NEXT-GEN ORTHOPEDICS

Redefining Human
Potential

Merging biological intelligence with artificial precision. On the journey of building the future of mobility through bionics, AI, and neural engineering.

Bridging Mind & Machine

NEURAL INTERFACE

Interested in Direct brain-computer interfaces (BCI) that translate neural intent into precise prosthetic movement in real-time. Eliminating the lag between thought and action.

10ms Latency
01
Predictive Control

ADAPTIVE AI

Interested in Machine learning projects that learn your gait patterns, predicting movements before they happen for seamless fluidity and natural motion.

99% Accuracy
02
Sensory Feedback

ADVANCED BIONICS

Interested in Haptic feedback systems that restore the sense of touch, allowing users to feel texture and pressure through their prosthesis, closing the sensory loop.

Real-time Sensation
03
Generative Design

DIGITAL TWINS

Interested in Using AI to simulate and optimize prosthetic geometry for the perfect balance of strength, weight, and aerodynamics before physical manufacturing.

60% Lighter
04

Collaborate & Innovate

Open to partnerships that push the boundaries of what's possible in medical technology.

AREA_01

MedTech StartupsMedTech Startups

Can collaborate on achieving product-market fit, and technical architecture for next-gen medical devices.

StrategyArchitectureCompliance
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AREA_02

Research LabsResearch Labs

Can collaborate on novel signal processing algorithms and biomechanical control systems.

Signal ProcessingBiomechanicsPublications
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AREA_03

Clinical InnovationClinical Innovation

Can partner with surgeons and clinicians to translate engineering breakthroughs into patient care.

Patient CareTrialsImplementation
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Technologist
Orthopedic Technology Clinical Expertise.

THE HANDSBEHINDPRECISION

Merging clinical depth with engineering rigor to redefine the standard of orthopedic care. Beyond the code, I am on the front lines, translating medical theory into life-changing mobility solutions.

01
Patient Synthesis

Clinical Artistry

Translating complex surgical requirements into precision-crafted orthoses, prostheses, splints and casts. Every curve is calculated for optimal anatomical alignment and patient comfort.

02
OR Integration

Surgical Symbiosis

Acting as the architectural bridge between the surgeon's intent and the physical device. Managing high-stakes positioning and instrumentation with millimetric accuracy.

03
Immobilization Strategy

Fracture Logic

Mastery of immobilization techniques. I don't just set bones; I engineer the biological environment for accelerated osteogenesis.

04
Digital Orthopedics

Tech Infusion

Leveraging 3D scans and generative modeling to fit the next generation of bionic braces. Bridging traditional craftsmanship with future-proof tech.