​As a researcher, I use numerous data science methods to examine human memory, including:
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harnessing both in-person and virtual methods to generate hypothesis-driven datasets
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using R and Python to wrangle, engineer, and analyze intricate datasets
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combining human data with supervised and unsupervised ML algorithms to identify complex patterns within data​
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employing advanced statistical models to disseminate creative, data-driven solutions to researchers and stakeholders alike
Areas of Interest
Hypothesis Testing
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​Data does not just appear. I pride myself on developing relevant hypotheses, creating scientifically rigorous data collection methods, and ensuring quality data is produced from my projects.
Data Analytics
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All data tells a story and I enjoy using analytical methods and visualization tools to translate complex datasets into actionable solutions.
Data Pipelines
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No dataset is perfect and I thrive on creating flexible data pipelines using R, Python, and MATLab that can handle data at all stages, including preparation, feature engineering, and analyses.
Machine Learning
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I find that marrying ML algorithms with existing data expands research's ability to identify intricate patterns and create predictive models that keep organizations at the forefront of what is next.