Issam Alzouby

Medical AI Researcher | Digital Twin Systems | Infra & Motion Modeling
profile

I'm a Medical AI Engineer focused on building real-time digital twin systems through advanced motion modeling, GPU-accelerated pipelines, and AI optimization. My research bridges applied machine learning, biomedical systems, and human movement simulation. I’ve led award-winning work at Duke, UNC Chapel Hill, while mentoring students and deploying scalable models using PyTorch, FastAPI, and CoreML.

Experience

AI Research AssistantUNC Charlotte | 2023 – Present

  • Led model deployment, optimizing pipelines to achieve a 70%+ reduction in processing and inference time
  • Built a scalable CUDA-based pipeline deploying BAMM and TADA on an A6000 GPU cluster for rapid motion generation
  • Trained transformer-based text-to-motion models for generating realistic human movement from language
Medical AI Research CollaboratorDuke Heart Center | 2024 – Present

  • Awarded ‘Best Oral Presentation in Cardiac Surgery’ at the 62nd Eastern Cardiothoracic Surgical Society conference
  • Designed an algorithm that improved projected organ donation success by 94% and reduced ICU staff workload
  • Co-authored 4 medical AI papers on clinical decision making, currently in final review for submission to Nature Medicine
IT ManagerData Connectors CyberSecurity | Jan 2024 – Jan 2025

  • Administered and secured the Office 365 suite, including IAM and Defender, mitigating risks and ensuring compliance
  • Traveled across the US and Canada to manage conferences and engaged with industry leaders, fostering collaboration
  • Trained cross-departmental teams on system tools and processes, driving efficiency and consistent workflow adoption
  • Refined HubSpot pipelines for over 900,000 leads, applying Power Query, Power BI & OSINT to boost data fidelity
GPU Infrastructure Support EngineeriRepairCLT | 2020 – 2023

  • Reverse Engineered proprietary ASIC hashing boards and Nvidia Graphics Cards (Primarily RTX 30/40 Series)
  • Maintained GPU clusters across high humidity and high heat mining farms, implementing solutions to maximize uptime

Projects

T2M & A2M Multi-modal Motion GenerationOpenSource AI / FastAPI / Motion Generation
  • Led a team of 5 master’s students under faculty supervision to deploy BAMM and SMPL-X models on a university GPU cluster
  • Reduced T2M inference time from 90s to 7s and audio preprocessing from 4min to 30s using CUDA optimization
  • Built custom FastAPI endpoints and a responsive Next.js frontend for real-time motion generation from text and audio
  • Implemented motion retargeting to TADA avatars, enabling expressive in-browser 3D animation
6 Time Hackathon Winner Node.js / OpenAI API / Innovation
  • NC NASA Hackathon, UNC Chapel Hill’s HackNC, NC State Hackathon, and the Truist Immersive Experience
  • Secured 1st place in the 2024 NC State Competitive Programming Competition demonstrating problem solving skills
  • Developed AI-powered voice translation and bias-reducing applications, securing 1st place in 4 major hackathons
  • Leveraged CoreML, PyTorch, OpenAI API, AWS Amplify, and Firebase, demonstrating practical impact and innovation

Skills

  • Motion Modeling (SMPL, MoMask, BAMM)
  • GPU Infrastructure (CUDA, RTX6000 Cluster)
  • CoreML, ONNX, PyTorch, FastAPI
  • Three.js, React, Tailwind, Next.js
  • OpenAI APIs (ChatGPT, Whisper, DALL·E)

Education

B.S. Computer Science – UNC Charlotte (R1)Expected 2025
M.S. Artificial Intelligence – UNC Charlotte (R1)Expected 2026

Awards

1st Place – Eastern Cardiothoracic Surgical Society Conference2024
Truist Immersive Team Leader2023
AI Research Travel Grant2023
UNC-Charlotte Career Panelist2023
UNC-Charlotte Chancellor's List2023

Languages

  • English (Native)
  • Arabic (Native)

Interests

  • AI for Healthcare Equity
  • Motion Simulation
  • Mentoring & Community Outreach
  • Tinkering with Hardware