Bridging Financial Strategy
with Advanced Analytics

Finance & Data Professional with 6+ years of experience. I combine FP&A expertise with SQL & Python to build automated forecasting models, reduce variance, and drive executive decision-making.

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Technical & Analytical Toolkit

Financial Analysis (FP&A)
  • Variance Analysis & Forecasting
  • Budgeting & Cost Control
  • Financial Modeling (Excel/VBA)
  • Reconciliation & Auditing
Data Engineering & BI
  • SQL (Advanced Querying/ETL)
  • Power BI & Tableau (Dashboards)
  • Data Warehousing Concepts
  • Process Automation
Data Science
  • Python (Pandas, NumPy)
  • Machine Learning (Scikit-Learn)
  • Time-Series Forecasting
  • Risk Modeling

Selected Case Studies

Enterprise Forecasting Transformation

Professional Experience SQL Power BI FP&A

The Business Problem

Forecasting across 16 business units was manual and prone to error, leading to inefficient capital allocation.

The Data Strategy

Consolidated $500M+ in annual Opex spend data. Designed SQL pipelines to process 500k+ annual transactions from legacy banking systems.

The Analysis

Replaced manual spreadsheets with automated driver-based models. Built Power BI dashboards to track variance in real-time.

The Impact

Result: Improved forecast accuracy by 67% and shortened the planning cycle by 30%. Identified $5M+ in efficiency opportunities.

Credit Risk Assessment Model

Python Machine Learning Scikit-Learn Risk Mgmt

The Question

How can we accurately predict borrower default risk to minimize bad debt exposure?

The Data

Utilized historical borrower data, cleaning features related to income, debt-to-income ratio, and credit history.

The Analysis

Developed a classification model using Random Forest. Implemented feature importance scoring to understand key drivers of default.

The Impact

Result: Improved default prediction accuracy by 18% over baseline models, enabling data-driven risk-based decisioning.

Retail Demand Forecasting

Python XGBoost Prophet Time-Series

The Question

How can retailers optimize inventory levels during high-volatility holiday seasons?

The Data

Analyzed time-series sales data. Handled seasonality and holiday spikes using Prophet and XGBoost libraries.

The Analysis

Compared traditional time-series models against ML approaches to find the lowest error rate for peak periods.

The Impact

Result: Reduced forecast error by 22%, supporting better inventory and staffing optimization.