MARINE UNMANNED VEHICLE LABORATORY
Autonomy through guidance, control, and mission-level simulation.
Led by Prof. Dowan Kim at Sejong University.
Research
AUTONOMY BUILT ON GUIDANCE AND CONTROL.
Nonlinear control, path following, cooperative marine autonomy, and mission-level simulation for unmanned underwater vehicles, unmanned surface vehicles, and hybrid marine systems.
Projects
DEFENSE AND NATIONAL R&D FOR MARINE AUTONOMY.
Sponsored and national R&D projects connecting control theory, autonomy algorithms, simulation, and marine unmanned systems.
Publications
RESEARCH RECORD IN CONTROL AND MARINE AUTONOMY.
Publications connect nonlinear control theory, guidance and path following, data-driven control, fuzzy/LPV systems, and autonomous marine system applications.
Members
PEOPLE BEHIND MARINE AUTONOMY.
A team of researchers working across guidance, control, simulation, marine robotics, and defense AI.
Join / Collaborate
BUILD MARINE AUTONOMY WITH MUV LAB.
Join the lab or collaborate on guidance, control, autonomy software, and defense-oriented marine systems.