With a master’s in meteorology from Florida Tech, students develop extensive knowledge in many areas of Earth science, including weather forecasting, climatology, atmospheric dynamics, storms and hurricanes, atmospheric physics, and global climate change. Graduate students with a master’s in meteorology become experts in math and physics, gaining in-depth exposure to other science disciplines including oceanography, ocean engineering, environmental science, climate science, and Earth remote sensing.
Because Florida Tech is located at the boundary between tropical and subtropical weather patterns in Florida, and Florida is the lightning capital of the world, students gain unique fieldwork experience at Patrick Air Force Base and the Kennedy Space Center with some of the most respected weather experts in the world.
For students who want to become a broadcast meteorologist, world weather expert, storm tracker, or weather researcher, a master’s in meteorology from Florida Tech provides expert training for these careers.
Florida Tech’s close-knit educational community provides graduate students with small class sizes, where professors mentor students for success. A personalized learning environment such as this allows students seeking a master’s degree in meteorology the chance to work alongside professionals in the industry to develop real-world skills in vital weather-related research, making them more attractive candidates to employers. Graduate students participate in internships and can apply for one of the ten graduate teaching assistantships offered each year.
The faculty is a mix of environmental scientists, oceanographers, meteorologists, and ocean engineers who are active in research. Professors in the master’s in meteorology program include several atmospheric science experts who are members of the University Corporation for Atmospheric Research, the American Meteorological Society, the Florida Academy of Science, and the National Center for Atmospheric Research. The interdisciplinary program also includes mathematicians, physicists, and engineers who collectively bring a wealth of knowledge to the classroom. Small class sizes provide an environment where professors mentor students and work one-on-one in study and field research.
To be considered among top meteorology colleges, a university needs high-tech facilities. Florida Tech delivers. Students have access to the National Weather Service site in Melbourne, Fla., as well as the 45th Weather Squadron at Patrick Air Force Base. On campus, Florida Tech also provides state-of-the-art facilities and laboratories in the F.W. Olin Engineering Complex and F.W. Olin Life Sciences Building. Off-campus research facilities include:
The Florida Tech student chapter of the American Meteorological Society (FITSCAMS) actively participates in the Cape Canaveral AMS Chapter of Sigma Xi, and in the annual senior design showcase, which brings many potential employers to the university. Several students attend the annual AMS conference each year.
Graduates with a master’s degree in meteorology have interdisciplinary training through oceanography, ocean engineering, environmental science, atmospheric science, and earth remote sensing. Career path options include forecasting, weather data analysis, development of new weather data equipment, and working alongside other professionals in need of weather information. Students who graduate with their master’s in meteorology from Florida Tech have gone to work for employers such as NOAA National Weather Service, NASA, and Executive Jet.
Participating in meteorology internships is one way students prepare for a career. Hands-on fieldwork working alongside professionals in the industry provides unique work-related experience that students can transfer to their career. Meteorology internships and research opportunities have been provided by:
In addition to meteorology internships, the department hires approximately ten graduate teaching assistants each year, and many graduate research assistants. The department also supports graduate education through endowed fellowships.
Working toward a master’s degree in meteorology, students embark on a variety of advanced research experiences that include the Research Recap—where students conduct research with marine meteorologists and oceanographers doing mesoscale weather system research on improving coastal forecasts of hazardous atmospheric and oceanic conditions including surface waves and rip currents. Research allows students to investigate topics that most interest them, and could include such other studies such as wind and wave nowcasting, gamma rays, and hurricane and lightning research (involving access to largest X-ray array in the world for measuring lightning).
Meteorology internships and research at Florida Tech also includes working with the 45th Weather Squadron in tropical cyclone research. This involves students in high wind and wave forecasting and evaluation of the National Hurricane Center’s wind speed probability forecasts.
What could my career look like with a degree in Meteorology, M.S.?
Since weather is everywhere, and climate affects everyone on Earth, a meteorology career can be found all over the world in a variety of different jobs. Developing forecasts, collecting and compiling data, assisting in the development of new weather data equipment, or advising employers and clients on the risks or opportunities caused by weather and climate change are just some of the careers options for graduates. A meteorology career could also include:
Students who graduate with their master’s in meteorology from Florida Tech have gone to work for employers such as NOAA National Weather Service, NASA, and Executive Jet.
The Occupational Outlook Handbook published by the US Department of Labor’s Bureau of Labor Statistics (BLS), provides detailed information about hundreds of occupations, including entry-level education, overall working environment, and employment prospects.
The bureau states that opportunities for a meteorology career are projected to grow by 10% through 2022, as the need for meteorologists and atmospheric scientists in private industry increases. New computer models have improved forecast accuracy and given scientists the ability to provide specialized information to businesses. The global economic environment demands that business understand how weather is affecting operational concerns such as the flow of goods, shipping delays, international executive travel, and more.
Life, physical, and social science occupations will also expand meteorology careers by 10%, according to the BLS, as meteorologists work with other professionals in energy, transportation, agriculture, and environmental organizations on such activities as planning new wind farms for electricity, or researching how climate change affects water supply.
Florida Tech graduates can find different options for a meteorology career including: