Omar Farag
Apprenant.e
6
Lieu
Toronto, Ontario, Canada
Bio

Hi, I'm Omar Farag, currently pursuing a degree in Electrical Engineering with a minor in Computer Science at Toronto Metropolitan University, where I've achieved a 4.1 GPA. My experience spans Machine Learning and Software Engineering, honed through internships at Epiloid Biotechnology and Shopify Inc. There, I've enhanced my skills in data analysis and improved store functionalities. I'm skilled in Java, Python, C++, and various web development technologies. I have a deep passion for the power of technology to solve problems and am always eager to connect with others to explore tech innovations together.

Curriculum vitae
EEE_Resume (2).pdf
Portails
Catégories
Biotechnologie Analyse des données Modélisation des données Électrotechnique Développement de logiciels

Compétences

Artificial intelligence 2 Advocacy 1 Chronic diseases 1 Health advocacy 1 Health education 1 Machine learning 1 Research 1

Profils sociaux

Réalisations

Dernières rétroactions

Je n'ai pas encore de rétroactions

Projets récents

Expérience professionnelle

Machine Learning Intern
Epiloid Bi-technology Limited
Toronto, Ontario, Canada
juin 2023 - Présent

Developed a Python-based data analysis framework utilizing SciPy and NumPy, improving data analysis efficiency
by 20% and supporting cloud infrastructure development.
• Implemented a neural network classifier with TensorFlow and Keras, boosting the accuracy of neurological data
interpretation by 15% and enhancing product specification and development.
• Optimized data visualization tools using Matplotlib and Seaborn, reducing data processing time by 25% and aiding
in the implementation of client-focused reporting systems.

Éducation

Bachelor's, Electrical Engineering
Toronto metropolitan University
septembre 2022 - Présent

Projets personnels

VitalSync V2
avril 2023 - Présent

Led the development of VitalSync V2, a patient monitoring system, improving surveillance accuracy by 40% and
aligning with the healthcare market’s evolving needs.
• Implemented machine learning algorithms using TensorFlow, enhancing early detection capabilities and
contributing to the product’s growth and development.
• Developed a user-friendly interface for clinical specialists, incorporating feedback from client meetings to ensure
effectiveness in emergency situations.

Beyond Scope
janvier 2023 - mars 2023

Programmed an auto-diagnosis system for medical imaging with 72% accuracy, leveraging TensorFlow and
addressing a critical market need in MRI and X Ray analysis.
• Built an enhanced user interface with React, streamlining the process for medical professionals to manage
auto-diagnoses and report generation.
• Ensured secure patient data transmission using SSL/TLS encryption, meeting stringent documentation and
compliance standards.