When I started graduate school last fall, I attended a week-long orientation program for new teaching assistants. As part of the program, the hundreds of new graduate students were split into groups of 15-20 students and one group leader, a current graduate student, for an hour each day. These meetings were designed to encourage discussion on different topics from unruly students to good places to eat around Kent. During one of these meetings, each of us were required to present a 5 minute “micro-presentation” to our group. I had the perfect idea for my presentation.
Whenever I am asked “What do you do?”, my response of “I am a geologist” is almost always followed by the response “Oh! That’s…interesting.” Yes, the pause is there, along with a puzzled look on their face as if to ask “What on earth can you do with that?” The reaction people have upon finding that I am a geologist inspired my micro-presentation topic for that week: Geology in Everyday Life. I felt that most people do not realize just how much geology plays a vital role in the things they do on a daily basis. By giving a quick background in just a few broad areas of practical geology, I hoped to gain some awareness and, perhaps selfishly, a little more respect than is typically given to geologists.
Keeping in mind this was a 5 minute presentation (and therefore very brief) and to a small group of students who knew little to nothing about geology, I’d like to share my topic with you:
“I have worked as a geologist for the past five years. Does anyone here know anything about geology or what geologists do?” Only one student raised his hand. It just so happened that he was beginning his PhD. in geology.
“In that case, it seems obvious that most of you don’t realize how much geologists contribute to your everyday life. During my presentation, I will describe a few broad areas of geology and some of the benefits you enjoy on a daily basis.”
“Geology is, at a very basic level, the study of the earth. A little more specifically, a geologist studies the materials with which it is made, the processes that act on these materials, and the history of the planet. But how does this benefit you?”
I then wrote three words on the white board: Environment, Engineering, Energy. ”These are three areas in which geologists are involved. I will describe a little part of what a geologist does for each of these industries.”
“The typical environmental geologist is involved with pollution control. They may test soil, air, and/or water for pollution and conduct clean-up of contaminants. This is what my job required me to do. I was involved mostly with remediation projects of gas stations where I’d determine if petroleum had leaked into the soil and/or groundwater, how much was released, where and how fast it spread, and many other factors before deciding on the best remedial method. This affects you because it cleans the environment you live in and, more directly, pollution like this may enter your drinking water and food sources if left unchecked. Environmental geologists look at all types of contamination, even on a global scale: i.e. – global warming.”
- Smoke stacks
“Engineering geology is the area that I will be studying more in-depth during my time here at Kent State. An engineering geologist works with other professionals, such as civil engineers, to oversee the planning and construction of bridges, roads, tunnels, dams, and even landfills. Engineering geologists are experts in rock strength, slope stability, and soil mechanics.”
- Hoover Dam
“Finally, economic geologists are of great value to us all. They search and help mine and exploit earth’s resources such as oil, natural gas, coal, precious metals and gemstones.”
- The Hope Diamond
“These are just a small percent of the things geologists do which really do affect us all. The glass of clean water you drank this morning, the gasoline you used to drive here, the roads you traveled and the bridges you crossed, Jenine’s new diamond ring.” Jenine was recently engaged. ”Somewhere along the line, a geologist helped make these possible for you to enjoy.”
Once again, this was a brief introduction to geology meant to give very basic information on how this area of study is part of your life, whether you think so or not. The students claimed it was very informative and provided a lot of insight into something they knew nothing about. While I know most of you know a bit more than they did, I hope to some of you, this was just as informative.
For even more examples of how geology plays an important role in your life, browse around the many other posts on this site. After all, this is the theme of “Adventures in Geology“!
