WHS Specialist | Data/DevOps Engineer | Cybersecurity | Specialized in Generative AI, Large Language Models & Computer Vision.
I'm a passionate AI/ML researcher with a hands-on, high-energy approach and well-developed skills in Machine Learning, Computer Vision, Agile, and an unapologetically user-focused philosophy. Currently pursuing my MSc in Advanced Computing at Morgan State University, I combine technical expertise with innovative solutions.
My research focuses on medical image synthesis, text-to-image generation, and computer vision applications in healthcare. I've published research on AI-powered medical imaging and have experience implementing cutting-edge models like Stable Diffusion and CLIP.
With 5+ years of development experience and expertise in DevOps and cloud infrastructure, I bridge the gap between research and implementation, ensuring AI solutions are robust, scalable, and production-ready.
Morgan State University, Baltimore, MD
Federal University of Technology, Minna, Nigeria
Kogi State Polytechnic Lokoja, Nigeria
2025
OOE Peter, MM Rahman, F Khalifa
arXiv preprint arXiv:2502.20667
2024
E Ojonugwa, M Rahman, F Khalifa
CEUR workshop proceedings
2025
OO Ejiga Peter, OT Adeniran, AMG John-Otumu, F Khalifa, MM Rahman
Algorithms 18 (3), 155
2025
A Opeyemi Taiwo, O Blessing, A Temitope Ezekiel
Algorithms for Computer Aided Diagnosis, 2nd Edition, 163
Built custom software to meet specific client needs while prioritizing client satisfaction. Led development teams, managed project timelines, and ensured quality deliverables.
Designed and implemented a scalable microservices architecture on AWS ECS with automated CI/CD pipeline.
AI-powered medical image synthesis using diffusion models and LoRA fine-tuning for enhanced healthcare diagnostics.
Created an automated backup and disaster recovery solution using AWS S3 and Lambda with monitoring.
Automated polyp segmentation through integrated detection and mask generation using advanced deep learning.
Developed a custom monitoring dashboard using CloudWatch and Grafana for real-time infrastructure insights.
Text-to-image synthesis for colonoscopy analysis using generative AI for intelligent data augmentation.