Published by
IJRTE
Summary
Authored deep learning-based research utilizing CNNs to map poverty in India, fine-tuning an Inceptionv3 model on aerial and nightlight images as a proxy for economic status, published in IJRTE, vol. 8, no. 3.
Highly accomplished Senior Tech Lead Data Scientist with 6+ years of experience in Computer Vision, Deep Learning, MLOps, and LLM. Proven leader in developing and deploying complex AI/ML products from concept to production, driving significant improvements in accuracy, efficiency, and cost savings. Adept at leading cross-functional teams, optimizing data science workflows, and delivering innovative solutions that impact millions of API calls and reduce operational costs.
Senior Tech Lead Data Scientist
Delhi, Delhi, India
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Full-time
Summary
Led the development and deployment of multiple Computer Vision products and MLOps initiatives, driving innovation and efficiency in AI/ML operations.
Highlights
Initiated and delivered a Liveness Detection product from concept to execution, distinguishing live persons from presentation attacks and handling ~3M API calls/month, preventing fraud.
Achieved performance surpassing competitors' existing products within 1 year by improving model accuracy by ~12% and reducing False Rejection Rate by >40% through advanced data generation and model optimization.
Headed the MLOps initiative, deploying MLflow for experiment tracking and data annotation, streamlining workflows for 20+ Data Scientists, 6 Data Annotators, and Product Managers.
Authored 2 packages to standardize MLflow usage and streamline regression testing for Data Science product APIs, enhancing codebase efficiency.
Engineered a Video Liveness product from scratch, incorporating 25+ API calls and creating scoring mechanisms, reducing dependency on vendor products and cutting costs by ~45%.
Developed a generic LLM platform that reduced Turnaround Time (TAT) for new product requests from ~2 weeks to 1 day and cut costs by ~90%.
Led a 6-person team, establishing the Data Science team and overseeing multiple projects including Face Verification, Face Detection, and Image Quality Assessment.
Data Engineer
Noida, Uttar Pradesh, India
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Summary
Developed and implemented automated ETL pipelines for diverse raw data sources and OLAP design, ensuring efficient data migration and processing.
Highlights
Designed and created automated ETL pipelines, integrating a variety of raw data sources and optimizing for OLAP design requirements.
Successfully implemented a robust ETL pipeline to migrate critical client data from existing RDBMS to AWS Redshift Cluster, facilitating OLAP creation.
Leveraged a suite of AWS services including S3, Lambda, and Redshift, alongside Apache NiFi, to ensure seamless and efficient data migration processes.
Completed intensive 6-month training in Software Development Engineering (SDE) and advanced Big Data concepts, enhancing foundational technical expertise.
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B. Tech.
Computer Science Engineering
Issued By
DeepLearning.AI
Issued By
Coursera
Issued By
DeepLearning.AI
Issued By
DeepLearning.AI
Issued By
DeepLearning.AI
Issued By
Coursera
Awarded By
Karza Technologies
Recognized as a top performer for Q2 2022 at Karza Technologies for exceptional contributions.
Awarded By
OpenCV
Achieved finalist status in the prestigious OpenCV AI Competition in 2021, showcasing advanced AI/ML capabilities.
Awarded By
ToTheNew
Recognized as Employee of the Month during tenure at ToTheNew in 2019 for outstanding performance.
Awarded By
Various Prestigious Events
Consistently achieved top rankings in competitive coding, hackathons, and robotics events from 2016 to 2018, demonstrating strong technical prowess.
Computer Vision (CV), Deep Learning, MLOps, LLM.
Python, C++, SQL.
PyTorch, Numpy, Pandas, Jupyter, TensorFlow, OpenCV, Pillow, MLflow, ONNX, scikit-learn, PaddlePaddle, Keras, matplotlib, LabelStudio.
Data Structures (DS), Algorithms (Algo), Git, Jira, CI/CD.
AWS S3, AWS EC2, AWS Redshift, AWS Rekognition, AWS Lambda, GCP Compute Engine, GCP Speech To Text, Azure Virtual Machine, Azure AI Face, GCP Vertex AI, GCP BigQuery.
Published by
IJRTE
Summary
Authored deep learning-based research utilizing CNNs to map poverty in India, fine-tuning an Inceptionv3 model on aerial and nightlight images as a proxy for economic status, published in IJRTE, vol. 8, no. 3.