Currently pursuing Master of Technology in Machine Learning & Artificial Intelligence at Lovely Professional University (Final Semester, 8.91 CGPA). Passionate about applying deep learning to real-world problems, particularly in medical imaging, environmental forecasting, and computer vision.
M.Tech in ML & AI from Lovely Professional University — Final Semester with 8.91 CGPA
4 IEEE publications spanning plant disease detection, groundwater prediction, and pulmonary embolism
Deep Learning, Computer Vision, NLP, Transformers,Medical Imaging, Time-Series Analysis & Hybrid ML-DL Models
Automated plant disease diagnosis using InceptionNetV3 and EfficientNetB3 on 87,000+ leaf images across 38 classes. Enhanced with histogram equalization, Gaussian blur, edge detection, and real-time augmentation. EfficientNetB3 converged in just 5 epochs; InceptionNetV3 achieved top test accuracy over 12 epochs — proposing a scalable precision agriculture solution.
Investigated Random Forest, SVM, LSTM, Bidirectional LSTM, and a novel Hybrid RF+LSTM model for time-series groundwater level forecasting from monitoring station data. Preprocessed with interpolation, normalization, and lag features. The Hybrid model achieved the best trade-off between structured and sequential learning, outperforming standalone approaches.
Transformer-based multi-task framework using TransUNet for automated PE segmentation and classification on CTPA scans from the FUMPE dataset (35 patients, 200+ DICOM slices). Outperformed SCUNet++ (Dice 83.4%) and Swin-UNet via global attention and cross-attention refinement for capturing small, scattered emboli with minimal false positives.
Custom NLP Transformer built with a proprietary Emotion-Embedding and Modified Attention layer. Optimized stability via dropout tuning and label smoothing.
An automated service that monitors ML model performance and triggers retraining when accuracy drops below a threshold. Uses Celery Beat for periodic health checks every 30s, RabbitMQ as message broker, and FastAPI for REST API endpoints.
IEEE ICRITO 2025
DOI: 10.1109/ICRITO66076.2025.11241941IEEE STCR 2025
DOI: 10.1109/STCR62650.2025.11019322IEEE ICRITO 2025
DOI: 10.1109/ICRITO66076.2025.11241237IEEE ICRITO 2025
DOI: 10.1109/ICRITO66076.2025.11241562IBM / Coursera
Issued Jan 2026
IBM / Coursera
Issued Nov 2025
IBM / Coursera
Issued Nov 2025
CipherSchools
Issued Jul 2025 · ID: CS2025-13820
IEEE Madras Section (STCR 2025)
Presented May 2025
Coursera
Issued Apr 2023 · ID: FJHKKF2J75VB
Coursera
Issued Feb 2023 · ID: Y5L57LM9W88T
Coursera
Issued Mar 2023 · ID: NJ9V8M3WAJ7K
Coursera
ID: WJ3PY5LLFVK3