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AI Engineering Senior Analyst, Accenture
The primary objective of this project is to develop and validate machine learning models that can automatically detect and assess the severity of car damage using images. By leveraging transfer learning and fine tuning of foundation models which run on convolutional neural networks (CNNs), the model aims to accurately classify the type and severity of damage, facilitating quicker and more consistent damage assessments.
This project focuses on applying CNNs enhanced by transfer learning techniques to classify car damage into multiple categories based on severity and type. The scope includes the development of a robust model trained on a curated dataset of car images with varying damage types, the evaluation of model performance through rigorous metrics, and a discussion on the feasibility of deployment in real-world scenarios.
"Teaches professionals how to unlock the power of data to solve complex business problems and make data driven decisions. Designed by IISc, #1 ranked University (NIRF) and a premier academic institution for world-class education in science, engineering, and design. Delivered by TalentSprint with its deep understanding of the modern technologies, access to industry experts, and a state of art technology platform. Delivered in an executive-friendly format. Unique 5-step learning process of LIVE online faculty-led interactive sessions, capstone projects, mentorship, hackathons, and presentations to ensure fast-track learning."