MONISOLA JAYEOBA

Human Computer Interaction Researcher

Data-Driven

Human-Centered

Impact-Focused

Business-Oriented

owner

Research-Driven. Human-Centered. Impact-Focused. Business-Oriented

I’m a human-centered AI design researcher and fourth-year dual-PhD student in Computer Science & Communications at Northwestern University, Evanston, IL. My research interests encompass human-computer interaction-AI (HCI-AI), behavioral medicine, and digital health to design scalable, human-centred AI-driven tools in clinical settings. My work integrates participatory design and user research to understand user needs; explainable machine-learning development that uncovers “why”; and seamless clinical workflow integration to ensure adoption and impact. I work under the guidance of Dr. Maia L. Jacobs in the Personalized & Adaptive Technology for Health (PATH) lab where I am bridging the gap between algorithmic predictions and clinical practice through human-centered design.

 

Currently, I’m pioneering the design and evaluation of a clinician-facing risk calculator paired with an innovative ML-AI fairness dashboard. Together, these systems transform complex machine learning risk predictions into actionable clinical insights for pediatricians assessing early childhood mental health. By partnering with clinicians in co-design sessions, I created an evidence-based interface that visualizes relationships between risk and protective factors, highlights potential cognitive biases, and offers tailored conversation aids for family discussions. The interface promotes AI explainability by visualizing risk-protective factor relationships, showing which factors drive predictions, how confident the model is, and suggesting interventions that could change outcomes. Through its explainability features, the system empowering clinicians to question, interpret, and apply algorithmic recommendations while preserving their clinical expertise. Core competencies demonstrated include human-AI interaction design, healthcare UX research, clinical workflow integration, and explainable AI interface design.

 

My other projects involved co-creating telemedicine solutions tailored for cancer survivors and understanding misinformation and long-term engagement in online health communities. 

My doctoral study was supported by the American Association of University Women International Doctoral Fellowship award, effective from July 2024 through June 2025. And currently, in part by the Society of Women Engineers. Before these two, I have also received and benefited from numerous distinguished scholarship awards.

Featured Projects

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Mental Health AI Dashboard

The DECIDE project develops an AI explainability dashboard that transforms opaque machine learning predictions for early childhood mental health risk into transparent, actionable clinical insights through participatory co-design with pediatricians.
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Hospital Management System

This project aims to design and develop a user-friendly Hospital Management System that streamlines patient care, staff operations, and administrative tasks, improving efficiency, patient outcomes,and overall healthcare experience.
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Web-based Medical Crowdfunding Platform

I co-designed a common crowdfunding platform system that can validate people’s medical problems, solutions, and financial needs. Additionally, host a safe payment gateway for donors to remit funds and connect patients with quality healthcare at subsidised rates (within Nigeria).
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Immersive VR Application for Dietary Self-tracking

This project utilized immersive modern technologies including Virtual Reality and Interactive Gamification System to engage and educate Scots on the need to quantify and monitor their personal diet data. Additionally, the project aims to enlighten people on misperceptions around food calories and promote indigenous Scottish food and drinks.

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