Information System (GIS) is a technology that is used to view and analyze data from a geographic perspective.

The minor in GIS is designed to help students pursue careers in the rapidly expanding opportunities in the geospatial and mapping sciences, including fields such as engineering, planning, environmental science, transportation, business, marketing, and public health.

Contact Information

Jean Pilon
Undergraduate Coordinator
Robinson Hall B 475A
mail:  jpilon
Tel: (703) 993-4509

Geography Minor

• Introduction
• Department
• Requirements

Geography is the study of the physical world, its inhabitants, the interaction between the two, and the patterns and systems involved. It is the study of relationships between humans and their environment by emphasizing a spatial and environmental perspective at a variety of scales.

A minor in geography is a natural complement to an array of careers, including engineering, government and international politics, environmental science, transportation, business, marketing, and public health. Any Mason undergraduate student is eligible to earn a minor in geography, and many of the required courses also complete general education requirements.

Contact Information

Jean Pilon
Undergraduate Coordinator
Robinson Hall B 475A
jpilon@gmu.edu
Tel: (703) 993-4509

Geology Minor

Students must successfully complete 20 credits with a minimum GPA of 2.000

1. Three (3) required courses:

GEOL 101	Introductory Geology I
GEOL 102	Introductory Geology II
GEOL 302	Mineralogy

  

2. Two (2) of the following courses:

GEOL 304*	Sedimentary Geology
GEOL 308*	Igneous and Metamorphic Petrology
GEOL 312	Invertebrate Paleontology
GEOL 317	Geomorphology
GEOL 401	Structural Geology

*Students must achieve a grade of 2.000 or better in GEOL 302 before taking GEOL 304 and 308

Contact Information

Randy McBride
Undergraduate Coordinator for Geology and Earth Science Program
Department of Environmental Science and Policy
3055 David King Hall
MSN 5F2
703-993-1642
mail: rmcbride

Math Minor

To receive a minor in mathematics, students must complete 21 credits that include a total of 8 hours of math that are not applied toward the major. These courses must have a minimum GPA of 2.00, distributed as follows:

• five required courses (15 credits): MATH 125, 203, 213 or 215, 214 or 216, and 290
• 3 credits from any math course that requires MATH 290 as a prerequisite
• One elective course in math at the 300 or 400 level, or STAT 344.

Students must earn a 2.00 or better in MATH 290 and the courses chosen to fulfill the second requirement.

Math Minor for SoM Students

• Introduction
• Department
• Requirements

Employers, especially in today's technology-centered world, tend to be very impressed by applicants with a proven aptitude for mathematics. Bill Gates and Larry Ellison, for example, were both math students. The ability to understand and think about problems on a more abstract level, solve them elegantly, and then provide clear solutions is regarded highly. The required courses for a minor in mathematics are more abstract and rigorous in nature than the familiar calculus and algebra courses, but they are much more representative of mathematics as a whole and can provide students with a deep appreciation of the power and elegance of mathematical reasoning.

Contact Information

Kathleen Alligood
Department of Mathematical Sciences
Science and Technology 1 Room 237
MSN 3F2
alligood@gmu.edu
(703) 993-1469

Ocean and Estuarine Science Minor

• Introduction
• Department
• Requirements

Nearly 70% percent of the world's surface is ocean and 99% of the known biosphere is marine. The oceans have a critical impact on the world climate and geology. Estuaries are extremely important both biologically and economically, and George Mason University is situated near one of the largest estuaries in the country: the Chesapeake Bay. Many national organizations dealing with Ocean and Estuarine Science are also located in the region, such as the National Oceanic and Atmospheric Administration (NOAA), the National Marine Fisheries Service (NMFS), and the Marine Mammal Commission (MMC), as well as environmental groups such as Oceana and The Ocean Conservancy.

The Ocean and Estuarine Science minor gives students a specialization in this important and exciting field of science and, in particular, complements majors in Earth Science, Geology, or Biology.

