Desirée Plata Appointed MIT Engineering Associate Dean to Advance Climate Research and Innovation

MIT has appointed Desirée Plata, the School of Engineering Distinguished Climate and Energy Professor in the Department of Civil and Environmental Engineering, as associate dean of engineering, effective July 1. In this new leadership role, Plata will focus on fostering early-stage research initiatives across the school's faculty and strengthening entrepreneurial and innovation efforts that bridge academic research with real-world impact.

Plata brings a unique combination of academic leadership, research excellence, and entrepreneurial experience to the position. Her research centers on the sustainable design of industrial processes and materials through environmental chemistry, with particular emphasis on clean energy technologies. She develops methods to make industrial processes more environmentally sustainable by incorporating environmental objectives into the design phase of processes and materials.

Her work spans multiple critical areas including nanomaterials and carbon-based materials for pollution reduction, as well as advanced methods for environmental cleanup and energy conversion. As director of MIT's Parsons Laboratory, Plata leads interdisciplinary research on natural systems and human adaptation to environmental change.

Beyond her research, Plata has established herself as a leader in climate and sustainability initiatives both on campus and beyond. She serves as director of the MIT Climate and Sustainability Consortium (MCSC), an industry-academia collaboration launched to accelerate solutions for global climate challenges. She also founded and directs the MIT Methane Network, a multi-institution effort aimed at cutting global methane emissions within this decade.

Plata's entrepreneurial experience includes co-founding two climate and energy startups. Nth Cycle is redefining metal refining and the domestic battery supply chain, recently signing a $1.1 billion off-take agreement to help establish a secure and circular technology for battery minerals. Her company Moxair specializes in advanced approaches for low-level methane monitoring and destruction, and with support from the U.S. Department of Energy and collaboration with MIT, will build and demonstrate a first-of-a-kind dilute methane oxidation technology in 2026 to tackle methane emissions using transition metal catalysts.

In her role as associate dean, Plata will also support the school's Technical Leadership and Communication (TLC) Programs, including the Gordon Engineering Leadership Program, the Daniel J. Riccio Graduate Engineering Leadership Program, the School of Engineering Communication Lab, and the Undergraduate Practice Opportunities Program. She will work alongside Associate Dean Hamsa Balakrishnan, who continues to lead faculty searches, fellowships, and outreach programs.

Together, the two associate deans will serve on key leadership groups including Engineering Council and the Dean's Advisory Council to shape the school's strategic priorities. Paula T. Hammond, dean of the School of Engineering and Institute Professor in the Department of Chemical Engineering, praised Plata's appointment: "Desirée's leadership, scholarship, and commitment to excellence have already had a meaningful impact on the MIT community, and I look forward to the perspective and energy she will bring to this role."

Plata's appointment comes at a critical time for engineering education and research, as institutions worldwide grapple with how to prepare students for careers that address climate change and sustainability challenges while fostering innovation and entrepreneurship. Her dual expertise in cutting-edge research and practical application through startup ventures positions her uniquely to bridge these domains within MIT's engineering programs.

Her extensive experience in mentoring and program development includes helping develop programs that enhance research experience for students and postdocs. She played a pivotal role in the founding of the MIT Postdoctoral Fellowship Program for Engineering Excellence, serving on its faculty steering committee, overseeing admissions, and leading both the academic track and entrepreneurship track. She also helped design the MCSC Climate and Sustainability Scholars Program, a yearlong program open to juniors and seniors across MIT.

Plata's academic credentials include a BS in chemistry from Union College in 2003 and a PhD in the joint MIT-Woods Hole Oceanographic Institution program in oceanography and applied ocean science in 2009. After completing her doctorate, she held faculty positions at Mount Holyoke College, Duke University, and Yale University, where she served as associate director of research at the university's Center for Green Chemistry and Green Engineering. She joined MIT's faculty in the Department of Civil and Environmental Engineering in 2018.

Her work as a scholar and educator has earned numerous awards and honors, including MIT's Harold E. Edgerton Faculty Achievement Award in 2020, recognizing her excellence in research, teaching, and service. She has also been honored with an NSF CAREER Award and the Odebrecht Award for Sustainable Development. Plata is a fellow of the American Chemical Society and was a Young Investigator Sustainability Fellow at Caltech. She is a two-time National Academy of Engineering Frontiers of Engineering Fellow and a two-time National Academy of Sciences Kavli Frontiers of Science Fellow. Her dedication to mentoring was recognized with MIT's Junior Bose Award for Excellence in Teaching and the Frank Perkins Graduate Advising Award.

Plata's appointment reflects MIT's strategic emphasis on integrating climate and sustainability research with engineering education and entrepreneurship. As the School of Engineering continues to evolve its programs to address global challenges, her leadership will be instrumental in fostering the kind of interdisciplinary collaboration and innovation that has long been a hallmark of MIT's approach to engineering education and research.

The timing of Plata's appointment is particularly significant given the accelerating urgency of climate challenges and the growing recognition that engineering solutions must be developed in concert with considerations of environmental impact, sustainability, and social responsibility. Her background in both fundamental research and practical application through startup ventures positions her to help MIT's engineering students and faculty navigate the complex intersection of technological innovation, environmental stewardship, and entrepreneurial success.

As associate dean, Plata will be responsible for helping to shape the future direction of MIT's engineering programs, ensuring they remain at the forefront of addressing the most pressing challenges facing society while maintaining the school's commitment to excellence in education, research, and innovation. Her appointment signals MIT's continued commitment to leadership in climate and sustainability research and its recognition of the critical role that engineering education must play in developing solutions to global environmental challenges.