In 2011, a study, co-authored by an engineering professor from Stanford and a transportation research scientist from UC-Davis, found that we could halt global warming, save millions of lives, reduce air and water pollution, and develop secure, reliable energy sources in 20-40 years. Nearly all of this could be done with existing technology and at costs comparable with what we spend on energy today.
With a recent move, from the outskirts of Boston back to Vermont (where I grew up), I am rediscovering my love for nature, the outdoors, and taking care of the environment. Shortly after our move, my husband and I began exploring our property to plot out a compost location and now have one that is propped on a stand for easy rotation (which to me, feels extremely fancy compared to the chicken-wire enclosure I grew up with). I also recently discovered the mass transportation system that Vermont offers, which is surprisingly convenient for such a rural area. Taking the bus twice a week combined with having one work-from-home day each week has allowed me to cut down my commuting emissions significantly. Among the other small day-to-day measures we take to ensure we are reducing our impact on the environment, my husband and I take advantage of BeesWrap instead of plastic wrap, reusable silicon sandwich bags instead of the throw-away plastic kind, and eco-modes on our hot water heater (this means quick showers!). Like many (possibly most) others, there is plenty more that we could and should be doing – but we’re working on it.
My wife and I have committed to no longer buying combustion engines of any type. This commitment is not easy. It’s not fun either. It is, however, getting easier as time goes on. A recent challenge we faced with this commitment occurred when we realized we needed a new lawn mower. Just try buying an electric lawn mower – not only are their price tags still very much above that of their gasoline-loving counterparts, but you may also pay a hefty price arguing with your spouse about it.
As someone very new to the engineering world, I’ve learned a lot in the last few months about the impact that engineers can have on climate change. I came to Cx Associates and the world of commissioning in a rather round-about way. My background is in molecular genetics, specifically lung cancer research, but when I moved to Burlington this past summer, I decided to pivot in my career path. I’d found myself desiring more and more to move into a field that was doing some good for the world. I know, I know, many would say “Hey! Cancer research is good for the world!,” and I certainly don’t deny that, but what good is finding new cancer treatments if there isn’t a planet that can viably support the patients those treatments would be for? As I’m sure many of you heard or read in the news some months ago, the Intergovernmental Panel on Climate Change (IPCC)’s 2018 Climate Report showed that “global warming is likely to reach 1.5°C between 2030 and 2052 if it continues to increase at the current rate” (something some climate scientists have argued is a conservative estimate). This will have devastating effects on people’s lives, and not only in poorer nations of the world – the Fourth National Climate Assessment released by the U.S. Global Change Research Program in November 2018 predicts U.S. economic losses due to climate change in 2090 as $280-$500 billion/year. These reports cemented my feelings in the weeks and months after I began at CxA, but I had already felt myself pulled towards the idea of working for a company or organization that was doing solid, on the ground work to combat climate change. I did not expect that pull to land me at a consulting engineering firm.