Abdul Hadi Zeeshan

Lucknow, IN.

About

Work

IIT INDORE

Summary

Classifying building damage levels in short time from satellite imagery for rapid disaster response.

Highlights

Classifying building damage levels in short time from satellite imagery for rapid disaster response.

IIT HYDERABAD

Summary

An open-source Python software for viewing, processing, and classifying medical images with a modular GUI and future integration of deep learning models.

Highlights

An open-source Python software for viewing, processing, and classifying medical images with a modular GUI and future integration of deep learning models.

Rappo

Summary

Developed a QA system using LangChain, Google Generative Al, and FAISS. Processed data in documents and created a vector database for efficient retrieval. Created this FAQ system for a service based startup Rappo.

Highlights

Developed a QA system using LangChain, Google Generative Al, and FAISS.

Processed data in documents and created a vector database for efficient retrieval.

Created this FAQ system for a service based startup Rappo.

Volunteer

AMU ML Club
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R&D Team Member

ZFR SAEI
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Managment Team Member

Summary

Was part of management team which secured 4th rank in procurement event of Formula Bharat Pi-EV competition.

Highlights

Was part of management team which secured 4th rank in procurement event of Formula Bharat Pi-EV competition.

Education

Aligarh Muslim University (ZHCET)

B Tech

Artificial Intelligence

Christ Church College

Class XII (ISC)

Christ Church College

Class X (ICSE)

Skills

Machine Learning

KNN, SVM, K-Means, Regression, Decision Tree, PCA, LDA.

Deep Learning

Transformers, NLP, BERT, VIT.

Programming Languages

Python, C/C++.

NLP

LangChain, RAG.

Miscellaneous

Optimization, Statistical Learning, Git, FAISS, Preprocessing, Visualization, Clustering, Generative Al.

Soft Skills

Good communication, management and presentation skills, critical thinking, problem solving, leadership skills..

Projects

Multi-Label retinal Disease Classification

Summary

Utilized MuRed dataset with 20 disease class labels. Implemented DenseNet201 as the base model with Multi-Scale Fusion Module (MFSM) and Transformer architecture. Achieved ML AUC of 0.94

IPL Win Probability Predictor

Summary

Used IPL_Data_Set (2008-2019) for prediction modeling Data cleaning, feature extraction and implemented One-Hot Encoding and Logistic Regression in a pipeline. Achieved an accuracy score of 80%.