Discussing the Value of a Career in Renewable Energy with Jillian Seymour
Jillian Seymour, a 2GreenEnergy supporter and college student living in Lyon, France called me the other day, as I had agreed to an interview in which I would provide my advice on careers in renewable energy. In the course of the talk, she asked a number of really good questions, including perhaps the most critical: Do I find this to be personally rewarding? I assured her that she’d search hard to find a career in which she would be helping so many people, and yes, I personally find this immensely rewarding.
I went on to explain that I routinely help folks in three distinct categories:
• Clients who pay me to perform various services
• “Clients” of various walks of life from whom I’ll never make a penny, including people like her, whom I happily and freely assist with school work, job seeking, technology recommendations, perception of business trends, prognostications on coming political events, etc.
• The rest of the world, i.e., anyone who is directly or indirectly the beneficiary of a cleaner planet
Jillian is a math major, and she was worried that her choice here is too theoretical and abstract, vs. the practical, hands-on understanding that applies more directly to the energy industry. “Relax,” I told her. “Most of what you need to understand about renewable energy you got in high school chemistry and physics. Sure, if you think you’re going to make a breakthrough in a new, non-silicon PV substrate or a new way to synthesize high-grade fuel from point sources of CO2 and offpeak energy, a specialized education may be a big help. But almost all of what most of us do in this field is really about applying common sense, coupled with a grasp of basic science.
What a lovely encounter with a charming young person. If everyone her age were so bright, so enlightened and respectful, I’d have a much lesser sense of impending doom…
Craig, I would like to add that there are a number of areas where a math major is very valuable. The progress I see with renewables and a growing field for hybrid systems, with green energy parks will require thermodynamic calculations, heat transfers, systems optimization, systems integration with algae ponds, greenhouses, fish farming, and district heating and solar driven cooling all will require strong math skills. Marc
Excellent point, Marc. I should have noted that. It’s not like she’s studying basket-weaving or Irish folk tunes.