Engineering Change Lab – USA (ECL-USA) Summit 11, The Imperative of Climate Change and the Future of Engineering, featured a deep dive into how engineering and the engineering community might be transformed by the way it responds to the emerging risks of climate change. In the final exercise of the summit, participants reflected on the potential emergence of a “noble purpose” for the engineering community centered on the climate change imperative. The intent of a “noble purpose” is to unite, energize, and motivate people within and across organizations, and to fulfill their desires for meaning and purpose in their work lives.
A final version of the ECL-USA Climate Change Noble Purpose for Engineering Statement is now complete. This statement was prepared with input from a working group of 25 that included representatives from 16 engineering organizations and participants in the ECL-USA Climate Change Summit.
The entire statement is included here, and you can also download a copy of the statement at the link below.
Ultimately, our goal is that this statement will impact the way the engineering community does its work, with a greater emphasis on addressing climate change, both through reducing emissions and adaptation to our changing climate.
If you are interested in indicating your support for this statement, if you are part of an organization that might be interested in supporting or endorsing the statement, or, if your organization would be interested in a presentation regarding the statement, please reach out to Mike McMeekin (email@example.com).
The Role of the Engineering Community in Addressing Climate Change
Climate change is real – the impacts are serious, and they are accelerating. There is an urgent imperative for the Engineering Community (1) to take informed and intentional actions now to both reduce greenhouse gas emissions and adapt to the impacts of a changing climate. It is our duty and purpose to contribute our skills and knowledge of human-centered technologies and of the natural world to lead humanity out of the climate crisis with a focus on sustainable, resilient, equitable, and innovative approaches.
Unless there are immediate, large-scale reductions in greenhouse gas emissions, limiting warming to 1.5°C will be beyond reach. The scientific evidence in the most recent report from the Intergovernmental Panel on Climate Change (IPCC) (2) demonstrates the risks of climate change including the following.
- Global temperatures have steadily risen since the beginning of the Industrial Revolution in the late 1800s at rates that are unprecedented in at least the last 2,000 years.
- Over this same period, atmospheric concentrations of carbon dioxide and other greenhouse gases have increased to historically high levels because of human activities.
- Multiple other indicators of climate change include shrinking arctic sea ice, melting glaciers, sea level rise, more frequent and intense heat waves and droughts, and increased frequency and intensity of heavy precipitation events and wildfires.
The Engineering Community is well positioned to take a leadership role on behalf of society to limit the impacts of climate change through both reduction of greenhouse gas emissions and adaptation to a changing climate. Our responsibility as professionals takes on new meaning with this imperative to address climate change. Practitioners in the engineering community, both established and aspiring, must adopt a mindset that infuses climate change as a fundamental consideration for their work across all disciplines and economic sectors.
The Engineering Community can demonstrate this leadership role through contributions in the following areas:
- Educating the public (and those in our community) around the science of climate change and the strategies that will most effectively transition our energy system and facilitate adaptation to a changing climate.
- Engaging early-stage professionals who place a high value on addressing climate change and empowering them to drive change in their organizations.
- Advocating for public policies that address climate change, such as incentivizing energy efficiency and reduction of greenhouse gas emissions and embodied carbon, while also prioritizing public and private sector expenditures for adaptation.
- Unleashing innovation and entrepreneurship to contribute to transformational developments in areas that include energy system modeling; energy storage; renewable energy; electrification; energy efficiency; hydrogen; nuclear energy; carbon capture, removal and storage; reduction of embodied carbon in materials and material choice; transportation/land use; agriculture; natural climate solutions; and adaptation.
- Producing and using information and communications technologies that are climate-change neutral, to communicate sound, scientifically valid information about climate change to society.
- Championing justice, equity, diversity, and inclusivity in climate change strategies, recognizing that the human impacts of climate change are felt the most by those with the least resources.
- Focusing on affordability, sustainability, and reliability as we transition our energy systems.
- Collaborating with scientists, public policy makers, businesses, and other stakeholders to further this noble purpose.
There is an urgent imperative for the Engineering Community to act now. In taking on the leadership roles described above, it is time to go beyond our traditional roles and increase our contributions as stewards of technology, of society, and of the natural world.
(1) The “Engineering Community” includes engineers, scientists, technicians, technologists, computing and design professionals, and others engaged in the creation, implementation, maintenance, and regenerative lifecycles of technologies as well as the stewardship of the natural environment.
(2) IPCC’s Sixth Assessment Report incorporated the work of 234 authors from 65 countries, 28% women and 72% men; included assessment of 14,000 scientific publications; and addressed 78,000+ review comments from 46 countries.