Hosted by School of Technology and Computing (STC), the Applied Research Symposium (ARS) is open to faculty, professionals, and students from any discipline, university, or professional organization.
At the end of each quarter, any students who would like to share their projects including capstone courses will present their outcomes. This symposium will provide opportunities for students, researchers, and practitioners to discuss the influence and impact of the applied computing on the future of our planet and our society.
Date: Thursday, Sep 10th, 2026
Time: 4:30PM-5:30PM PT
Contact: ravidivakarreddy@cityuniversity.edu




Session Chairs






Presenters

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Description: This capstone develops an explainable, human-in-the-loop artificial intelligence framework for assessing the potential environmental benefits of reusable construction materials within ReUP – a digital platform that enables individuals and organizations to list, discover, and claim reusable construction materials to reduce waste and promote sustainability. The framework uses AI-assisted image analysis to suggest material and component information, requires owner verification, and applies traceable A1–A3 environmental factors and transportation data to estimate potential avoided carbon impact. Transparent formulas, assumptions, sources, and exclusions are provided to support responsible and understandable decision-making.

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Description: An exploration of migrating enterprise public service networks from flat to segmented zero trust networks (I work at UW they still have flat nets in the medicine sector)


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Description: This capstone project focuses on developing a reliable clinical decision support system for diabetes care. It combines a domain-specific Small Language Model (SLM), Retrieval-Augmented Generation (RAG), and a confidence-based abstention mechanism to answer diabetes-related clinical questions using trusted medical guidelines.

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Description: Hirello is an AI-powered career copilot for job seekers. My work spanned three efforts: verifying and fixing the conversational agent feature against a full product specification, where I caught a state-persistence bug (edits that appeared to apply but never saved) and a silent clipboard-copy failure; remediating a three-part data-integrity problem involving uploaded documents not reaching downstream tools, a user-isolation defect, and missing ownership constraints across the schema; and testing the résumé optimization flow, where I surfaced three onboarding defects — uploads failing while reporting success, inconsistent file-size limits, and a flow completable with no résumé at all. Built on Python/FastAPI/SQLAlchemy/MySQL with a Vue 3/TypeScript frontend, using Vertex AI for the agent and PyMuPDF for document parsing.

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Description: This study investigates how ocular, muscular, and cardiac artifacts in polysomnography (PSG) recordings affect hallucinations in AI-generated sleep reports. Simulated artifacts of varying types and severity levels are introduced into PSG recordings, and SleepLM generates reports from both original and modified recordings. An LLM-as-a-judge framework compares the generated reports with reference reports to identify hallucinations. The project aims to determine which artifact conditions reduce the reliability of AI-generated sleep reports

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Description: This capstone outlines a methodology for a machine learning framework that regards two costly setbacks in online retail: product returns and inventory shortages as parts of the inventory risk. It has two models based on a common, interpretable pipeline: a return risk classification model (logistic regression and random forests with ModCloth Fit data) and a stock-out risk classification model (XGBoost with time-based validation and Walmart M5 data). Both models’ outputs are rolled out into a rule-based decision layer developed in the form of an interactive Streamlit web application called “Inventory Risk AI”.

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Description: Using Machine Learning Models to predict student outcomes and identify at-risk students. The project utilizes bias-mitigation techniques and Explainable AI (XAI) to improve fairness and transparency in student outcome predictions.

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Description: Development and evaluation of a reproducible machine-learning pipeline for extracting and characterizing spatial-temporal patterns from earthquake catalog data.

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Description: The rapid expansion of short-form video platforms has fundamentally transformed digital content consumption, creating a highly competitive attention economy. Despite the massive scale of these platforms, creators frequently struggle to navigate opaque, black-box recommendation systems, relying on unguided trial-and-error rather than empirical data. The motivation for this research stems from the critical need to bridge the gap between qualitative cultural studies of content creation and technical predictive modeling. This project leverages large-scale, real-world platform data, specifically utilizing Kaggle datasets, to extract and test technical variables against genuine human interactions. By employing a Python-based machine learning pipeline utilizing Pandas and Scikit-Learn, this study transitions the focus from psychological descriptions to technical predictions. The ultimate benefit of this approach is the delivery of a robust, empirically backed framework, deployed as an interactive Streamlit dashboard, that replaces intuitive guesswork with data-driven engagement optimization, providing actionable insights for creators to maximize their algorithmic visibility.

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Description: This project develops a demand forecasting and inventory replenishment system designed for small retail businesses. The system uses historical sales, inventory, seasonal patterns, and promotion data to support demand forecasting and inventory decision-making. It calculates safety stock and reorder points and provides recommended order quantities to help store managers reduce stockouts, avoid overstocking, and improve inventory management.

