Hello, I'm a passionate Computer Scientist.
حافظ
محمد
حماد
اسحاق
Experience
LimeOX LLC.
Machine Learning Engineer/October 2025 - Present- Implemented feature engineering and selection pipelines to enhance model interpretability and predictive accuracy.
- Applied transfer learning, hyperparameter tuning, and model ensembling to boost performance across multiple datasets.
- Utilized NLP and computer vision techniques (Transformers, CNNs, RNNs) for advanced predictive tasks.
IT Gadgets
Machine Learning Engineer/April 2023 - July 2025- Delivered accurate predictive models using advanced ML techniques, enhancing data-driven decision-making.
- Built and deployed end-to-end ML solutions in Python (TensorFlow, Keras, PyTorch, Scikit-learn), reducing development time.
- Optimized algorithms to improve model performance by up to 20%, ensuring smooth AI/ML integration and stakeholder satisfaction.
Open Source
Junior -> Senior/Jan 2024 – Present- Actively engaged in open source on Github, focusing on enhancing my soft skills under the guidance of experienced mentors.
- Transitioned into a mentorship role, where I guided high school students in developing their soft skills and provided guidance in career planning and decision-making.
Projects
ScholarsFunds.org
Next.js, MongoDB, n8n AI Agents, Cloudflare
AI-powered scholarship platform with auto-fetch, MongoDB, n8n AI Agents, and social media integration
BioVisionAI - Chest X-Ray Analysis
Python, React.js, Node.js, CNNs, Hugging Face
121-layer CNN detecting 14 lung diseases with 91.2% accuracy, heatmap visualizations, and web deployment
SpaceX Falcon-9 Landing Prediction
Pandas, Matplotlib, Folium, Plotly, Scikit-learn
ML models predicting first-stage landing success using SpaceX API data, interactive dashboards, and 4 classifiers
Flower Recognition Model
Python, TensorFlow, CNN
Deep learning CNN system for flower classification with CLI support for image and text inputs
Emergency Services Pathfinding
Python, OpenStreetMap, GraphML, GeoJSON
Geospatial app finding nearest hospitals using Dijkstra & A* algorithms with OpenStreetMap data