Contact Information

Chris Parsons
Undergraduate Coordinator for Ocean and Estuarine Program
Department of Environmental Science and Policy
3047 David King Hall
MSN 5F2
703-993-1033
eparson1@gmu.edu

Physics Minor

• Introduction
• Department
• Requirements

A minor in physics can be of great value to students majoring in many subjects. It can broaden and deepen students' understanding of their major and of the surrounding universe. The physics minor can also increase their options for graduate study and employment, and it can enhance their academic record. This minor will be particularly appealing to students in chemistry, mathematics, and engineering because of course overlaps. Although students majoring in nonscientific or non-technical fields will find the minor more challenging, the physics minor could be of even greater value for such students because of the expanded career opportunities it can offer.

Contact Information

Professor Robert Ehrlich
Physics and Astronomy
307 Science and Technology Bldg. I
MSN 3F3
rehrlich@gmu.edu
(703) 993-1268

Environmental Chemistry

The Department of Chemistry and Biochemistry offers an undergraduate certificate program in environmental chemistry. The program consists of 35 credits of course work dealing directly with environmental studies.

To receive the certificate, students must hold a baccalaureate degree in any major or be earning one from Mason at the time they receive the certificate. Substitutions from the following list of required courses are allowed, but require permission from the environmental chemistry certificate director: BIOL 377; CHEM 313, 314, 315, 318, 321, 331 or 333, 505, 554; EVPP 301, 454; STAT 344. To optimize employment and graduate school opportunities, students are encouraged to take additional courses in natural science, computer science, and environmental law.

More here

Environmental Management

The Undergraduate Certificate in Environmental Management is open to all enrolled undergraduate students at George Mason University and should be of interest to students wishing to pursue graduate work or seeking employment in the environmental field. Experience with similar programs across the nation indicates that it could make the student’s undergraduate degree more marketable.

The program consists of a minimum of 27 hours of coursework, many of which can be counted, with appropriate planning, towards the fulfillment of B.S. or B.A. requirements in Biology, Geography and Earth Systems Science, Urban Systems Engineering, and other natural and social sciences. The curriculum is designed to provide a substantial appreciation of the biological, physical, and social aspects of environmental problems and methods for their analysis and resolution. The certificate is a separate diploma, and is recorded on the student’s official academic transcript.

More information …

Bioinformatics and Computational Biology PhD

The main objective of the Ph.D. program in Bioinformatics and Computational Biology is to train the next generation of computational biologists for careers in academia, industry, and government. The program provides students with an interdisciplinary academic environment, including fundamental biosciences courses as well as core and advanced courses in bioinformatics. In general, course requirements may be completed within the first two years of the program. The program is structured to be accessible by both full-time and part-time students.

More information …

Biosciences PhD

The George Mason University Biosciences Doctoral Program is a research-oriented field of study that prepares students for significant contributions in an academic or industrial setting. Areas of emphasis include microarray analysis of gene expression; the sequencing and analysis of genes; gene family evolution; mechanisms of toxicology and mutagenesis; and biotechnological applications.

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Climate Dynamics PhD

The mission of the Ph.D. Degree Program in Climate Dynamics is to train the next generation of world leaders in the science of climate dynamics. Graduates of the program will have learned to carry out independent and innovative scientific research in climate dynamics. This may include emphasis on atmospheric dynamics, land surface processes or oceanography, but a familiarity with the interactions between the elements of the Earth system is essential. The graduate will have a demonstrated ability in theory, numerical modeling, or advanced data analysis. The core curriculum is designed to cover the essential knowledge base, which all students are expected to master.

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Computational Sciences and Informatics PhD

Founded in 1992, the innovative Computational Sciences and Informatics (CSI) doctoral program at George Mason University addresses the role of computation in science, mathematics, and engineering. Computational Sciences is defined as the development and application of computational methodologies and techniques to the modeling, simulation, and understanding of phenomena in the natural sciences and engineering. Informatics is defined as the design and implementation of complex software systems for the extraction of knowledge from large databases. The research and teaching activities associated with the CSI program reflect the recognized role of computation as part of a triad with theory and experimentation, leading to a better understanding of nature.

More information …

Earth Systems and GeoInformation Sciences PhD

The Ph.D. in Earth Systems and GeoInformation (ESGS) has four concentrations:
Earth Systems Sciences, Geography, Remote Sensing and Geographic Information Science

Students pursuing this degree are required to develop expertise in both the Earth science and information technology areas related to Earth observing.

