Who I am

I am a robotics engineer, systems engineer, and independent researcher working across two connected trajectories: applied systems engineering and neural prosthetics research.

Professionally, my work focuses on complex engineering systems, technical documentation, system integration, and project visibility. As a Systems Engineer at General Dynamics Electric Boat, I support multidisciplinary engineering programs by coordinating system-level integration efforts, managing technical information, improving documentation workflows, and helping teams organize complex electromechanical systems into clearer, more traceable structures.

In parallel, I am developing my systems engineering foundation through model-based systems engineering coursework and applied MBSE practice. This work strengthens how I approach system decomposition, requirements traceability, interface definition, verification planning, and architecture development for complex technical systems.

Outside of industry, my independent research focuses on neural prosthetics, neuromusculoskeletal modeling, human-machine interfaces, and responsible human augmentation. My long-term goal is to help design prosthetic and assistive technologies that integrate naturally with human movement while prioritizing safety, adaptability, interpretability, and ethical development.

Together, these paths reflect the same core interest: understanding complex systems, organizing them clearly, and building technologies that connect engineering purpose with human impact.