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Description: MedAssist is a patient-centered prototype that supports AI-assisted chest X-ray analysis. Authorized clinicians can create de-identified patient records and upload chest X-ray images for review. The system presents AI-generated findings with confidence scores and allows clinicians to access each patient’s previous study history. The application connects patient records, image uploads, analysis results, and previous studies into one organized workflow. It explores how AI can support chest X-ray review while clinicians retain full oversight and final professional judgment. MedAssist is intended for educational and research purposes. It is not designed to provide a clinical diagnosis, replace professional medical decision-making, or be used for direct patient care.

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Description: This project evaluates how training-data size influences the fidelity and privacy of synthetic e-commerce data, with a particular focus on rare customer segments. Using a public e-commerce dataset, the study compares Gaussian Copula, CTGAN, and TVAE to evaluate their ability to preserve uncommon purchasing patterns while limiting potential privacy risks.


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Description: Development and evaluation of a gamified reading application integrating reading progress tracking, reflective journaling, and motivational features.

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Description: CareSphere AI is a web-based elder-care coordination platform designed to connect elders and caregivers through one integrated system. Based on the implemented code and prototype output, the application combines medication management, health/vital monitoring, appointments, personalized nutrition, patient memory, reports, caregiver notifications, and emergency SOS support.

Greeting & Announcement4:30 PM – 4:35 PM 4:35 PM – 4:55 PM Ixius ProcopiosTopic: Predicting Student Outcomes with Machine Learning (CS687) 4:55 PM – 5:15 PM Teja Sree KokkantiTBA 5:15 PM – 5:35 PM Seungwon SeonTopic: Algorithmic Visibility in Short-Form Content: A Machine Learning Approach to Engagement Optimization (CS687) | Main Advisor Dr. Sam Chung Main Chair Divakar Reddy Ravi Chair Divakar Reddy Ravi Advisor Sivakumar Visweswaran / Taejin Kim Presentation 15 min · Q&A 5 min |
4:35 PM – 4:55 PM Geraldine Isabel Marten-EllisTopic: Design and Evaluation of a Machine Learning Pipeline for Spatiotemporal Clustering of Earthquake Catalogs (CS687) 4:55 PM – 5:15 PM Sukhi Kaur ManakTopic: Design and Development of a Gamified Reading and Journaling Application (CS687) 5:15 PM – 5:35 PM Sumeet SinghTBA | Chair Giridhar Gopi Krishna Advisor Sivakumar Visweswaran Presentation 15 min · Q&A 5 min |
4:35 PM – 4:55 PM Mansi Sanjay BhosleTopic: Hallucination-Aware Clinical Decision Support for Diabetes Care using a Domain-Specific Small Language Model (SLM) with Retrieval-Augmented Generation and Confidence-Based Abstention (DS687) 4:55 PM – 5:15 PM Sumit ChaharTopic: Effect of Training-Data Size on Rare Customer-Segment Fidelity and Privacy in Synthetic E-commerce Data (DS687) 5:15 PM – 5:35 PM Hindolo Dominic MagbityTopic: An Explainable AI Framework for Environmental Impact Assessment of Reusable Construction Materials (DS687) | Chair Akshita Modi Advisor Taejin Kim / Sivakumar Visweswaran Presentation 15 min · Q&A 5 min |
4:35 PM – 4:55 PM Joseph TranTopic: Inventory-Aware Return and Stockout Prediction for U.S. Retail E-Commerce: A Machine Learning Approach (DS687) 4:55 PM – 5:15 PM Svetlana GrabarTopic: Predicting Hallucination Risk in AI-Generated Polysomnography Reports from Signal Artifact Types (AI687) 5:15 PM – 5:35 PM Lath Aiman NassarTopic: MedAssist: An AI-Assisted Clinical Decision Support System for Chest X-ray Analysis (CS497) | Chair Mrunali Manohar Vaidya Advisor Sivakumar Visweswaran / Taejin Kim Presentation 15 min · Q&A 5 min |
4:35 PM – 4:55 PM Bryan A SikelTopic: Designing an Open-Source Tangible User Interface for Accessible, Cost-Effective Geographic Literacy in Neurodivergent Children (CS497) 4:55 PM – 5:15 PM Chris AfarianTopic: Zero Trust Network Segmentation: Limiting Lateral Movement in Enterprise Networks (CS497) 5:15 PM – 5:35 PM Vishal Krishna KumarTBA | Chair Vishal Krishna Kumar Advisor Tomas Huber / Sam Chung Presentation 15 min · Q&A 5 min |
4:35 PM – 4:55 PM Xuekun YaoTopic: Demand Forecasting and Inventory Replenishment System for Small Retail Businesses (CS497) 4:55 PM – 5:15 PM Ian Malcolm FreebyTopic: Simple Mind, The World After Broadcast Radio (CS497) 5:15 PM – 5:35 PM TBD | Chair Sehee Ha Advisor Tomas Huber Presentation 15 min · Q&A 5 min |