The Information Design and Data Visualization program uniquely combines analytical methods with distinctive training in visual communication. Successful graduates gain expertise in the visual and technological languages of data, applying modes of visual cognition and using analytics tools to create interactive, data-driven communication and installations. This design-centric program prepares graduates to collaborate across a variety of fields and settings, crossing the bridge between technology, public communication and systems design.
The College of Arts, Media and Design offers three Information Design and Data Visualization graduate degree options to meet the unique goals and aspirations of individual learners: a Master of Fine Arts (MFA), a Master of Science (MS), and a Graduate Certificate. Students in the Information Design and Data Visualization program gain an understanding of translating data and information into visual languages and learn to integrate theoretical, visual, and technical aspects of visualizations that engage a broad range of audiences. Our students have the unique advantage of studying at a major research university known for interdisciplinary collaboration located in Boston, a global center for technology, science, and education and a hotspot for information design and data visualization. We seek applicants from diverse backgrounds who are interested in exploring data, visual and auditory design, perception and creative inquiry. Practicing professionals and recent undergraduates in a variety of fields (architecture, graphic design, journalism, communications, business, the humanities, and sciences) who desire a fluency in information design should apply
Learning Outcomes
Students will gain the skills to design and implement visual and interactive information displays that clarify complex matters, explain processes, reveal insights, elucidate concepts and relate stories. The program will guide them how to:
Articulate knowledge of the design principles, theories, and technologies of information design and data visualization.
Represent information in visual languages that take advantage of the properties of human perception and cognitive capabilities, accurately represent the underlying data structures, and support the desired tasks to be accomplished by the user.