Introduce ChatGPT in ECommerce chatbot: - Spearheaded the integration of ChatGPT to fill gaps in existing bot responses and tailored content for a WhatsApp audience, resulting in a 20% uplift in automation and user engagement.
Create a framework to train transformer models - Established a Django server with Celery for queuing training jobs and led the development of a UI for model training, allowing anyone to schedule training via the UI and reducing training time by 80%.
SDE-2 (NLP)
LimeChat
Jun 2021 - Oct 2022(1 year 5 months)
Chatbot Performance Monitoring & Smart Bug Reporting System: - Designed the HLD and LLD, streamed data to Elasticsearch, and set up Kibana dashboards & alerts, enabling proactive bug resolution and identification of chatbot response time bottlenecks.
Improve browsing experience on chat for apparel brands: - Automated product attribute mining from descriptions and introduced ML algorithms for product search, enhancing UX for product exploration. This increased product discoverability by 40% and boosted sales by 10%.
Computer Vision Research Engineer
Aina
Oct 2020 - Apr 2021(7 months)
Key Achievements: - Developed a virtual clothing try-on application from inception, enabling real-time body measurements and 2D garment visualization. - Achieved an impressive measurement accuracy rate of 96.2%. - Successfully launched the application on TestFlight for iOS.
Education
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Bachelor of Technology - BTech, Electronics and Communications Engineering, Electronics and Communications Engineering
IIIT Hyderabad
Jan 2017 - Jan 2021(4 years 1 month)
Projects (professional or personal)
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I
Intrinsic Image Decomposition
Intrinsic image decomposition separates an image into a reflectance layer and a shading layer. Automatic intrinsic image decomposition remains a significant challenge, particularly for real-world scenes. Implemented the dense CRF-based intrinsic image algorithm for images in the wild and ran experiments with a new prior based on scenery lighting conditions.
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1D/2D SLAM
Implemented Pose Graph Optimisation from scratch using Python. Used EVO & g2o Viewer for evaluating and visualising the trajectory. Also used Bundle Adjustment to perform Monocular vSLAM using sparse matrix representations and generated dense 3D point cloud reconstruction of a world scene made of stereo images from KITTI dataset and recovered the poses using an Iterative Perspective-from-n-points(PnP) algorithm.