Research Portfolio

Interdisciplinary research at the intersection of data science, education policy, and gender equity - I employ mixed-methods approaches that combine quantitative rigor with deep contextual understanding of educational systems and social dynamics.
Published

December 27, 2025

NoteResearch Philosophy

I believe impactful policy research must: (1) employ rigorous, transparent methods, (2) engage directly with implementation contexts, and (3) produce tools and frameworks that empower decision-makers. My work moves from conceptual frameworks through empirical testing to practical implementation.

Current Research Themes

1. AI in Education: From Policy to Practice

Research Question: How can generative AI and machine learning be responsibly integrated into educational systems to enhance learning while addressing equity concerns?

Methodological Approach:

  • Experimental design of AI interventions

  • Natural language processing of educational content

  • Causal inference methods for impact evaluation

  • Participatory design with educators and students

Key Contributions:

  • Developed Ceibal’s first generative AI chatbot for learning support in computational thinking

  • Created evidence synthesis frameworks for AI policy decisions

  • Designed monitoring systems for algorithmic fairness in EdTech

Explore detailed AI research →

2. Gender Equity in STEM Education

Research Question: What systemic and perceptual barriers explain persistent gender gaps in computational thinking and STEM participation, and which interventions effectively address them?

Methodological Approach:

  • Longitudinal survey analysis with gender-disaggregated data

  • Experimental studies of teacher perceptions and bias

  • Network analysis of participation patterns

  • Meta-analysis of intervention effectiveness

Key Contributions:

  • Pioneered the “relative risk” metric for quantifying gender gaps across competencies

  • Developed Uruguay’s first real-time gender equity dashboard for STEM

  • Created comprehensive knowledge base synthesizing 250+ research documents

Explore gender equity research →

3. Digital Capital and EdTech Evaluation

Research Question: How can we move beyond access metrics to measure the actual development of digital capabilities through educational technology programs?

Methodological Approach:

  • Framework development and validation

  • Mixed-methods program evaluation

  • Digital trace data analysis

  • Cost-effectiveness analysis

Key Contributions:

  • Developed “Digital Capital” framework adopted for Uruguay’s micro:bit program

  • Created innovative metrics for technology usage intensity

  • Designed monitoring systems that connect device usage to learning outcomes

Explore digital capital research →


Methodological Expertise

Quantitative Methods

  • Causal Inference: RCTs, quasi-experimental designs, difference-in-differences, instrumental variables

  • Machine Learning: Predictive analytics, NLP, heterogeneous treatment effects

  • Statistical Modeling: Multilevel modeling, structural equation modeling, missing data analysis

  • Data Visualization: Interactive dashboards (R Shiny), geospatial analysis, network graphs

Mixed-Methods Approaches

  • Qualitative Integration: Expert interviews, focus groups, participatory design

  • Survey Design: Multi-wave longitudinal studies, psychometric validation

  • Research-Practice Partnerships: Co-design with policymakers and educators

  • Implementation Science: Fidelity measurement, scaling frameworks


Selected Ongoing Projects

1. Ceibal AI Observatory

Timeline: 2024-2026
Role: Lead Designer and Research Director
Objective: Establish Latin America’s first observatory dedicated to monitoring AI’s impact on education, with special attention to equity dimensions.
Methods: Systematic evidence reviews, NLP of policy documents, experimental pilots, international benchmarking.

2. Gender Bias in Computational Thinking Education

Timeline: 2023-2025 (Longitudinal)
Role: Principal Investigator
Objective: Track evolution of teacher perceptions and gender gaps across Uruguay’s national computational thinking curriculum.
Methods: Multi-wave teacher surveys, student performance data analysis, experimental vignette studies, classroom observations.

3. Digital Capital Measurement Framework

Timeline: 2024-2025
Role: Framework Developer
Objective: Create validated instruments to measure digital capital development across socioeconomic groups.
Methods: Instrument development and validation, factor analysis, measurement invariance testing, predictive validation.

4. Generative AI for Personalized Learning

Timeline: 2024
Role: Research Lead
Objective: Evaluate effectiveness of AI chatbots in supporting diverse learners in computational thinking courses.
Methods: A/B testing, learning analytics, qualitative user feedback analysis, equity impact assessment.


Research Infrastructure & Tools

Data Platforms

  • Gender & STEM Dashboard: Real-time monitoring of 50+ equity indicators

  • Evidence Synthesis Platforms: Curated research databases on AI and EdTech

  • Interactive Knowledge Hubs: Digital publications with embedded analytics

Methodological Resources

  • R Packages: Custom tools for education data analysis

  • Survey Instruments: Validated scales for measuring perceptions and outcomes

  • Analytic Templates: Reproducible workflows for common education research tasks

Capacity Building

  • Workshop Materials: Training on machine learning, causal inference, and gender analysis

  • Technical Manuals: Guides for computational reproducibility

  • Open Educational Resources: Teaching materials for data science in education


International Collaborations & Networks

Research Consortia

  • ARC Summit (Wales): Participation in international network on educational equity

Policy Networks

  • Ceibal Foundation: Research-practice partnership on absenteeism and AI

  • ANII Uruguay: Evaluation panels for education research funding


Research Impact & Translation

Policy Influence

  • Direct Policy Input: Research directly informing Uruguay’s education technology strategy

  • Tool Adoption: Dashboards and frameworks used in Ceibal

Capacity Building

  • Training Programs: Workshops for teachers on data-driven decision making

  • Methodological Mentorship: Supporting education researchers in advanced methods

  • Open Science Advocacy: Promoting transparency and reproducibility in education research

Public Engagement

  • Media Outreach: Regular contributions to public discourse on education and technology

  • Stakeholder Workshops: Engaging teachers, parents, and students in research process

  • Digital Dissemination: Interactive research summaries for broad audiences


Publications by Theme

For detailed publication lists, see:


ImportantResearch Opportunities & Collaboration

I welcome collaboration on:

  • PhD Supervision: Topics in education technology, gender equity, or policy evaluation

  • Research Partnerships: Joint projects with universities, NGOs, or government agencies

  • Consulting: Methodological support for complex education evaluations

  • Speaking Engagements: Workshops on research methods or substantive findings

Contact: robano@gwu.edu

Research updates are posted quarterly. Last updated: December 27, 2025