Required of doctoral candidates.
Required for all first-year PhD graduate students in the Biological Sciences program. The research of members of the faculty is presented.
Required of doctoral candidates.
Departmental colloquium in probability theory.
A colloquiim in applied probability and risk.
This class discusses the challenges of public health practice, focusing on tasks that employees working in environmental health may encounter. Using examples from environmental toxicology, hazardous materials and contaminated sites, GIS applications, acute and chronic exposures, emerging public health concerns, and community communications strategies, students complete assignments modeled after real-life situations. These include a briefing of subject matter experts, a site investigation plan for a town council, a PPT presentation to the executive board of a non-profit organization, a review of a superfund site for a state public health agency, and a factsheet for the general public.
A colloquium on topics in mathematical finance
Departments permission.
Students work in teams to design, build and deploy a digital storytelling experience which is staged for the public at the end of the semester. The course
combines project work, mentors, and collaborative methods to create a dynamic hands-on learning environment that mixes story and code.
Interested students should contact the instructor for details on applying to the course.
Open only to students in the department. Presentation of selected research topics.
Prerequisite: member of the departments permission
A great TV series starts with a great pilot episode. You have one chance to intrigue an audience and stand out from hundreds of other series—599 were released in 2022, and that only includes the English language releases! This course will share the building blocks needed to write the next compelling series, starting with the pilot. Not all buyers want to read a finished pilot, but as the creator, you’ll need to know your pilot inside out and become an expert in your series’ genre if you want to sell it. This course will be a combination of pilot outlining and scene writing with an exploration of character and theme. All this through the lens of the marketplace and your authentic, lived experience—the magic combination for a winning series. We will workshop your outlines and scenes in class. Any assigned readings, screenings, and exercises will be focused as much as possible on inspiring material that relates to your pilot/series idea.
This course will support you if you want to write a full pilot script. However, the main objective is to finish the course having written a pilot outline and key scenes, as well as other material that's vital to a successful pilot and series such as character and season one breakdowns. You should come to the first class with at least two original logline/elevator pitches for series ideas to which you have a strong personal connection.
Existing ideas that you feel would benefit from this coursework are also welcome.
The Master's Thesis is one of the options for a capstone requirement of all students in all tracks of the MPH program of the Department of Environmental Health Sciences (EHS). The thesis is intended to reflect the training you have received in the MPH program and demonstrate your ability to design, analyze, research and present scholarly writing relevant to your major field of interest.
Writing the thesis is an essential experience that could further your career development and or an application for further studies in academia. Employers seek in potential employees with a MPH degree the ability to write articles and reports, and want to see evidence that you can design studies, analyze data, and write scientific papers. If you plan to continue your academic studies, developing expertise and demonstrating your ability as a writer are two important skills required of doctoral candidates. A well-written paper is a great asset that you can bring with you to a job interview or include in an application for further study. The thesis ought to demonstrate your ability to think clearly and convey your thoughts effectively and thereby provide an example of your understanding and insight into a substantive area in which you have developed expertise.
Journal Club is a one credit course that meets once weekly and is designed to keep doctoral students (PhD and DrPH) abreast of current developments in specific areas of interest to Environmental Health Sciences. Each semester, in consultation with the class, a new topic is selected to examine in depth utilizing critical analysis of recent publications. Students are each expected to present an article to the class and to provide critical thinking and evaluation of research findings and the authors’ conclusions. In preparation for entry into the public health workforce, whether in government service, profit or non-profit corporations, academia, scientific research, policy and planning, administration or regulatory affairs, the students are expected to improve their skills in public speaking, reading of scientific literature, critical thinking and analysis of published research findings. Vigorous discussion among the class is expected each week.
Prescribed for M.S. candidates; elective for others with the approval of the Department. Degree candidates are to conduct an investigation of some problem in chemical engineering. No more than 6 points in this course may be counted for graduate credit.
