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Engineering Solutions for a Sustainable Future
Since 1880, ASME has taken on society's biggest and most technical challenges. Today, humanity faces one of its largest challenges ever: climate change. ASME leverages its leadership in innovation, technology, workforce development, and policy to catalyze urgent outcomes for a sustainable future.
Engineering the Next Industrial Revolution
Connecting the engineers who solve problems with the leaders who scale solutions
June 17–18, 2026 | Newlab Detroit & Michigan Central | Detroit, Michigan
The summit for engineers, investors, and ecosystem leaders building the clean industrial transformation.
Learn More & Register
Focus Areas:
⚡ Energy Demand
🏭 Industrial Transformation
🔧 Advanced Manufacturing
ASME leverages its influence in innovation and technology, policy, and the workforce in executing its approach across the three dimensions of sustainability.
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Environmental Stewardship Enabling engineers in urgent efforts to protect and preserve our biosphere. Learn More |
Social Responsibility Ensuring inclusivity in the field and an equitable distribution of engineering's benefits. Learn More |
Economic Prosperity Emphasizing sustainable growth and prosperity in pursuit of a low-carbon economy. Learn More |
Climate Action
ASME leverages its leadership in innovation, technology, workforce development, and policy to catalyze urgent climate outcomes.
ASME's Climate Imperatives
- Supporting the global consensus of climate science and the IPCC's target of limiting global warming to 1.5°C
- Enabling engineers in accelerating the drive towards net-zero emissions and a carbon negative future
- Facilitating communication on climate policy among government, industry, and academia
- Developing and engaging the international engineering workforce for present and future climate challenges
- Aligning ASME's sustainability and climate strategy to the UN Sustainable Development Goals
Leading by Example: ASME's GHG Emissions Measurement
ASME Impact Levers
Workforce Development
Fostering technical expertise, advancing sustainability skills, and preparing engineers for the evolving challenges of the global energy transition through education, training, and collaboration with industry.
Responsible Technology and Innovation
Promoting the ethical development and deployment of technologies that prioritize sustainability, safety, and societal impact.
Policy Impact
Advocating for science-based, technology-driven policies that support the engineering community and address global challenges.