More information …

Environmental Science & Public Policy PhD

This program provides training to contribute to the solution of complex environmental problems, which require the development of knowledge and skills in the collection, analysis, and interpretation of scientific data as well as in the integration of scientific understanding into the public policy process.

This interdisciplinary program draws on faculty and expertise from the Environmental Science and Policy core faculty as well as from the departments of Molecular and Microbiology, Public and International Affairs, Chemistry, Economics, Geography, and Sociology and Anthropology; and the schools of Computational Sciences, Public Policy, Information Technology and Engineering, and College of Education and Human Development.

More information …

Mathematics PhD

The Department of Mathematical Sciences offers courses in pure and applied mathematics leading to the degree of Doctor of Philosophy in Mathematics. The PhD program will train mathematicians for further research, high-level teaching, and industrial employment. Students will have a solid grounding in mathematics, be exposed to contemporary problems and applications, use computational tools where appropriate, and be prepared to collaborate with others.

More information …

Neuroscience PhD

The interdisciplinary Neuroscience Ph.D. program at George Mason University is a joint program between The College of Sciences (CoS), the College of Humanities and Social Sciences and the Krasnow Institute for Advanced Study at George Mason.

The main objective of the Ph.D. program in Neuroscience is to train students to be research scientists in academia, industry, and government. The program provides students with an interdisciplinary academic environment for comprehensively developing their intellectual ability to successfully pursue a career in the neurosciences.

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Physical Sciences PhD

Initiated in the Fall 2004 semester, the innovative Physical Sciences (PSCI) offered by the College of Sciences provides students with many opportunities to perform research with a primarily experimental or theoretical focus in the fields of astronomy, biophysical (biochemistry and biophysics), chemistry, and physics. The new degree SIMULTANEOUSLY ALLOWS STUDY EITHER IN THESE INDIVIDUAL AREAS AS WELL AS PURSUIT OF A MORE INTERDISCIPLINARY PROGRAM. IN THE LATTER CASE, THE PREMISE IS that much of the most exciting research in the physical sciences is now interdisciplinary - in the broadest sense of that word - and that students can therefore best be trained to become successful research scientists in an interdisciplinary program. This premise is rapidly becoming accepted in the academic marketplace, as evidenced by the increasing number of opportunities to participate in interdisciplinary scientific research teams at corporations, laboratories, and universities around the nation.

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Physics PhD

The mission of the Physics PhD program offered by the Department of Physics and Astronomy is to train the next generation of research physicists in academia, industry, and government. Graduates of the program will have learned to carry out independent and innovative scientific research in physics and astronomy. Our faculty members are dynamic, well-known in their fields, highly productive in research, and student-oriented. Students within our program will have the opportunities to research in many cutting-edge fields in applied physics, astrophysics, atomic physics, atmospheric and ionospheric physics, biological physics (including neuroscience and biomedical physics), condensed matter physics, elementary particle physics, materials science, nonlinear dynamics, nuclear physics, planetary science, and space weather & plasma astrophysics.

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Applied and Engineering Physics MS

The M.S. in Applied and Engineering Physics contains both elements of traditional physics programs and the application of physics to a diversity of critical societal problems. The program is divided into two emphases. The applied physics emphasis is intended for those who wish to apply the techniques and subject areas of physics to multifaceted problems encountered in the workplace, particularly in physics, engineering, computational science and other related areas. The engineering physics emphasis, jointly administered with the Department of Electrical and Computer Engineering, allows students to select a larger number of courses from electrical engineering.

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Biodefense MS

The MS in biodefense provides students with a foundation in the science and technology of biodefense and the opportunity to specialize in the areas of intelligence and threat assessment, nonproliferation, and medical and public health preparedness. Students are able to select a concentration in one of two fields: International Security or Homeland Security.

This program is run jointly with the College of Humanities and Social Sciences

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Bioinformatics and Computational Biology MS

The M.S. degree in Bioinformatics and Computational Biology addresses the growing national and regional demand for trained computational biologists. The degree combines a solid foundation in biotechnology with computational skills required for bioinformatics. The flexibility of the degree structure permits students to custom-design their curriculum under an advisor’s guidance, making this especially relevant for students employed in today’s diverse biotechnology workplace. Students completing the program are qualified to pursue careers that require knowledge of current bioinformatics methods and the ability to develop new bioinformatics software.

