Skip to main content
  • Information for
    • Students
    • Alumni & Friends
    • Faculty
    • Staff
    • Community
  • QUICK LINKS
  • DIRECTORY
  • APPLY
  • GIVE
  • RENT
Hunter College
About
  • Overview
  • Mission
  • Strategic Plan
  • Accreditation
  • Fast Facts
  • Office of the President
  • Capital Projects & Planning
  • Sustainability
  • Campus Information
  • Contact Us
Academics
  • Approach
  • Provost
  • Schools
  • Departments & Programs
  • Majors
  • Honors & Scholars
  • Education Abroad
  • Advising
  • Research & Creative Works
  • Course Catalogs
Admissions
  • Overview
  • Undergraduate
  • Graduate
  • Course Catalogs
Student Life
  • Clubs & Organizations
  • Residence Life
  • Athletics
  • Dining On Campus
  • Community
  • Events
  • News
  • Libraries
Hunter College Schools
  • School of Arts & Sciences
  • School of Education
  • School of Health Professions
  • Hunter-Bellevue School of Nursing
  • Silberman School of Social Work
More Schools
  • Hunter College Campus Schools
  • Hunter College Continuing Education
  • Libraries
  • Students
  • Alumni & Friends
  • Faculty
  • Staff
  • Community
  • Events
  • News
  • APPLY
  • GIVE
  • RENT
  • QUICK LINKS
  • DIRECTORY

Dana Sylvan

Professor

Dr. Dana Sylvan is a member of the Department of Mathematics and Statistics where she teaches graduate courses in spatial statistics, time series, mathematical statistics and probability.

See Contact Details

PROFILE

Dana Sylvan, PhD, joined the Department of Mathematics and Statistics at Hunter College in 2004. She obtained her professorship in 2016 and now serves as the STAT 213 course coordinator. Dana teaches graduate courses in spatial statistics, time series, mathematical statistics and probability and holds a data science lab where she mentors McNulty and McNair scholars.

Dana's research focuses primarily on mathematical statistics, with interests in modeling and prediction for space-time processes, quantile inference, smoothing techniques resampling methods for dependent data, applications in environmental sciences, epidemiology, neuroscience, medicine, psychology, public health and sports.

In 2018, she joined the Bioinformatics and Biostatistics Core for the Temple University Chase Cancer Center/Hunter College Synergistic Partnership for Enhancing Equity in Cancer Health (SPEECH), where she works to facilitate and enhance research by providing expertise in study design, statistical analysis, bioinformatics, genomics and data management.

Before coming to Hunter, Dana was a research associate at the University of Chicago where she worked on a multidisciplinary project focused on understanding the link between air pollution and respiratory health.

EDUCATIONAL BACKGROUND

  • EPFL, Switzerland (PhD)
  • University of Bucharest, Romania (BA/MA)

SELECTED PUBLICATIONS

  • C. Tarcolea, A. S. Paris and D. Sylvan (2020). Modeling dependencies in bivariate distributions. UPB Scientific Bulletin Series A, Volume 82 (2), 149-156.
  • D. Sylvan and J. Cross (2019). Using geostatistical techniques to improve heat maps of batting ability. Chapter 5 in Essential Topics in Baseball: From Performance Analysis to Injury Prevention, editor Erik Welch, Nova Publishers, 173-183.
  • K. Wyka, D. Sylvan and J. Difede (2017). The utility of quantile regression in disaster research. International Journal of Statistics in Medical and Biological Research, Volume 1, 19-23.
  • A. S. Paris, D. Sylvan and C. Tarcolea (2016). The maintenance dependence modeling with Gaussian copulas. Quality Assurance, Volume 87, 28-32.
  • D. Sylvan, C. Tarcolea and A. S. Paris (2016). Space-time quantile surfaces of non-stationary random fields: a comparison study. BSG Proceedings 23, Geometry Balkan Press, Bucharest, 68-74.
  • J. Cross and D. Sylvan (2015). Modeling spatial batting ability using a known covariance matrix. Journal for Quantitative Analysis of Sports, Volume 11 (3), 155-167.
  • C. Tarcolea, A. S. Paris and D. Sylvan (2014). Loss Functions and Taguchi Theory. BSG Proceedings 21, The International Conference "Differential Geometry - Dynamical Systems'' DGDS-2013, 175-180.
  • M. Cameletti, R. Ignaccolo and D. Sylvan (2013). Assessment and visualization of threshold exceedance probabilities in complex space-time settings: A case study of air quality in Northern Italy. Spatial Statistics, Volume 5, 57-68.
  • R. Ignaccolo, D. Sylvan, M. Cameletti (2011). Modeling pollutant threshold exceedance probabilities in the presence of exogenous variables. Proceedings, Spatial Data Methods for Environmental and Ecological Processes, 2nd Edition (SPATIAL 2), Editor B. Cafarelli, 1-4.

OFFICE HOURS

Available by appointment.

Contact Details

Dana Sylvan

Mathematics and Statistics
68th Street East 914
(212) 772-5748
dsylvan@hunter.cuny.edu

Directory
find faculty and staff
Visitors Center
visitors, start here

HUNTER

Hunter College
695 Park Ave NY, NY 10065
(212) 772-4000

  • Facebook
  • Twitter
  • Instagram
  • Flickr
  • ABOUT
  • ACADEMICS
  • ADMISSIONS
  • EVENTS
  • NEWS
Hunter College Schools
  • School of Arts & Sciences
  • School of Education
  • School of Health Professions
  • Hunter-Bellevue School of Nursing
  • Silberman School of Social Work
  • School of Arts & Sciences
  • School of Education
  • School of Health Professions
  • Hunter-Bellevue School of Nursing
  • Silberman School of Social Work
Our Other Schools
  • Hunter College Campus Schools
  • Hunter College Continuing Education
  • Hunter College Campus Schools
  • Hunter College Continuing Education
Hunter College Libraries
More Info
  • Bookstore
  • Contact Us & Feedback
  • Jobs
  • Public Safety
  • Roosevelt House
  • Student Housing
  • Space Rentals
  • Bookstore
  • Contact Us & Feedback
  • Jobs
  • Public Safety
  • Roosevelt House
  • Student Housing
  • Space Rentals
Public Information
  • Annual Security & Fire Safety Report
  • Consumer Information
  • CUNY Tobacco Policy
  • Enough is Enough
  • Focus on Campus
  • Annual Security & Fire Safety Report
  • Consumer Information
  • CUNY Tobacco Policy
  • Enough is Enough
  • Focus on Campus
CUNY
  • © 2025 Hunter College
  • Accessibility
  • Privacy
  • Terms