Last week, Engineers Without Borders UK published my team’s research in the form of the GLOBAL RESPONSIBILITY OF ENGINEERING REPORT. The EWB-UK webpage about the report explains “Drawing on the experience of engineers working in the built environment sector, our latest report explores the extent to which global responsibility is embedded in engineering practice.”
The report is rich visually, and also in content:
The qualitative research reported in this publication was conducted by me, with support from my University College London colleagues, Dr. Inês Direito and Professor John Mitchell, and with advice from the EWB staff and its project Advisory Board.
Through a study of existing literature and interviews with engineers working in the built environment sector, in this report, we highlight the existing understanding and role of global responsibility as a concept within the sector. We explore the following: What is understood by global responsibility in engineering, and what are some of the preceding concepts that have led to this point? How well is the urgency for adopting a globally responsible approach in engineering grasped? To what extent do engineers feel it is their responsibility to take action and what is accelerating or dampening that?
Engineers Without Borders UK (2022)
EWB staff members helped transform my team’s research into the report format commonly used in the UK. They also provided the report’s case studies, photographs, and illustrations. EWB staff who were instrumental in shaping the delivery were: Dr. Jonathan Truslove, Katie Cresswell-Maynard, and Emma Crichton.
Advisory Board members providing conceptual direction included: Jon Prichard, Dr. Rob Lawlor, Thomas Gunter, Professor Nick Tyler, Dr. Rhys Morgan, and the Royal Academy of Engineering’s Education and Skills Committee.
The correct citation for this publication, based on APA guidelines includes the authors’ names:
I’d like to give special thanks to my colleagues at UCL (Inês, John and Nick) as well as the University of Leed’s Dr. Rob Lawlor for their encouragement and support throughout this project. I also send thanks to the EWB team for getting the publication across the finish line.
As a result of many people’s hard work, the report delivers our research findings to a new audience. You can find other outputs of the research project in two academic journal articles published by the UCL team, and you can download them directly, using the links below:
I collected interviews for this project with civil engineers recruited by Engineers Without Borders UK (EWB-UK). Dr Inês Direito helped with interviews and data analysis and Professor John Mitchell helped us with editing.
Bernadette Balentine is the host of Engineering Matters, and in podcast 59, she featured guests from Mott MacDonald, Canada’s Corporation of the Seven Wardens, Engineers Without Borders UK, the University of Leeds, the UK’s Institution of Engineering and Technology, and me, a Visiting Professor at UCL. You can find it at this link.
The podcast tells a fascinating story about a catastrophic bridge failure that happened in Canada, explaining how the overall engineering profession there responded by developing and adopting a strict code of ethics.
The overall podcast is 37 minutes, and I’m featured only briefly (around minute 28.5). In this post, I’ll provide a little more detail on the work I’ve been doing that led me to be included.
As you probably know, I was a Marie Curie Research Fellow at UCL for two years, and I still serve as a Visiting Professor there at UCL. I have a keen interest in the built environment and I’m also a registered architect in the States with LEED-AP credentials. My research specialty involves how people learn engineering and architecture.
During the Fellowship, Engineers without Borders UK came to me asking for help with research idea. As a result, my team and I conducted a small-scale qualitative study where we interviewed nine civil/structural engineers practicing in London about their perceptions of ethics and, specifically, of global responsibility—what it means and how they enact global responsibility in their day-to-day work. I reported this research while speaking with Bernadette for the podcast.
Bernadette asked what factors we had identified that prevent engineers from acting on ethical beliefs. Here’s some of what I said:
Even when early career engineers see opportunities to do something in a better, more ethical or responsible way, they often have trouble getting the idea accepted. Cost and time constraints limit their choices. Small and private projects nearly always prioritize cost and over environmental or social sustainability.
Early-career engineers can influence material selection and thus carbon footprint to some degree, but many other decision are out of their scope of work. Crucial decisions were made long before they got involved. They select materials, run calculations, and make more detailed decisions, but they are often involved in a small portion of any given building or infrastructure project. Even when they see an opportunity to do better on a private project, their client usually only accepts it is the idea if it also saves money or time.
That said, larger public projects provide more opportunity to protect the public good—and they hear about public discussions. But it’s other professionals, such as architects and planners, who often drive those discussions. On the other hand, the senior managing engineer we interviewed was quite able to affect things on a large scale; he had quite a lot of sway in decision-making and frequent opportunities to protect public Health and Safety. He took pride in doing so, and he also reached out to help mentor others to develop such skills.
Early-career engineers told us they lack reliable tools for calculating environmental and social impacts of various options. Quite surprisingly, most don’t recall having discussions in university about sustainability. While they say ethics was probably covered in their professional practice classes, none of this was covered in a way that was “sticky” enough for them to recall it. Most learned about this after university, through CPD courses, their own research, and company induction programs on Health & Safety and anti-corruption with an implied focus on anti-bribery.
Overall, the early career engineers in our study expressed:
A lack of tools for demonstrating benefits of environmental or social action
Some degree of shortfall in training/preparation
Feelings of disempowerment due to decisions being made further up the business or by clients who didn’t value sustainability
One of the most important findings of our study was that the engineers felt empowered to act on job-site Health and Safety more than other areas. Job-site Health and Safety was the one thing, they said, that consistently trumps cost. They were also clear on company rules for reporting gifts.
This led me to wonder: Might we use the levers that facilitated sweeping change across job-site H&S and anti-bribery to facilitate quick change in other areas related to ethics—specifically environmental and social aspects of sustainability and justice?
A helpful example was relayed by Malcolm Gladwell. In it, Korean Airlines went from having one of the world’s worst flight safety records to one of the best, and they did this by changing their own culture (with help of consultants) to allow individuals to raise concerns and challenge authority without personal retribution, without fear of reprimand.
I believe engineers need more of this type of empowerment and protection. The narrative Bernadette Ballantyne has woven on “Empowering Ethical Engineering” illustrates how Civil Engineering in Canada did precisely this.
It’s well worth a listen, regardless of whether or not you “engineer” things!
Meanwhile, stay tuned for more details of our study, as we prepare various findings for publication in research journals. Many thanks to my research collaborators Inês Direito, Rob Lawlor, and John Mitchell, and the Advisory Board appointed by EWB-UK to help guide our work. Financial support came from the European Commission via my Marie Curie Individual Fellowship and a grant to EWB-UK from the Royal Academy of Engineers UK.