About
I am an Associate Professor of Statistics in the Paul H. Chook Department of Information Systems and Statistics at the Zicklin School of Business, Baruch College, City University of New York, where I have been on the faculty since 2018. I also serve as Doctoral Faculty at the CUNY Graduate Center.
I earned my Ph.D. in Statistics from Temple University in 2018, advised by William W.S. Wei and Robert T. Krafty. My research develops statistical methodology with applications to business and biomedical studies.
- Time series analysis
- Spectral analysis
- Bayesian methods
- Computational statistics
- Dimension reduction
- High-dimensional statistics
- Big data
Education
- Ph.D., StatisticsTemple University, Philadelphia, PA2018
Publications
An asterisk (*) denotes student co-authors.
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Conditional Graphical Models for Replicated Multivariate Time Series Submitted
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Mean Independent Component Analysis of Multivariate Time Series To appear
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Measuring the Advantages of Contemporaneous Aggregation in Forecasting
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Discussion of “The Statistical Analysis of Acoustic Phonetic Data: Exploring Differences Between Spoken Romance Languages”
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Overweight Pediatric Cancer Survivors Have a High Risk of Vitamin D Insufficiency
Software
- CepReg R package on CRAN — cepstral models for efficient spectral analysis of replicated time series. With Q. Xia.
- CepLDA R package on CRAN — discriminant analysis of time series in the presence of within-group spectral variability. With R.T. Krafty.
- MultiSpectMCMC MATLAB functions for adaptive Bayesian time–frequency analysis of multivariate time series.
- FactorSpect MATLAB functions for adaptive Bayesian spectral analysis of high-dimensional nonstationary time series.
- MultiCABS MATLAB functions for conditional adaptive Bayesian spectral analysis of replicated multivariate time series.
Funding & Grants
- PI National Science Foundation, DMS-2418850 · $225,444 · 2024–2026Covariate-Assisted Analysis of Spectral Matrices with Applications to Physiological Signals
- PI PSC-CUNY Research Award (Traditional A), TRADA-55-179 · 2024–2025Principal Spectral Component Analysis for Replicated Multivariate Time Series
- PI Eugene M. Lang Junior Faculty Research Fellowship, Baruch College · 2020–2021Evaluating Postural Control and Cognitive Impairment in People with Neurodegenerative Disease: Adaptive Bayesian Time Series Approach
- PI PSC-CUNY Research Award (Traditional A), TRADA-51-94 · 2020–2021Spectral Analysis Framework of High-Dimensional Nonstationary Time Series
- Co-PI Fox School Young Scholar Forum Research Seed Funding, Temple University · 2014–2015Divide and Conquer Variable Selection
Teaching
Baruch College, City University of New York
- STA 2000 Business Statistics I Undergraduate
- STA 3000 Statistical Computing Undergraduate
- STA 3154 Business Statistics II Undergraduate
- STA 9701 Time Series: Forecasting and Statistical Modeling Graduate
- STA 9708 Managerial Statistics Graduate
- STA 9719 Foundations of Statistical Inference Graduate
- STA 9797 Advanced Data Analysis Graduate
Graduate Center, City University of New York
- STA 7050 Multivariate Statistical Analysis Doctoral
Temple University
- STAT 1001 Quantitative Methods for Business I Undergraduate
- STAT 1102 Quantitative Methods for Business II Undergraduate
- STAT 2103 Business Statistical Analytics Undergraduate
- — Ph.D. Math Camp: intensive two-week mathematics preparation for first-year doctoral students Doctoral