“We got to get out there and see the cultural side. “We were encouraged to think about how people experience a place,” she says, recalling a field course conducted over spring break on Hawaii’s Big Island.
“Understanding how storms work is essential in many of the situations we’re dealing with,” she notes.īut she also credits her geography courses, especially field work, with helping her prepare for the work she loves: using mapping technology to understand the potential impact of events like natural disasters on real people. During an ice storm, I mapped power outages.”īecause so many of the emergencies affecting the Southeast are weather-related, Katie’s Valpo meteorology major is invaluable. During a storm, for instance, I might use demographic information to show who’s affected. “I input data into map form to provide a better picture of what’s happening in our state.
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“It’s thanks to Bharath Ganesh Babu, my GIS professor, that I even knew my current field existed! He helped me understand the power of GIS to assist in interpreting and visualizing data used in decision-making.”Īs the sole GIS analyst for South Carolina’s emergency-management team, Katie mapped information that decision-makers need to determine how to respond to whatever emergencies arise. My advisor had a sense that GIS would be interesting to me and she was right. Even though it’s a small department, there are many choices. “Every single semester, they focused a lot of attention on me and what courses would be most useful to me. “It’s such a close-knit department, and they really care about their students’ success,” Katie says.
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“The connection between the geography and meteorology programs at Valpo is what allowed me to find this little professional niche that I love,” says Katie, who majored in meteorology at Valpo but fell in love with GIS after her faculty advisor suggested that she take Valpo’s introductory GIS course during her junior year. Her move to FEMA followed her busy year as a GIS Analyst, which she started immediately after finishing her work for a master’s degree in geography at the University of South Carolina. Katie’s background in meteorology, combined with her knowledge of Geographic Information Systems, made her an ideal candidate for these jobs. She puts her geography skills to work daily and her meteorology comes into play during storm season when she is pulled into the Hurricane Liaison Team. Now Katie works as a GIS Specialist with the Federal Emergency Management Agency (FEMA) in Atlanta, Georgia. In her first job as a GIS analyst for the South Carolina Emergency Management Division, she spent much of the time creating maps that helped the state make critical decisions in times of emergency. GIS Specialist and Hurricane Liaison Team, FEMA Division IV GIS Analyst, South Carolina Emergency Management Division May specialise in a particular area of meteorological science.Mapping a Career Mapping a Career Katie Ertell Studies climatic conditions by analysing meteorological observations made over extended periods of time, and investigates past and possible future fluctuations in climate.Įmploys balloons, rockets and artificial earth satellites and such techniques as spectroscopy, hygrometry, daylight and infra-red photography, radar and radio to obtain data on atmospheric conditions, and directs processing of the data. Studies data on atmospheric conditions obtained to prepare weather maps and forecasts for advice to aviation, shipping, agriculture and the general public. Below you’ll find a Qualification Summary for an active, open job listing from the Department of Commerce. Studies physical nature and properties of solid and liquid particles suspended in the atmosphere, investigating them as the process of cloud formation, precipitation and electrical disturbances. The United States government is a massive employer, and is always looking for qualified candidates to fill a wide variety of open employment positions in locations across the country. Investigates the nature of solar and terrestrial (infra-red) radiations and effects on the atmosphere. Studies composition, structure and dynamics of the atmosphere, investigating the direction and speed of air movements, air pressure and temperature, humidity and other phenomena.
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