There’s no question that engineers have been responsible for some of the major developments in human history: a quick glance at the National Academy of Engineering’s list of the twentieth century’s “20 Greatest Engineering Achievements” leaves very little room for debate on this question. From the electronic device you’re using to access this website to the refrigerator that cooled the beverage you might be sipping while you read, engineers, broadly speaking have been behind the technologies and innovations that define contemporary life.
We might take this contention about engineers as self-evident, but that doesn’t mean the discussion about engineering achievements should end with satisfied praise or blind faith in scientific and technological progress. At a time when our world is teetering on the brink of ecological catastrophe due to climate change and our global economic system is marked by inequality, poverty, and exploitation, it is more important than ever to consider how engineering has to do more than just invent new things to improve the short-term quality of life of those who can afford them. Instead, it is time to begin to articulate how engineering and social impact should go hand-in-hand, so closely linked that it is impossible to think of one without automatically bringing to bear the other.
When we make things on a daily basis, we generally think we’re responsible for what we put into them. When we bake a cake for a party, we are responsible for making sure the ingredients are fresh so that they won’t make anyone sick. Some of us choose to take this attentiveness even further, feeling like we’re responsible for making sure the ingredients are from sustainable producers and businesses that pledge to avoid exploitative labor practices (we wouldn’t want to buy flour from a company that uses children to harvest the wheat, for example). We might choose to use vegan products to reduce our carbon footprint or our reliance on animal husbandry. At the very least, we’ll think critically about what ingredients and cooking techniques we’re using to bake.
Shouldn’t engineers be held to the same standard? It’s admittedly a more difficult question. The engineers behind the latest smartphone technologies could not have known about the abusive labor practices that led to the infamous Foxconn Suicides at the factories where iPhones are produced. Perhaps they couldn’t have conceived of the ways rare metal mining for these devices would wreak havoc on the environment. They certainly don’t own the iPhone patents, so maybe the whole issue is out of their hands. Likewise, perhaps it’s not even right to attribute all the social and economic benefits that communications technologies provide to the world to the engineers themselves.
Questions like these lie at the heart of figuring out how engineering can be “engineered” into a true social impact activity: promoting social justice and the global good while simultaneously fostering innovation and creativity. One possible solution might be through organization: associations like the National Academy of Engineering mentioned above could be formed by scientists and others who demand that their corporate, academic, or other institutional sponsors take greater responsibility over their employment practices, their factories’ working conditions, and the community and environmental impact of their economic activity and labor needs. This idea is sort of like unionization (in fact, it should go hand-in-hand with this kind of organizing), but with a social impact ethos. Another possible solution might be through patent reform, giving the engineers themselves more control over how new inventions are bought, sold, and shared throughout the world. Empowering workers (in this case, engineers) with control over what they produce is a central tenet of economic justice, and it might be a catalyst for greater social movements in every sector where technological development is paramount.
Engineering isn’t quite like baking a cake, but the principles are the same. Just as we try to live better, more just lives on an individual level, so too should we cultivate such values on a social and scientific one. That’s the heart and ethos of social impact, and engineering, as one of our world’s key endeavors, has a major role to play in bringing such ideals into our reality.