Never before has the future looked so exciting.
From autonomous vehicles to the most cutting-edge green technologies, the built environment is reshaping before our eyes.
Exciting as it is, these changes breed challenges. The future will require a new way of doing things. A new approach. A new vision.
ASCE has launched a bold, comprehensive project to anticipate, reimagine, and prepare for future changes – FUTURE WORLD VISION.
Future World Vision is an interactive, immersive experience exploring the built environment of 2070. Growing population and advancing technologies will push civil engineers to reimagine the future. New mega cities must be able to accommodate 50 million people while preserving their history, promoting sustainability, and supporting various lifestyles and economies.
Your gift will help create tomorrow’s solutions today.
Join the Beta Test Team
Be one of the first to explore Mega City 2070 during our closed beta test.
Take a 3-question survey to help shape outreach and engagement with the project.
Scenario Planning for Epic Disruptions – How to Future-Proof our Infrastructure in an Uncertain World
Future Possible: Solving the Design Challenges of a Mega City 2070
Six important sociopolitical, economic, environmental, and technological macrotrends were identified as key drivers of change for civil engineers and the built environment:
Technological breakthroughs may lead to more widespread deployment of alternative energy sources, replacing fossil fuels with low- or no-emission energy options.
A fully autonomous vehicle system has the potential to transform cities and transportation. Autonomous vehicle systems may require significantly less space than the previous car-related infrastructure, thereby freeing up large parcels for development.
Climate change refers to a broad range of global phenomena—including global warming, extreme weather events, sea-level rise, and coastal flooding—created predominantly by burning fossil fuels that add heat-trapping greenhouse gases to the Earth's atmosphere.
Using data-driven, in-depth, scenario-planning analysis, Future World Vision puts civil engineers in position to lead not just today but five decades into the future.
Future World Vision will help ensure that the decisions we make as civil engineers, in building high-tech, resilient, and sustainable communities of the future, optimize desirable outcomes while avoiding undesirable and unintended consequences. By mapping out key trends and potential outcomes, we projected a range of plausible future-based scenarios.
These 4 scenarios provide a basis to better understand—and prepare for—what the future may hold for the built environment.
The scenarios don’t represent all-or-nothing models. Components of one scenario could coexist with those of another scenario, driven by geography, culture and the degree to which communities are impacted by the six trends.
In this scenario, climate change wreaks havoc on urban and coastal cities. The increasing severity of the effects will increase the demand for substantial investments in long-term protective measures.
In this scenario, extreme mass urbanization drives the government’s direct action, through technology and city planning, toward the development of progressive megacities.
In this scenario, degradation in the quality of urban life coupled with advances in renewable energy and telecommunications technology leads to emigration from traditional cities into new, relatively isolated settlements.
In this scenario, fully autonomous—but expensive—vehicles will enable the wealthy to commute from affluent new settlements, leaving behind cash-strapped urban centers.
“The ASCE Future World Vision highlights the pivotal role of civil and environmental engineering in innovating and in harnessing the transformative changes taking place in the world.”
—Jerome F. Hajjar, Ph.D., P.E., F.ASCE
"The Future World Vision project is providing a platform for all civil engineers to think about the future and what we can do today to help shape it."
—David Dzombak, Ph.D., P.E., BCEE, D.WRE, Dist.M.ASCE
Hamerschlag University Professor & CEE Department Head
Carnegie Mellon University