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K

Khadeejah Dawood

AI Innovation Lab Intern – Data Labeling for Medical Image Diagnosis

United Kingdom flagDoha, United Kingdom
Entry LevelOther

Key Skills

Software

Other

Top Subject Matter

Medical Imaging AI (Diabetic Peripheral Neuropathy Diagnosis)

Top Data Types

ImageImage
TextText

Top Task Types

DiagnosisDiagnosis

Freelancer Overview

Weill Conrell medical college, AI Innovation Lab Intern – Programming machine learning algorithms for Medical Image Diagnosis. Education includes currently studying Master of Biomedical Engineering, University of Surrey (graduating 2027). AI-training focus includes data types such as Image and labeling workflows including Diagnosis. Experienced in mathematics, physics and engineering.

Entry Level

Labeling Experience

AI Innovation Lab Intern – Data Labeling for Medical Image Diagnosis

ImageDiagnosis
Developed and trained a Convolutional Neural Network (CNN) in Python to analyze corneal confocal microscopy images for diagnostic purposes in a healthcare research setting. Conducted data preprocessing, dataset organization, and model evaluation to enhance accuracy and reliability of the neural network. Applied CCMetrics software to quantify corneal nerve fibre degeneration, facilitating data-driven clinical diagnoses and supporting medical research initiatives. • Annotated and labeled medical imaging data (corneal confocal microscopy). • Segregated image data into training, validation, and test sets for model development. • Evaluated model predictions and labeled diagnostic outcomes for disease detection. • Used CCMetrics for statistical analysis and quantification of degeneration.

Developed and trained a Convolutional Neural Network (CNN) in Python to analyze corneal confocal microscopy images for diagnostic purposes in a healthcare research setting. Conducted data preprocessing, dataset organization, and model evaluation to enhance accuracy and reliability of the neural network. Applied CCMetrics software to quantify corneal nerve fibre degeneration, facilitating data-driven clinical diagnoses and supporting medical research initiatives. • Annotated and labeled medical imaging data (corneal confocal microscopy). • Segregated image data into training, validation, and test sets for model development. • Evaluated model predictions and labeled diagnostic outcomes for disease detection. • Used CCMetrics for statistical analysis and quantification of degeneration.

2024 - 2024

Education

U

University of Surrey

Master of Engineering, Biomedical Engineering

Master of Engineering
2024 - 2027

Work History

H

H&I Engineering Consultants

Engineering Intern

London
2024 - 2024
W

Weill Cornell Medicine

AI Innovation Lab Intern

Doha
2024 - 2024