Digital Fusion's Work | ContraWork by Digital FusionDigital Fusion
Account Manager at Digital Fusion
Project 1: Database Migration & Audit
Project Title: 5,000+ Record Database Audit and Migration
Role: Administrative Specialist
Tools Used: Property Tree, PropertyMe, Microsoft Excel
Project Description:
Successfully audited, cleaned, and migrated a massive database of over 5,000 property and client records for a busy real estate firm. The primary goal was transitioning historical data seamlessly between platforms while maintaining strict data integrity.
The Process:
Exported raw legacy data into Microsoft Excel to isolate missing information and system errors.
Formatted, mapped, and cleaned 5,000+ rows of data to match the exact field requirements of the new system.
Successfully imported the verified dataset into PropertyMe with zero downtime or lost records. Student engagement measuring mechanism using computer vision — Research Link
– Collected and preprocessed real classroom video datasets, applying data augmentation techniques to
improve model robustness.
– Developed a YOLOv8-based deep learning model to measure engagement through eye movement, gaze
points, body posture, and head orientation of students.
– Achieved 85% accuracy in engagement detection, validated on 2500+ annotated video frames, providing
actionable insights for educators.
– Tech Stack: YOLOv8, OpenCV, MediaPipe, ResNet-50, Scikit-learn, TensorFlow, Roboflow. Retail basket analysis and customer segmentation
– Conducted deep-dive analysis on 500k+ retail transactions using Apriori and FP-Growth to discover
cross-sell opportunities, identifying high-lift product associations and seasonal purchase patterns.
– Performed RFM customer segmentation, improving potential cross-sell rate by 18%, and built interactive
dashboards.
– Tech Stack: Python (pandas, NumPy, mlxtend, scikit-learn), SQL, Tableau, plotly. Analyzed CDC diabetes health indicators dataset
– Analyzed 253k+ survey records to uncover risk factor patterns; built Decision Tree models with 5-fold cross-validation, achieving 82% classification accuracy.
– Optimized model performance through hyperparameter tuning, improving recall of positive diabetes cases by 15%, supporting more accurate early-risk detection insights.
– Tech Stack: Python, Pandas, NumPy, Scikit-learn, Seaborn, Matplotlib, Imbalanced-learn