Admissions & Financial Aid
- Tuition & Fees
Local & Global Engagement
The MPH degree at Tufts is designed to equip you with the essential skills and knowledge to excel in the field of public health. Regardless of your chosen degree option (on-campus or online), the program consists of 42 credits, ensuring a comprehensive education. The curriculum is built upon key competencies encompassing:
- Evidence-Based Approaches to Public Health
- Public Health and Health Care Systems
- Planning and Management to Promote Health
- Policy in Public Health, Leadership
- Interprofessional Practice
- Systems Thinking
Each concentration also includes specific courses to enhance specialized competencies.
At Tufts, we understand that life can be unpredictable and schedules can change. That’s why flexibility lies at the core of our program. With multiple sections of required courses offered throughout the year, you have the freedom to design a personalized schedule that suits your needs. Whether you choose to enroll in our on-campus or online format, you’ll have the opportunity to cross-register, allowing you to take advantage of both modalities. We value your time and offer classes in the late afternoon and evening for added convenience. Our robust summer session further enhances your flexibility.
While most full-time students complete the program in four semesters, we provide you with up to five years to earn your MPH degree, ensuring you have ample time to fulfill your academic goals. For those seeking a faster pace, our accelerated path allows you to achieve your MPH in just 12 months. Your journey to becoming a master in public health starts here, where flexibility meets excellence.
This course provides an introduction to the epidemiological perspective on health and disease. The course emphasizes the principles and methods used to describe and evaluate the patterns of illness in communities and in population subgroups. Methods and research designs used in the investigation of the etiology of infectious and noninfectious disease are presented. Lectures and laboratory examples illustrate a wide range of contemporary health problems.
The course will introduce the profession of public health, the social ecological model, the social determinants of health, and health equity. You will define complex public health problems and build skills to assess root causes of public health problems that impact population needs, assets, and capacities within a community.
Employing an equity lens, you will reflect on your own biases, assumptions, experiences, and exposures. You will be introduced to critical public health challenges across an array of public health domains, including health care services and systems, environmental health, occupational health, and health behavior. You will learn practice-based tools for conducting needs assessments and characterizing public health problems using systems thinking.
This course will introduce concepts, frameworks, and skills for how public health professionals intervene at multiple levels to address critical public health problems of our time, and to improve population health and health equity. Specifically, you will engage in a variety of active learning scenarios, including case discussions, role plays, simulations, and project development and implementation.
This course will provide a foundational skill set for how to effectively leverage action at multiple levels to make meaningful contributions to improve population health. You will be introduced to an array of strategies for action and will practice these public health skills throughout the semester, including emergency management, working in teams, engaging stakeholders, building coalitions, program planning, evaluating policies, health impact analysis, and advocacy.
Throughout the class, you will continue to examine how the public health infrastructure functions across multiple levels of government and the role of evidence, politics, stakeholders, and power in influencing public health action and social change.
This course provides an introduction to the basic principles and applications of statistics as they are applied to problems in clinical and public health settings. Topics include the description and presentation of data, random variables and distributions, descriptive statistics, introduction to probability, estimation, elements of hypothesis testing, and one- and two-sample tests, ANOVA (including repeated measures), non-parametric tests, and an introduction to linear and logistic regression. Lectures, problem sets, and computer output are used to develop these concepts.
In this introductory course, you will become familiar with how public health interventions can be evaluated. Formative, process, and outcome evaluation will be addressed. You will become familiar with commonly used planning tools and data collection methods. By the end of the semester, you will have practiced data collection skills and be able to apply content and conceptual knowledge learned in the course to the development of an evaluation plan.
We offer a range of concentrations within our MPH program, allowing you to specialize in the area that aligns with your interests and career aspirations. To explore the unique features and opportunities offered by each concentration, we invite you to visit our dedicated concentration pages.
- Epidemiology & Biostatistics
- Health Services Management & Policy
- Population Health Promotion
Please note that the online MPH offers only the Epidemiology and Biostatistics and Population Health Promotion concentrations.
Regardless of the concentration you choose, our curriculum allows room for additional electives, offering you the opportunity to delve deeper into specific areas of interest. Moreover, we encourage interdisciplinary exploration by granting students the option to take two elective courses, equivalent to six credits, outside of the School of Medicine. This empowers you to broaden your perspective and enrich your learning experience by exploring related fields and expanding your knowledge beyond the boundaries of your primary concentration.