Cornell's Commitment to Lowering Humanity's Carbon Footprint
Cornell is already recognized as a leader among Ivy League institutions both for its demonstration of the university campus as a Living Laboratory for developing and pilot testing new energy technology and for its commitment to achieving a carbon neutral campus by 2035. Read more about Cornell’s commitment to sustainability.
In Cornell’s Living Laboratory model, the university and surrounding communities actively contribute research at the frontiers of energy systems and engineering to lower the carbon footprint of the campus.
Lake Source Cooling, Earth Source Heat, Cornell's Hydroelectric Plant, Maplewood Housing Project, and Snyder Road Solar Farm are just a few examples of projects already under development that are essential to our goal of achieving a carbon neutral campus.
Towards the goal of translating Cornell’s successes to advancements at the state, national, and international levels, research in the Cornell Energy Systems Institute focuses on innovations in the materials, devices, and engineered systems required to make low carbon footprint energy technologies cost-effective and reliable. Our work leverages Cornell’s long tradition of excellence in team-based science and engineering research in Centers and aims to build new expertise in translating research innovations to prototypes and prototypes to innovative products for the market. A non-comprehensive list of the centers, institutes and partnerships crucial to the CESI’s work is provided below:
The Atkinson Center fosters cross-discipline collaboration of Cornell faculty to make strides towards a more sustainable future. There are many entrepreneurial opportunities within the Atkinson Center.
CTECH aims to support a more sustainable form of transportation for both people and goods taking a multidisciplinary approach to address issues.
Read more about CTECH’s place within Cornell’s living laboratory.
ICS, sponsored by NSF, believes that computer scientists can actively contribute to sustainability and allocation of natural resources while advancing computer science.
CCMR incorporates a variety of researchers in conjunction with government and industry with the common goal of examining complex issues in materials research.
CNF is a national user-facility with a strong inter-disciplinary emphasis. Researchers from all faculties on campus are welcome to use their state-of-the-art facilities.
CHESS’s facilities provide a platform for a wide-range of scientific research and is one of only a few 3rd-generation, high-energy, high-flux x-ray synchrotron source’s in the world. Read more about the exciting upgrades taking place at CHESS-U.
An NSF Materials Innovation Platform, PARADIM is a partnership between Cornell and three other universities seeking to create new interface materials with designed properties to potentially transform next generation electronics.
Through research education and outreach, CICSS strives to foster resilience in the areas of agricultural, environmental, and social systems in the midst of climate change.
CREA fosters entrepreneurship and innovation while supporting economic impact in Upstate New York.
Seated in the SC Johnson College of Business, the Center for Sustainable Global Enterprise looks at sustainability issues from a different angle, as business opportunities, and partners with a range of organizations.
The McGovern Center’s aim is to mature partner life-sciences companies, so they might garner outside investments and be self-sustaining and prosperous.