Biology MS

The Master’s of Science in Biology degree is administered by the Department of Molecular and Microbiology. This core life science discipline offers a diversity of concentrations and is taught both by faculty in MMB and by faculty from the Department of Environmental Science and Policy (ESP).

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Chemistry MS

The Chemistry Department offers an M.S. Degree in Chemistry. The program provides advanced training for recent college graduates, professionals in teaching, and technical workers in research organizations who have an interest in chemistry.

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Computational Science MS

The interdisciplinary M.S. program in Computational Science offered by CDS is an innovative new degree that addresses the growing national and regional demand for trained computational scientists. It combines a solid foundation in information technology skills with computational courses in a variety of scientific areas. All courses are offered in the late afternoon or early evening to accommodate students with full-time employment outside the university.

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Earth Systems Science MS

The innovative, interdisciplinary MS in Earth Systems Science addresses the growing national and regional demand for trained professionals in Earth systems science and applications. The MS in Earth Systems Science (ESS) emphasizes a research-oriented global systems approach to the study of the atmosphere, hydrosphere and lithosphere, including their interrelationships and their interactions with the biosphere. Emphasis is on the observation and quantitative analysis of Earth systems science with a global perspective, and which involves the biological and human dimensions. This is particularly important as societal, governmental, such as NASA’s Earth Science Enterprise, and international, such as IGBP, Earth science program priorities evolve to include biological and human dimensions.

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Environmental Science and Policy MS

The MS in Environmental Science and Policy is designed to meet the increasing need to train environmental professionals and who will address the problems of land and water management, land use and urbanization, wetland loss, and ecosystem preservation. These professionals will also contribute to the analysis and resolution of global problems such as deforestation, insufficient world food supplies, acid deposition, population growth and public health, global warming, and depletion of the ozone layer. Areas of specific departmental focus include ecosystem, conservation, and sustainability science, policy, and management.

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Geographic and Cartographic Sciences MS

The master’s of science in geographic and cartographic sciences at Mason focuses on techniques of compilation, display, and analysis of spatial data. The program’s objective is to produce geographers with a solid understanding of the techniques of spatial data and the ability to apply those techniques to a variety of issues. The MS program offers two options: 36 credit hours and a comprehensive examination, or 24 credit hours and a thesis. Courses from other departments and other universities may be applied to the program with prior approval. Students may select internships as part of their program. Program graduates have proceeded to positions in government and industry and doctoral-level work.

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Mathematics MS

The Department of Mathematical Sciences offers courses in pure and applied mathematics leading to the degree of Master of Science in Mathematics. The Master of Science in Mathematics addresses the needs of professionals in the Washington, DC metropolitan area who are interested in pursuing an advanced degree. Most of our students are part-time and hold full or part-time jobs, though some are full-time students. All classes are offered in the evening (4:30pm or later). The program offers both a standard mathematics program and an emphasis in computational and applied mathematics.

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Certificate in Actuarial Sciences

The department of Mathematics offers a Graduate Certificate in Actuarial Sciences. This 18-credit program can be completed in three semesters and prepares the student for Society of Actuaries Courses 2-4 and Causality Actuary Society Exams 2-4.

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Certificate in Bioinformatics

The Department of Bioinformatics and Computational Biology offers a graduate Certificate in Bioinformatics to meet the growing needs for trained bioinformatics specialists. Ideal candidates for this certificate have a background in biological and computer sciences, and are either currently working in or planning to enter into the fields of biotechnology or bioinformatics. The certificate is especially designed for professionals who are interested in advancing their career goals, but who may not have adequate time available to undertake a graduate degree program.

The 15-credit certificate is based upon the set of core courses currently supporting the Bioinformatics M.S. and Ph.D. degree programs, along with a set of elective courses. Students completing the Certificate in Bioinformatics will receive the most up-to-date advanced bioinformatics education available in the region. Completion of the certificate will enhance the careers of those students who are already working in this area, and can also serve as a useful intermediate step towards later enrollment in the Bioinformatics M.S. or Ph.D. degree program.

