Current Projects

Ongoing research and development projects focused on neural prosthetics, neuromusculoskeletal simulation, embodiment, biohybrid prosthetic concepts, and responsible human augmentation.

This page highlights active and developing research projects connected to my long-term interests in neural engineering, prosthetic control, rehabilitation robotics, and human-machine interface systems. These projects are exploratory and developmental, with emphasis on building reusable models, simulation workflows, ethical frameworks, and technical foundations for future research.

Each project page includes a more detailed overview of the project concept, research goals, methods, expected deliverables, current status, and next steps.

Active Research Projects

• Modular Neuromusculoskeletal Model for Prosthetic Control — A developing simulation framework for modeling skeletal dynamics, muscle-tendon behavior, proprioceptive feedback, and neural-control inputs for prosthetic control research.

• Extended Embodiment & Neural Adaptation Framework — A research framework investigating how the nervous system adapts to prosthetic limbs, altered feedback conditions, and long-term human-machine integration.

• Neural-Responsive Biohybrid Prosthetic Concepts — A conceptual design and simulation project exploring soft-material, neural-responsive, and biohybrid prosthetic systems that improve comfort, control fidelity, and long-term usability.

• Ethics, Neural Plasticity & Responsible Human Augmentation — A working manuscript and research framework focused on the ethical, neurophysiological, and societal implications of neural prosthetics, neural-interface technologies, and augmentation systems.

Supporting Infrastructure

• Resources & Tooling — A reference page documenting the primary software, frameworks, libraries, modeling tools, and documentation resources used across these projects.