MiP’s Blog

Seismic engineers learn about geology, the movement of the earth’s tectonic plates, and ways of detecting and analyzing seismic shock waves. They are also involved with the acquisition and processing of seismic data that helps oil companies determine the best locations to drill for oil or gas.

The eighth-graders in our focus groups tell us that a successful mathematical education provides students with more choices when it comes to colleges and careers. They also associate success in mathematics with their future earning capabilities. As a result, MiP will offer a weekly description of a career where algebra is very much used and needed. Links will be included to give students more information and list job opportunities in the field being discussed.
This week, we introduce the Seismic Engineer.

Earthquakes, hurricanes and tsunamis are three very close-to-home natural disasters. Seismic engineers specialize in the skills necessary to minimize the damage caused by these calamities. They study civil or structural engineering, and they work with architects and governments all over the world to develop vulnerability assessments, earthquake readiness analysis and tsunami warning systems-which are still far from perfect. They know that poorly constructed buildings cause most of the loss of human life in an earthquake. They are on the scene right after a major earthquake or tidal wave to advise about after-shocks and the need for immediate safety precautions. And, in the case of Hurricane Katrina, they helped rebuild the levees in New Orleans. Seismic engineers also help communities rebuild better-and safer-buildings after earthquakes.

This is a very adventurous and high-paying career. A student who wants world travel and quick-response responsibility would thrive as a seismic engineer. And to advance along this career path, students need to take algebra, geometry and high school math classes very seriously.