Hi, I’m John 👋 — a data scientist and human–AI interaction researcher focused on AI Safety, usable privacy, and decision support for vulnerable users, currently children and families.
I’m currently a Data Science M.S. student at UC San Diego where I design and evaluate systems that help families, students, and communities interact with AI and data safely and effectively.
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Child & family safety in human–AI interaction
Parental controls, child-safe LLMs, and transparency/logging tools for families. -
Usable privacy, AI safety, and governance
Turning people’s mental models of risk into concrete controls, interfaces, and policy-facing evaluation methods. -
Learning, metacognition, and visualization
Tools that help students reflect, track progress, and make better decisions; interfaces as experiments on human judgment.
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Family-Safe GenAI & Parental Controls
Mixed-methods study + prototype- Interviewed parents of K–12 students about how their kids use GenAI chatbots and what they want to moderate.
- Built LLM-backed prototypes with controls over topics, tone, and when the model defers to an adult, plus visualization of children’s usage.
- Prototypes built on top of open-source UIs such as
- Code: private; available on request where appropriate.
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Compass-X – Metacognition Tool for CS2
Web app + large-scale deployment- Full-stack tool that prompts students to reflect on their study plans and progress in data structures courses.
- Deployed in a large CS2 course; used logs + grades + surveys to study relationships between usage, learning outcomes, and confidence.
- Code: private; available on request where appropriate.
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Explainability Sanity Checks with LIME
Reproducing and extending XAI sanity checks- Experiments on how stable and trustworthy LIME explanations are under different perturbations and model settings.
- Repo:
XAI-Sanity-Checks-and-Understanding-LIME
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Topic Modeling: NMF vs BERTopic
Classical vs transformer-based topic models- Comparative analysis of NMF and BERTopic on real-world text data, including evaluation metrics and visualizations.
- Repo:
Topic-Modeling_NMF-vs-BERTopic
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Predicting NYPD Response Times
Public safety + ML pipeline- End-to-end pipeline (data cleaning, feature engineering, modeling, evaluation) for predicting NYPD emergency response times from public 911 data.
- Repo:
Predicting_NYPD_Response_Times
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Analyzing San Diego Potholes
Infrastructure equity & service patterns- Spatial analysis and visualization of San Diego 311 pothole requests to explore how service varies across neighborhoods.
- Repo:
Analyzing_San_Diego_Potholes
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Hybrid Graph-Based Content Filtering for Music Recommendation
Recommender systems & graph-based methods- Explores hybrid graph/content-based filtering for music recommendation.
- Repo:
Hybrid_Graph-Based_Content_Filtering_for_Enhanced_Music_Recommendation
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Global Art Exploration and Analysis
Knowledge graphs & cultural data- Uses Neo4j, PostgreSQL, and Redis to explore and analyze global art collections.
- Repo:
Global_Art_Exploration_and_Analysis
- Languages: Python, R, SQL, Java, HTML/CSS/JavaScript
- Data & ML: pandas, scikit-learn, basic PyTorch/TF (prototyping), time series, recommender systems, topic modeling
- Data systems: Jupyter, Dask, Spark (intro), AWS and containerized environments
- Human-centered methods: interviews, surveys, thematic analysis, experimental design, A/B testing
- Other: reproducible pipelines, careful documentation, evaluation-first thinking
- Understanding Parents’ Desires in Moderating Children’s Interactions with GenAI Chatbots through LLM-Generated Probes — CHI submission (first author)
- Student Usage of Metacognition-Promoting Tool in a CS2 Course and its Relationship with Performance — SIGCSE TS 2025
- Engagement with Metacognition-Promoting Web-based Interventions and its Relationship with Learning Outcomes — ASEE 2025
- Uncovering Meaningful Computing Contexts for Incarcerated College Students — ITiCSE 2024
- An Empirical Evaluation of Live Coding in CS1 — ICER 2023
- Understanding and Measuring Incremental Development in CS1 — SIGCSE TS 2023
Full list and PDFs on Google Scholar.
- Email:
jjdrisco [at] ucsd.edu - LinkedIn: linkedin.com/in/jjdrisco


