I specialize in turning complex, multi-source data into reliable, analytics-ready datasets that support recurring business decisions, risk reviews, and AI/ML use cases. My work spans the full data lifecycle—from ingestion and transformation to modeling, validation, and consumption—within modern cloud data ecosystems.
I designed and orchestrated ETL/ELT pipelines using Snowflake, Databricks, AWS, PySpark, SQL, and Python, supporting enterprise analytics, BI platforms, and ML-ready datasets. I’ve led initiatives that reduced 450+ manual processing hours, improved data reliability, and enabled standardized reporting across multiple business teams.
Across my career, I’ve:
Built and optimized cloud data pipelines across Snowflake, Databricks, AWS Glue, Matillion, and Redshift
Designed analytics-ready and dimensional data models for enterprise reporting
Implemented data validation, quality checks, and monitoring to prevent recurring data issues
Prepared feature-ready datasets for applied machine learning, risk scoring, and pattern detection
Integrated data across internal and third-party systems using REST APIs, OAuth, and JWT
Partnered closely with business, risk, and IT stakeholders to translate requirements into scalable data solutions
My background spans both hands-on engineering and business-facing analytics, allowing me to bridge technical execution with real-world decision-making. I’m particularly interested in work at the intersection of analytics engineering, cloud data platforms, and AI/ML-enabled analytics.
Core skills:
Received Chairman’s Award for the year 2020 at Cyient, the most valuable and prestigious award in the organization which is awarded to .01% of the total employees (80,000) worldwide for their contribution and nuances in work.
Application of Additive Manufacturing Methodology in Legacy Parts
Design and Analysis of An Aristo Robot Arm Under Varying Load Conditions
Aerothermodynamic Analysis of a Blunt Body with Forward Facing Cavity and Opposing Jet Combination
Topology Optimized Design Methodology to Suit Additive Manufacturing Process
“Controlled Braking System for a Helicopter Rotor Blade Shaft” Owner, Intellectual property in India. Dec 2020. Application Number: 202041052924 (Status: Filed)