Education and Training
PhD Programs
SIRI plans to establish a PhD program in Spine Biomechanics and AI, combining basic science with clinical applications. The program will train future leaders in:
- Spinal biomechanics and FEA.
- AI-driven diagnostics (e.g., Spine GPT).
- Robotic-assisted spine surgery.
PHD Students
| Student Name | Research Topic | Main Highlight |
|---|---|---|
| Debojit Biswas | Spine FEA + AI | AI-driven FEA model optimizing exoskeleton support in real time |
| Mohsen Ahmadi | Spine FEA + AI | Dynamic AI algorithms for spinal load-based exoskeleton adjustment |
| Rudy Paul | Spine GPT | Spine GPT app giving intuitive health advice via LLMs |
| Christina Koyama | Lumbar Spine FEA | L4-L5 disc FEA simulations for pressure-reducing design |
| Kevin Zhang | Cervical Spine FEA | Cervical FEA applied to lumbar design for load balance |
| Hanxi Chen | Spine Disease Research | Disease-specific framework for treating lumbar disc herniation |
| Nour Chammakhi | Lumbar Exoskeleton Development | 30% pressure reduction via lightweight lumbar module |
| Angel Mendoza | Spine App Coding | 3D lumbar model + personalized rehab via app algorithms |
| Pavan Kalyan Katari | Design + AI | AI adjusts leg support by 40N based on real-time sensors |
| Gopi Krishna Vempati | Cervical Massager Tech | Vibration module reducing tension by 20% |
| Angela Rodio | AI for Post-Surgery | AI predicts lumbar support settings post-surgery |
| Ridge Weston | AI Techniques for Surgery | Predictive lumbar stress models aiding spine surgery |
| Rosstin Afsahi | FEA for Surgery Planning | Stress maps improve implant accuracy by 25% |
| Joshua Roemer | Implant-Safe Design | FEA-AI framework improves stability for implant users |
| Jarett Prince | C1-C2 Implant + AI/FEA | 20% improved mobility for complex cervical-lumbar cases |
| Christopher Franceschini | Emerging AI+FEA | Real-time stress reduction analysis (30% faster) |
| Ivebens Eliacin | AI Software Dev | App with 95% accuracy in data and rehab processing |
| Jose Caraballo | Electrical Systems | 8-hour operation with optimized leg force control |
| Gregory Adams | 3D Model + Print | 2kg exoskeleton frame with ergonomic fit |
| Victoria Lin | Muscle FEA | 25% muscle strain reduction via simulation-guided design |
Opportunities
- Postdoctoral Researchers: Opportunities to join cutting-edge projects in biomechanics, AI, and robotics.
- Visiting Researchers: Collaborate on SIRI’s interdisciplinary initiatives.
- Application Portal: To be launched with the PhD program in Phase 2 (6-12 months).