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Certificate in Computational Techniques and Applications

In addition to the Ph.D. and Masters degrees, CDS also offers a separate Certificate in Computational Techniques and Applications which affords students an opportunity to improve their basic computational skills. The Certificate is independent of the doctoral program and is designed primarily for technical professionals, but it also provides prospective and currently enrolled Ph.D. students with a useful intermediate step before undertaking the dissertation.

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Certificate in Environmental Management

The graduate certificate allows students to expand their knowledge of the environment and environmental management beyond their undergraduate training. It offers a professional credential to students who might not have the time or background to enroll in a graduate degree program requiring a thesis or dissertation. Students desiring admission to the MS or PhD programs in environmental science and policy (ESP) who do not currently meet admission requirements can demonstrate their ability to do degree work through successful completion of the certificate with excellent academic achievement.

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Certificate in Forensics

The College of Science offers a graduate Certificate in Forensics to meet the growing needs for trained specialists in the area of forensics. Ideal candidates for this certificate have completed a Bachelor’s degree from an accredited institution with a minimum GPA of 3.0 and have a strong interest in forensics. The certificate is ideal for professionals either currently working in or planning to enter into the fields of law enforcement and forensics. The certificate is especially designed for professionals who are interested in advancing their career goals, but who may not have adequate time available to undertake a graduate degree program, as all classes meet once a week and are offered at 4:30 or 7:20 PM. A background in Chemistry or Biology is useful, but not required, since the program contains both science and non-science tracks. The 18-credit certificate begins with a set of two core courses designed specifically for this program. Students will then take three courses unique to their track, either forensic science or general forensics, before finishing with a final capstone course that integrates knowledge and skills learned in both tracks. Students completing the Certificate in Forensics will receive the most up-to-date advanced forensic science education available in the region from renowned George Mason faculty and local forensics experts. Completion of the certificate will enhance the careers of those students who are already working in this area, and can also serve as a useful intermediate step towards later enrollment in a Forensic Science M.S. or Ph.D. degree program.

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Certificate in Geoinformation Science

The GIScience Graduate Certificate is designed to help students pursue careers in the rapidly expanding opportunities in the geographic and mapping sciences. The certificate requires 15 credit hours (five courses). Three courses are required, and two are electives. Courses taken for the GIScience Certificate may be applied to the departmental master’s degree.

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Certificate in Geospatial Intelligence

The Geospatial Intelligence (GI) certificate requires a total of 18 credit hours, or 6 courses. These comprise 5 mandatory core courses and one elective. The mandatory core courses reflect the three key science concentration areas (CA) of this program, namely geospatial image analysis, spatial analysis, and information technology.

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Certificate in Nanotechnology and Nanoscience

Nanotechnology and Nanoscience are of great importance in a wide range of industries and are fundamental for the success of the region and the nation in the 21st century. Hence it is imperative that these fields be incorporated into the education of the next generation of applied scientists and engineers. To this extent, the Mason Nanotechnology Forum has developed a Graduate Certificate in Nanotechnology and Nanoscience to address the need for qualified professionals in these critical areas. The Mason NANO graduate certificate is composed of five courses (15 credit hours) focusing on two key areas of knowledge: (1) nanomaterials and nanostructures and their relation to bulk materials, and (2) methods for characterization and production of nanomaterials. This certificate program will be attractive to students and professionals who wish to benefit from the employment boom in the nanoscience fields. Graduates will be well prepared to fill the demand for personnel with nanoscience training who can serve as process controllers in area fabrication facilities, and/or participate as members of interdisciplinary science teams.

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Certificate in Remote Sensing and Earth Image Processing

The primary mission of the proposed graduate certificate in Remote Sensing and Earth Image Processing is to equip students to meet the needs of society by working in the rapidly developing remote sensing industry. With this certificate, we intend to provide advanced and up-to-date training for students currently working in this field who would like to enhance their skills in this area and acquire the latest knowledge in remote sensing technology. Some of the potential students may be those who would like to enter this field of work, and may have some prior training, but do not yet have an in-depth educational background, training and skills. In other words, this certificate will help to “re-train” the workforce to meet the new challenges in the area of Remote Sensing/Earth Observing, and to prepare the population for the job market in this area.

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