Research Focus:
David's PhD within the U-Shield project focuses on developing mechatronic immobilization and docking systems for unmanned underwater vehicles (UUVs). His work involves the mechanical and control design of intelligent underwater systems that enable reliable vehicle capture, stabilization, and release in dynamic marine environments. Building on his MSc in Mechatronics from SDU, he contributes to advancing underwater robotics, automation, and mechanical integration for next-generation marine systems.
Key Technologies:
Underwater mechatronics, control systems, automation, sensor integration, robotic docking mechanisms
Applications:
Autonomous docking and recovery of underwater vehicles, marine research systems, and subsea maintenance operations.