Data Analytics
LexisNexis Data Quality Monitoring
AI Powered Data Quality Monitoring
Client:
LexisNexis
Project Type:
Data Analytics
Project Year/Semester:
Fall 2025
Project Sponsor:
Prabhu Sadasivam

• Design an AI-powered data quality monitoring framework for Azure Data Lake within LexisNexis Risk Solutions’ Insurance Technology division

• Apply machine learning and time-series methods to detect anomalies, missing values, formatting issues, and other data quality problems

• Evaluate Azure-native AI/ML tools and third-party solutions for data quality monitoring

• Build dashboards to visualize data trends and quality signals

• Deliver a proof-of-concept monitoring system with clear design and operational recommendations

LexisNexis Bridger Watchlist
Watchlist Automation and Data Extraction
Client:
LexisNexis
Project Type:
Data Analytics
Project Year/Semester:
Fall 2025
Project Sponsor:
Valerie Piper

• Automate the Bridger Watchlist research process for LexisNexis Risk Solutions

• Analyze assigned URLs to understand data formats and identify anomalies

• Document findings and develop Python scripts for web scraping and data extraction

• Work with HTML, JSON, and XML data structures and apply regex-based extraction techniques

• Build repeatable, automated workflows that improve operational efficiency

LexisNexis Metadata Chatflow
Metadata Research and AI Knowledge Base Development
Client:
LexisNexis
Project Type:
Data Analytics
Project Year/Semester:
Fall 2025
Project Sponsor:
Valerie Piper

• Research and organize metadata from multiple internal sources to support a ChatFlow-based knowledge system at LexisNexis Risk Solutions

• Interview data engineering teams to understand metadata needs and current workflows

• Gather, analyze, and document metadata to identify key patterns and insights

• Contribute recommendations that improve metadata accessibility and internal processes

• Support the development of a unified, searchable internal knowledge base

LexisNexis Data Engineering
PowerBI Pipeline Optimization
Client:
LexisNexis
Project Type:
Data Analytics
Project Year/Semester:
Fall 2025
Project Sponsor:
Robert Kock

• Optimize PowerBI data refresh processes by integrating Azure Data Factory (ADF) with the PowerBI REST API

• Build secure API authentication and improve pipeline reliability to reduce refresh failures

• Enhance error handling to address timing conflicts between ADF and Synapse updates

• Design scalable ADF pipelines and implement automated PowerBI refresh triggers

• Collaborate with EDI and PowerBI engineering teams to deliver a more stable, efficient reporting workflow

LexisNexis Insurance Infrastructure
AI-Powered Data Quality Monitoring in Azure
Client:
LexisNexis
Project Type:
Data Analytics
Project Year/Semester:
Fall 2025
Project Sponsor:
Prabhu Sadasivam

• Develop an AI-powered framework for real-time data quality monitoring in Azure Data Lake for LexisNexis Risk Solutions

• Design and implement anomaly detection and time-series models to identify missing values, formatting issues, duplicates, and unusual data trends

• Analyze large-scale insurance datasets to detect and categorize data quality problems

• Evaluate Azure-native machine learning tools alongside third-party solutions

• Recommend the most effective approach for automated, scalable data quality management

AES Global PM Dashboard
Performance Monitoring Dashboard Development
Client:
AES
Project Type:
Data Analytics
Project Year/Semester:
Fall 2025
Project Sponsor:
AES Project Team

• Design and deliver a performance-monitoring dashboard for AES using Power BI

• Gather workflow and performance data to identify key metrics and visualization needs

• Apply UI/UX dashboard design principles and create iterative mock-ups

• Develop and refine the dashboard based on client requirements and ongoing feedback

• Test the solution across devices and produce final documentation, a project report, and a client presentation

Georgia-Pacific Customer Engagement
Data Analytics and Automation
Client:
Georgia Pacific
Project Type:
Data Analytics
Project Year/Semester:
Fall 2025
Project Sponsor:
GP Chief Information Officer

• Develop a digital customer success toolkit for Georgia-Pacific to automate Quarterly Business Reviews (QBRs)

• Design standardized QBR templates and build ROI calculation models

• Create dashboards that visualize operational efficiency, labor savings, and performance trends

• Integrate data from IoT dispenser systems to generate meaningful, data-driven insights

• Develop customer success playbooks and engagement strategies

• Deliver a scalable, automated framework that enhances customer engagement and demonstrates measurable business impact