Always been fascinated in engineering geology , climate studies, volcanology, seismology, geophysics but did not take it up as the were not job openings or graduate courses in my country [Malta]. My question is it too late to get qualified?, distance learning + on campus/field trips make this possible now. I am 48 and work in IT as a Network Administrator, not realy related but am sure IT will come in handy should I go for it. Was so inspired by your article that I had to ask you for advice. Cheers
Hi Darrell – I think you have two different questions here, if I understand you correctly. First, you’re asking if it is too late for you to pursue additional coursework (and possibly a career) in geoscience. In my humble opinion, it’s never too late to learn more about something that interests you. As an example: during one of my undergraduate geology courses, I sat next to a man in his 70′s. If someone of his age can do it, anyone can. I can’t say it would be easy to begin a whole new career, but it’s not impossible, either.
Your second question seemed to be whether your background in IT would be useful. I must admit that I’m not overly familiar with what your job as a Network Administrator requires, but do know you must have proficient computer skills. With this in mind, your background might put you ahead of many others in your class. These days, computer modeling is used in nearly every branch of science, and geology is no exception. Groundwater flow, LiDAR data, satellite imagery, rock deformations and slope stability are just a few of the areas geologists use (and have created) computer modeling software in their work.
Good luck with whatever you decide!
Hi Nate, thanks for the reply, just what I needed to hear, next issue is where best to find distance learning courses. Should you have any suggestions I would be most greatful.
Thanks again.
Unfortunately I can’t help much here since I haven’t used (or looked into) distance learning offerings myself. What I would suggest you do is contact a few schools with programs that interest you. Explain your situation (briefly) and ask if they offer distance learning courses for that program. If they do, great! Ask any other questions that will help you to make a decision. If they don’t offer online courses, ask if they would be able to suggest where else you could look; they may know of other schools that do offer distance learning.
I know this is not much help, but I hope it’s a start. Again, good luck! And thank you for reading AiGeology! I very much appreciate you vising the site and hope you will continue to read and share the site with your friends!
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As someone interested in possibly majoring in geology, this was helpful. Thanks for posting this.
Hi, Elisa! Thanks for your comment and I’m glad you found some use out of the post, albeit a very small window into the world of geology. I hope your interest continues!
I’m a little torn about it at the moment because, when do a basic search about geology jobs online, there can be huge forums of negative geologists crying about how horrible the geology jobs are. That’s intimidating, haha. Other than that, I know I have a lot more to learn if I even want to consider this route. Especially I’m not the best at math.
Don’t get discouraged! I’ve run across plenty of complainers, and it’s almost guaranteed that they didn’t have any field of study in mind when they graduated. Geology is a very broad topic, and what one person may love, another…not so much.
One of the biggest things I see happen is a geology student graduates and then gets a job in an environmental consulting company where they mostly deal w/ hydrology, contaminant fate and transport, and wetlands, and not too much of the rocks, minerals, and outcrops they’d envisioned. That’s not a bad thing…environmental consulting is one of the biggest employers of geologists. It’s just not what they expected. That lack of knowing what’s available falls, in part, on the department not preparing them for what types of jobs exist outside of academia.
What I suggest you do is get in touch with some professional geologists in different fields and see what it is they do on a daily basis. As I said, environmental is a huge field. There’s also natural resources (oil, gas, ores, etc.), engineering geology (my area of interest), climate studies, volcanology, seismology, geophysics, environmental law, the list goes on. Your state geological survey may be a good place to start…or just visit your school’s geology department!
Once you narrow it down a bit, network, network, network. Not only will this give you greater insight as to what you can expect, but you’ll be in a great position to land that job you want once you graduate. Don’t feel like you have to know exactly what you want from the start…I didn’t until my senior year when I took my first course in engineering geology. Just a little focus and foresight can go a long way.
Good luck!
My favorite response from the general public is: “Geology… that has to do with maps, right?”
or…
“What’s so interesting about rocks?”
Good post!
Haha! Those are always good one’s too. Thanks for stopping by!
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Thank you both for your support! I try to publish new posts at least once a week. I am making some effort to be less sporadic, but am not expecting posts to be truly regular until late next month. Until then, keep coming back!
Thank you again!
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