Cyclistic Case Study
5.5M+ rides analysis with dashboards and recommendations to improve customer conversion and loyalty.
Machine learning engineer with hands‑on experience in computer vision, NLP, and end‑to‑end data pipelines. I design and deploy production‑ready models, interactive dashboards, and automation (e.g., Google Sheets integrations and Plotly Dash) that reduce manual effort, improve decision making, and lower operational risk.
Experienced in model development, data engineering, and cloud deployment — I turn messy data into audit‑ready systems and interactive dashboards.
I am an analytics and technology professional specializing in machine learning, data science, and advanced Python development. I build predictive models, computer vision systems, and NLP applications that routinely exceed 90% accuracy. I turn data into action by combining system log analysis, automation, and data‑driven insights to optimize workflows and support better decision‑making. I design and deploy end‑to‑end data pipelines, interactive dashboards, and AI‑powered applications that scale within compliance frameworks, improve efficiency, and reduce operational risk. My work focuses on delivering measurable business impact through technical innovation and robust engineering practices.
5.5M+ rides analysis with dashboards and recommendations to improve customer conversion and loyalty.
Web app with automated scoring for descriptive answers and Google Sheets integration for results management.
Computer vision model to convert gestures to text with real-time webcam support and high confidence detection.
End-to-end analysis of Falcon 9 launches: API + web scraping, EDA, Folium maps, Plotly Dash dashboards, and classification models to predict landing outcomes.
Performed system log analysis for fraud investigations, automated ticket workflows, and built complaint trend dashboards to improve SLA adherence and reduce escalations.
Processed 1,000+ student records; built Random Forest model achieving ~93% accuracy; validated with precision/recall/F1 metrics.