Erin Mayfield, Ph.D.
Hodgson Family Assistant Professor of Engineering
firstname.lastname@example.org | Office: Irving 352 | @ErinNMayfield
Dr. Erin Mayfield is the Hodgson Family Assistant Professor at Dartmouth College in the Thayer School of Engineering. Her research is in the areas of sustainable systems engineering and public policy. Dr. Mayfield focuses on three interacting research themes - multiobjective modeling, intergenerational & social equity, and climate mitigation & adaptation planning. The aim of her research is to develop computational decision support tools to address real-world problems and facilitate multi-stakeholder decision-making processes. Mayfield has participated in several large-scale collaborations on infrastructure transitions, including the Net-Zero America Project and the REPEAT Project, and currently serves as a co-author of the Fifth National Climate Assessment. Her research is regularly covered in national and local media such as the New York Times, The Atlantic, and National Public Radio. Mayfield has received several awards for her research such as the Rob Socolow Best Paper Award, American Chemical Society Editor's Choice Award, and the Herbert L. Toor Doctoral Research Award. Prior to academia, Mayfield was a practitioner working with and in vulnerable communities on hazardous waste remediation, environmental litigation, and infrastructure planning. She has also held positions at the U.S. Environmental Protection Agency, U.S. Congress, Princeton University, and Environmental Law Institute. She received her doctoral degree in engineering and public policy from Carnegie Mellon University, masters in environmental engineering from Johns Hopkins University, and bachelors in environmental science from Rutgers University.
Maarten Brinkerink, Ph.D.
email@example.com | Office: Irving 252 | Website
Dr. Brinkerink is a native of the Netherlands, and his expertise is in energy systems modelling. With a PhD in Energy Engineering from University College Cork, Maarten’s current research focuses on the application of computational models to assess different decarbonization pathways for the global energy system.
Yohan Min, Ph.D.
firstname.lastname@example.org | Office: Irving 252 | Website
Dr. Min's research focuses on energy justice associated with vulnerable communities and energy infrastructures. In particular, he is examining spatio-temporal adoption patterns of distributed energy resources such as rooftop solar and electric vehicles to identify spatial and recognition justice and spillover effects of technology adoption. Furthermore, he is studying adoption strategies for vulnerable communities to increase clean energy access through data analysis and modeling on a statistical basis. The purpose of his research is to promote social equity in the energy transition.
First-Year Doctoral Student | NSF GRFP
email@example.com | Office: Irving 251
Mike May's primary research interests include sustainable energy transitions, energy economics, local decision-making using spatially downscaled models, and representation of non-economic factors (i.e. geopolitics, adoption inertia, ethics, etc.) within energy systems models. His current thesis research focuses on developing high spatial resolution models of thermal power capacity and transmission siting decisions to meet net-zero emissions by 2050.
Robin (Xinyue) Zou
First-Year Doctoral Student
firstname.lastname@example.org | Office: Irving 251
Robin (Xinyue) Zou's research interests lie in the area of energy system modeling and focus on finding both applicable and sustainable solutions to climate change. Prior to joining the lab, Robin earned her B.S from Smith College in 2022, where she studied Engineering and Mathematics.
Martin Roeck's research focuses on the decarbonization of the steel industry. In the past, he was heavily involved with Life Cycle Assessments and predictive modeling of electric vehicles and EV supply equipment. Prior to joining Dartmouth, Martin led the product team of a venture-backed startup, developing the world's first microgrid marketplace.
Mathematical Data Science '25 | UGAR Scholar
Engineering '26 | FYREE Scholar
Engineering '26 | FYREE Scholar
Engineering '25 | Luce Scholar
Engineering '25 | UGAR Scholar
Engineering '23 | UGAR Scholar
Engineering '25 | WISP Scholar