Environmental Science (and Information Technology?)

In summary: In short: The grass is always greener on the other side.In summary, the speaker has an AS degree in Computer Science and is transferring to a 4-year university to pursue a BS in Environmental Science. They have a strong interest in computers and have experience with web and email servers, database administration, hardware, and networking. They have decided against getting a BS in Computer Science due to not wanting to sit in front of a computer all day and instead want to pursue a career with a higher meaning, potentially through double-majoring in Environmental Science and Information Science & Technology. They are seeking advice on career paths and considering using their computer skills in different fields. The advice given is to specialize in specific sub-fields and focus on the interesting engineering tasks
  • #1
srg
Gold Member
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I have an AS degree in Computer Science. I'm in the process of transferring to a 4-year university to pursue a BS in Envionrmental Science. I've always been heavily interested in computers, including running my own web & email server, database administration, hardware, and networking. I have run some website communities and know a bunch of programming/scripting languages.

I decided against getting a BS in Computer Science because I didn't want to sit in front of a PC in a cubical all day. The environment is a strong passion of mine, and I want to be able to travel the world and help impoverished countries. I crave a career with a "higher meaning" (for lack of a better phrase) as opposed to just making a company some money by running their database or writing some code.

I'm considering double-majoring now in Environmental Science and Information Science & Technology. A lot of my AS degree credits will transfer into the IS&T program. I was wondering if anyone had opinions on double-majoring and the career paths in both of these fields (separately or simultaneously). Since computers and technology is used everywhere, I'd imagine one can apply a IS&T degree virtually anywhere. Even if I don't get a job in a CS field, I can still put my CS skills to use.

Thanks for the advice!
 
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  • #2
That combination of fields struck a chord with me. My anecdotal 2 cents:

I worked in typical CS jobs in IT security for more than 10 years (though I am a physicist), then did another MSc in renewable energy while working on a side-project - developing a prototype of a heat pump system. Now I am actually doing both - I am still supporting some of my long-term IT clients while slowly growing the heat pump business. For me that's a great combination, and I stopped trying to explain why these combination is straight-forward although there are some connections (smart grid, control systems...)

My insights so far:

- I am running my own business since a long time. I don't think I would be able to work on such a weird combination of projects in any job as an employee.
- Both "IT" (or CS) and "Renewable Energy" (or Environmental Science) are rather broad fields. I specialized in narrow niches in both, and it is this narrow niches that clients are focusing at and googling for. So I advise to gain skills in experience in specific sub-fields. If I would hire somebody or search for a contractor, I'd be perhaps more interested in projects like your running some servers on the side or building whatever fancy device than in your grades. I'd have a look at Raspberry Pi projects in home automation or the like.
- As for "higher meaning": Yes, I was looking for that, too, ever since I started to study physics once, and switching to renewable energy in part was also triggered by the often not-that-higher meaning of typical corporate projects. However, I found out I am much more satisfied and happy at work if I focus on an interesting engineering task at hand first - and consider the positive impact on "the world" just a side-effect. Every project, including the politically correct ones and good causes have demotivating aspects (not so different from what might be frustrating in the corporate world) - so I focus on satisfaction gained from the task as such and the people you are directly working with. For example, corporate IT projects might be devoid of meaning and driven by office politics - but directly working with like-minded geeks on meeting that illogical goals could be fun though.
 

Related to Environmental Science (and Information Technology?)

1. What is environmental science?

Environmental science is the study of the natural environment and how human activity impacts it. It combines elements of biology, chemistry, physics, geology, and other disciplines to understand and address environmental issues.

2. How does environmental science relate to information technology?

Information technology plays a crucial role in environmental science by providing tools and methods for collecting, analyzing, and managing large amounts of data. This data can then be used to make informed decisions and develop solutions to environmental problems.

3. What are some major environmental issues being addressed by environmental science?

Some major environmental issues being addressed by environmental science include climate change, pollution, deforestation, loss of biodiversity, and resource depletion. These issues have significant impacts on both the natural world and human society.

4. What career opportunities are available in the field of environmental science (and information technology)?

There are a wide range of career opportunities in the field of environmental science, including environmental scientist, environmental consultant, conservationist, sustainability specialist, and environmental engineer. In the intersection of environmental science and information technology, careers such as data analyst, GIS specialist, and environmental database manager are also available.

5. How can individuals make a positive impact on the environment?

There are many ways individuals can make a positive impact on the environment, such as reducing their carbon footprint through energy conservation and using renewable energy sources, properly disposing of waste and recycling, supporting sustainable and eco-friendly products and practices, and advocating for environmental policies and initiatives. It is also important to stay informed and educate others about environmental issues and solutions.

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