Developed a multi-modal experimental framework to quantify neuromuscular adaptation under upper-limb exoskeleton assistance and reveal clinically actionable coordination patterns.

Engineered a full-stack rehabilitation platform combining instrumented insoles, embedded telemetry, and a Unity interface to deliver real-time gait biofeedback.

Developed a gamified rehabilitation environment that integrated FES-driven exercise protocols with interactive feedback to improve engagement and repeatability.

Built a multimodal analysis workflow to detect gait events and quantify biomechanical adaptations across assisted and unassisted walking conditions.

Designed and deployed a fully automated, multi-cloud (Scaleway/DigitalOcean) on-demand VPN gateway infrastructure using Terraform. Features an active Python/Kivy desktop GUI integration for instant session provisioning, secure key isolation, and automatic client QR-code extraction.

Designed a two-phase fitness platform spanning a public React/TypeScript design architecture and a private native Android tracker built with Python, Kivy, Buildozer, and SQLite for offline workout and nutrition management.

Built a comprehensive predictive modeling and computational econometrics pipeline using RStudio to execute multivariate regressions, instrumental variable tracking, and rigorous statistical cross-validation on large-scale datasets.

Designed a smart-sharing locker concept with validated user and market assumptions to address urban resource access and sustainability constraints.