I am a skilled Computer Vision Engineer with experience in developing, implementing, and optimizing computer vision models for real-time applications. I have expertise in deep learning frameworks such as TensorFlow, PyTorch, and OpenCV, and a proven ability to handle various tasks including object detection, image classification, video analytics, and multi-camera setups. I am adept at deploying models on edge devices and working with camera systems (Basler, PoE, CCTV) for industrial automation, particularly in the automotive sector. I have a strong understanding of YOLO and classification models, with a focus on delivering end-to-end solutions for anomaly detection and quality control in manufacturing.
Previously, I worked as a Research and Development Engineer specializing in Data Science and physics-based modeling, with a focus on industrial applications. My professional experience in the oil and gas industry includes pressure forecasting, anomaly detection, predicting gas component percentages, diagnosing failures in ultrasonic meters, and detecting anomalies in sensor data using a combination of statistical, machine learning, and deep learning techniques.
Computer Vision Engineer
(Eternal Robotics Private Limited)Project 1: IP Cluster Inspection
Description: The IP Cluster Inspection project involves detecting child parts and classifying them to ensure that the correct part is installed in a particular vehicle model.
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Research and Development Engineer
(Alethe Lab India Private Limited)Project 1:(M.A.S.S.) Industrial Applications
Description: M.A.S.S. Industrial Applications provide comprehensive support throughout the industrial process, from data aggregation and processing to trend identification, anomaly detection, and control functions for actions, leveraging machine learning and industrial models for enhanced operational insights and efficiency.
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Project 2:(M.A.S.S) – ILI Pigging
Description: Intelligent or smart pigging allows the pipeline operators to inspect the pipeline for anomalies like corrosion, metal loss, dent etc. without stopping the flow. Intelligent or smart PIG (Pipeline Inspection Gauge) uses sensors like Magnetic Flux Leakage or Ultrasonic to identify the anomalies. In case of long pipelines intelligent pigging is the only viable method to efficiently operate the pipeline.
Responsibility:
M.Sc. (Tech.) Applied Geophysics
Kurukshetra University, KurukshetraB.Sc. (Physics, Chemistry, Maths)
Ramdoot Collage of Education Randevi Nakur, Saharanpur (Ccs University Meerut)