This Course examines the emergence and evolution of epidemiological methods (e.g., study designs) and concepts (e.g., confounding, bias, interaction, and causal inference) that constitute today’s epidemiology.
This course is designed to provide the doctoral students with the basic fundamentals of biology and physiology to facilitate their epidemiologic work.
All candidates for the M.P.H. and the M.S. degrees in epidemiology are required to write a master's thesis, usually based on an original analysis of previously collected epidemiologically relevant data. Students are responsible, with assistance from faculty, for finding a dataset and two readers, one of whom must be a faculty member in the Department of Epidemiology. Students register for P9419 at least two semesters before the targeted graduation date and it is required that students obtain access to a dataset they will use for their thesis prior to the course. The course guides students through development of the master’s thesis proposal by reviewing critical elements in writing each element of a thesis, development of a study question, writing specific aims, study design and analysis.
This is the second course in a two-course series P9419-P9420 required of all candidates for the M.P.H. and M.S. in epidemiology. This course focuses on the Statistical Analysis, Results and Discussion sections of students' master's theses. Students will work closely with their first and second readers during the semester, but course instructors and teaching assistants will provide guidance on the selection and conduct of statistical analyses, and on transforming their thesis into a format appropriate for submission for publication.
Primarily for fellows in the Psychiatric Epidemiology Training Program. Presentation and discussion of ongoing faculty and fellow research, plus guest speakers. Designed to provide constructive criticism of research in progress and to make fellows aware of current issues in psychiatric epidemiology.
The past two decades have witnessed both a maturation of the field of epidemiology and a proliferation of critiques of the field. The debates around these critiques were so fierce that Rothman and Poole labeled them the epidemiology wars". These wars have abated and spawned two different and sometimes opposing currents in epidemiology: a renewed interest in causal inference and an acceptance of social and lifecourse epidemiology.
The Study Design course for Epidemiology doctoral students will provide formal instruction in core study designs including randomized control trials, cohort, case-control, and ecological study designs. The goal of the course is for students to master the choice of design, and its strengths and limitations, based on the research question. Students will practice writing the following sections of a research proposal: research design, including the rationale for the design, impact, significance and methods.
This course is designed as an advanced seminar/workshop for 2nd year master’s students in epidemiology who are seeking to strengthen their critical thinking skills and hone their abilities to effectively communicate public health content to varied audiences, for varied purposes, through scientific writing and oral communication. This course will provide practical experiences that reinforce core epidemiology skills, including data interpretation, data synthesis, and critical analysis of epidemiologic research, with an emphasis on logic and reasoning, scientific argumentation, and effective communication. By the end of the course, students will be able to develop well-reasoned arguments that can be supported by existing epidemiology evidence, synthesize extant epidemiologic literature and draw conclusions about current gaps in knowledge and/or barriers to advancing the field, and design presentations and visuals aids for disseminating public health content to specific audiences. Didactic lectures/presentations and course discussions will focus on identifying and appropriately citing scientific sources; making logical scientific arguments; effective argumentation; effective writing and oral presentation skills development/enhancement; identifying challenges to effective written and oral communication and strategies to address them; skills development in the peer-review process, and tailoring scientific presentations to various types of audiences and for various purposes. Students will be required to actively participate in course activities (online and in-person) and will be evaluated on the progress made on a semester's long project (on their topic of choice), which will culminate in a portfolio of deliverables.
Students in the Biological Science PhD program only. Independent research in approved thesis sponsor laboratories.
Doctoral candidates are required to make an original investigation of a problem in biomedical engineering, the results of which are presented in the dissertation.
Open only to certified candidates for the Ph.D. and Eng.Sc.D. degrees. Doctoral candidates in chemical engineering are required to make an original investigation of a problem in chemical engineering or applied chemistry, the results of which are presented in their dissertations. No more than 15 points of credit toward the degree may be granted when the dissertation is accepted by the department.