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<p>I am advised by <ahref='http://www.neilheffernan.net/' target='_blank'>Prof. Neil Heffernan</a> and work in ASSISTments Lab to help develop and perform research within the adaptive online tutor.</p>
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<p>My research interests are in deep learning, educational data mining, natural language processing, and counterfactual inference. I have used neural networks models to predict student knowledge level, classify diagnoses from medical notes, build an automated essay scoring system, and estimate individual treatment effect for students from the dataset collected from randomized controlled trials running inside ASSISTments.</p>
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<p>My research interests are in educational data mining, deep learning, and domain adaptation. I have used neural networks models to predict student knowledge level, classify diagnoses from medical notes, build an automated essay scoring system, and estimate individual treatment effect from the data collected from experiments. Recently, I have started to learn about Bayesian Optimization (Gaussian Process).</p>
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<p>I have also built and published several web applications to integrate ASSISTments with other Learning Management Systems.</p>
<li>Implemented a student model (knowledge tracing) with Long Short-Term Memory (LSTM) to predict the probability of a student making errors on given problems and measure student’s knowledge level on given skills.</li>
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<li>Built a model for automated assignment grading tasks using memory networks and achieved state-of-the-art results on the Kaggle ASAP dataset.</li>
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<li>Estimated the individual treatment effect for students using a deep learning model from the dataset collected from randomized control trials running inside ASSISTments.</li>
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<li>Finished the <ahref="https://web.cs.wpi.edu/Intranet/Graduate/compexam.html" target="_blank">Comprehensive Exam</a> on topics including Bayesian optimization, Gaussian process, aggregation of crowdsourced labels, and estimation of the treatment effect.</li>
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