This course introduces students to the theory and practice of experimental economics with a focus on contemporary methods used in applied microeconomics and economic policy research. Students will study the foundations of causal inference and the rapid expansion of field experiments as a central tool for empirical research during the last fifteen years. The course explains how field investigations have become a primary experimental method across multiple areas of economics including development, labor, environmental policy, and public finance. Students will learn how to design, implement, and interpret field experiments, and how to evaluate their value for policy questions that require credible causal evidence. This course provides essential methodological training for students working in applied microeconomics and economic policy. It will be offered annually and is intended for advanced master’s and doctoral students who aim to strengthen their understanding of empirical strategies that support rigorous policy analysis.
This capstone workshop serves as the culminating experience for students in the MPA in Environmental Science and Policy. Working in teams, students conduct applied policy analysis on real-world environmental and sustainability challenges for public and nonprofit sector clients. Project topics are selected to reflect current global and domestic policy needs, with recent clients including The Nature Conservancy, the World Bank, the Wildlife Conservation Society, and philanthropic initiatives supporting sustainable workforce housing.
Under faculty supervision, students develop project control plans, conduct fieldwork and stakeholder interviews, analyze data, and prepare professional-quality final reports and briefings for clients. The workshop emphasizes practical experience with multidisciplinary policy design and implementation, stakeholder engagement, and collaborative project management. Students sharpen their research, writing, and communication skills while contributing to actionable policy solutions.
This capstone workshop serves as the culminating experience for students in the MPA in Environmental Science and Policy. Working in teams, students conduct applied policy analysis on real-world environmental and sustainability challenges for public and nonprofit sector clients. Project topics are selected to reflect current global and domestic policy needs, with recent clients including The Nature Conservancy, the World Bank, the Wildlife Conservation Society, and philanthropic initiatives supporting sustainable workforce housing.
Under faculty supervision, students develop project control plans, conduct fieldwork and stakeholder interviews, analyze data, and prepare professional-quality final reports and briefings for clients. The workshop emphasizes practical experience with multidisciplinary policy design and implementation, stakeholder engagement, and collaborative project management. Students sharpen their research, writing, and communication skills while contributing to actionable policy solutions.
This course aims to introduce you to the basic concepts of environmental economics.
When externalities go uncorrected, and public goods go undersupplied, the reason is not that the market fails; the reason is that governments are unable or unwilling to intervene effectively. The biggest problem is with transnational externalities and regional and global public goods. This is partly because of the scale of these problems, but it is also because the institutional arrangements at this level make effective intervention difficult. There is no World Government. Instead, there are around 200 sovereign states. To support sustainable development globally, states must cooperate, and yet states' self-interests often conflict with their collective interests. This is why all countries agree that collective action must be taken to limit climate change, and yet, though they try and try again, countries seem unable to muster the individual action needed to meet their own collective goal. The aim of this course is to develop an apparatus for understanding international collective action for sustainable development. By an apparatus, I mean a theory, a structured way of looking at and understanding the world. Rather than just present the theory, my aim is to show you why theory is needed, how it has been constructed, and what its strengths and weaknesses are. Basically, in addition to teaching you principles and tools, I want you to come to see how this field has developed, what it has achieved, and where it has fallen short. Throughout the course, we shall also be looking at tests and applications of the theory-empirical and experimental papers in addition to case studies. The course draws from a number of disciplines, especially economics, game theory (analytical and experimental), and international relations-but also international law, philosophy, history, the natural and physical sciences, and engineering. The focus will be on institutions, and the way that they restructure the relations among states to cause states to behave differently-that is, to cause them to undertake collective action. In terms of applications, the course will address not only climate change but also depletion of the ozone layer, trans-boundary air pollution, pollution of the oceans, over-fishing, biodiversity loss, and the emergence and spread of infectious diseases.
Research work culminating in a creditable dissertation on a problem of a fundamental nature selected in conference between student and adviser. Wide latitude is permitted in choice of a subject, but independent work of distinctly graduate character is required in its handling.
All graduate students are required to attend the departmental colloquium as long as they are in residence. Advanced doctoral students may be excused after three years of residence. No degree credit is granted.
This 14-week workshop designed for the students in the PhD program in Sustainable Development covers the fundamental theory and techniques of causal inference. Specifically tailored to students trained in econometrics and positioned to conduct interdisciplinary research, it systematically ties back the econometrics approaches covered to the underlying statistical framework and provides the students with the tools to conduct rigorous empirical analyses, and share and defend their approach in front of both economics and non-economics audiences. Lower-year students learn the fundamental methods for observational studies, upper-year students discuss how they employ them in their own current research. Participants are presented with the most common methods in the field, their limitations, and best practices, and introduced to underused statistical methods for causal inference.
This course is intended to provide a strong foundation in the concepts of genetics and clinical applicability of genomic concepts commonly seen in advance practice nurses’ clinical practice. Both classical Mendelian and molecular genetics will be examined, in order to provide a knowledge base that will enable the advanced practice nurse to integrate genetic and genomic knowledge into clinical practice. Using a case discussion approach, clinical issues of genetics testing, genetic exceptionalism, individualized risk assessments and predictions are explored throughout their life span.
Critical Thinking and Analysis in Environmental Health Sciences is a culminating experience for EHS students in which they will synthesize the knowledge and experiences they have gained in their MPH core, department specialization and certificate coursework. The primary objective of this course is to enable students to critically examine and analyze a body of scientific knowledge and to effectively communicate such knowledge to lay and scientific audiences. An interactive, highly participatory experience, it typically focuses, in depth, on one or two topics within the field of Environmental Health Science that are of current national and international interest and represent a major human public health concern. The Capstone course will reinforce fundamental concepts acquired through prior departmental and certificate based coursework related to the underlying scientific basis of human health concerns arising from environmental exposure. The pedagogical approach of this course will utilize a combination of outside reading, didactic instruction, engaging class discussion and team-based learning. Students will be required to critically evaluate current knowledge and present, both orally and in writing, the broad outlines and specific aims of a research proposal to address critical gaps in understanding. At the completion of this course, students are expected to be able to critically evaluate and assess scientific evidence as well as successfully conceptualize, create and defend a research proposal. The ability to communicate research concepts and clear, cogent and well thought out research proposals, either orally and written, are essential for many students preparing entry into the workforce, whether in government service, profit or non-profit corporations, academia, scientific research, policy and planning, administration or regulatory affairs. Graduating EHS MPH students are expected to have considerable facility in public speaking skills, interpretation of scientific literature, critical thinking and analysis of published research findings. Each semester, in consultation with the class, a relevant and timely topic is selected to examine in depth. Creation of a NIEHS-style grant application concerning a previously unaddressed topic is an important component of this class.
This course is designed for advanced graduate students in need of introduction to non-Buddhist as well as Buddhist sources for the study of pre-modern Japanese religion. The following represents a sample syllabus centering upon the themes of astrology and divination in early Japanese religion.
Required of doctoral candidates.