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About

Ida-Louise G. Borlaug is a robotics and control systems researcher specializing in autonomous underwater vehicles, underwater manipulation, and advanced control algorithms. Her work focuses primarily on articulated intervention autonomous underwater vehicles (AIAUVs) and underwater swimming manipulators (USMs) — sophisticated, snake-like multi-articulated robots designed to operate in confined underwater environments and perform complex intervention tasks. Borlaug's most significant contributions lie in developing robust trajectory tracking and control strategies for these challenging systems. Her most cited work (48 citations) presents a rigorous experimental comparison of second-order sliding mode control algorithms for AIAUVs, directly addressing real-world uncertainties in hydrodynamic parameters and thruster characteristics. Building on this, her research on the super-twisting algorithm — explored across both theoretical and experimental dimensions — has provided practical, high-performance solutions for six-degree-of-freedom motion control, earning nearly 60 additional citations across two papers. Her broader investigations into combined kinematic and dynamic control frameworks for vehicle-manipulator systems extend her contributions beyond underwater robotics, offering generalizable methods applicable to aerial and space manipulation platforms as well. With over 130 cumulative citations, Borlaug has established herself as a notable voice in marine robotics control, bridging theoretical rigor with experimental validation in one of engineering's most demanding environments.