
I specialize in designing, building, and optimizing large-scale data architectures to drive strategic decision-making and operational efficiency. My journey has spanned diverse industries and roles, where I've leveraged advanced data analytics, big data technologies, and machine learning to tackle complex business challenges and unlock data-driven insights.
Currently, I work as a Data Scientist at JPMorgan Chase & Co., where I develop predictive models, automate resiliency testing frameworks, and build ETL pipelines that support enterprise resilience and operational continuity. My expertise spans Spark, Hadoop, Snowflake, AWS, and a range of data engineering and machine learning tools, enabling me to deliver scalable, robust, and efficient solutions.
My approach combines a strong foundation in data engineering with a passion for continuous learning and innovation. I focus on emerging technologies and best practices in data science, cloud computing, and data governance. Thriving in collaborative environments, I have a proven track record of leading projects that enhance system performance, improve data accuracy, and deliver transformative insights to support business resilience and strategic goals.
• Machine Learning Model Development: Designed and deployed machine learning models to predict system vulnerabilities, optimizing the organization's resilience strategies.
• Automated Resilience Frameworks: Developed and implemented the ART framework to automate resiliency testing, enabling the simulation of real-world disruption scenarios.
• Risk Analysis & Mitigation: Conducted risk assessments using statistical analysis and predictive modeling to identify potential points of failure in enterprise systems.
• Anomaly Detection: Designed algorithms for real-time anomaly detection in system performance metrics, enhancing disaster recovery mechanisms.
• Cloud Integration: Migrated resilience models to cloud platforms like AWS and Azure, enabling real-time monitoring and analysis.
• Big Data Processing: Leveraged Hadoop and Spark for processing terabytes of data to assess enterprise-wide performance during simulated disruptions.
• Visualization Dashboards: Developed interactive dashboards in Tableau and Power BI to provide actionable insights into system resilience and risk factors.
• Disaster Recovery Optimization: Provided data-driven recommendations to improve disaster recovery plans, and reduce downtime during incidents.
• Real-Time Monitoring Solutions: Created systems for monitoring critical infrastructure health in real-time, ensuring rapid response to anomalies.
• Collaboration with Stakeholders: Partnered with IT infrastructure, risk management, and business continuity teams to align analytics solutions with organizational goals.
• Simulation Modeling: Built simulation models for testing the impact of infrastructure failures on enterprise operations, improving predictive accuracy.
Regulatory Compliance Analysis: Ensured resilience testing and analytics complied with financial industry regulations and internal governance policies.