Edward Steager

Edward Steager is a Researcher in the Department of Mechanical Engineering and Applied Mechanics. His work focuses on microrobotics, biofilm targeting, and biomedical applications such as endodontics and antimicrobial delivery. He combines advanced manufacturing techniques with magnetic actuation, surface engineering, and biological interfaces to develop autonomous systems for cellular and tissue-level interventions.

• Research Areas: Microrobotics, Biofilm Diagnostics/Treatment, Soft Robotics, Magnetic Actuation, Bacterial Bioactuation, Drug Delivery Systems
• Applications: Endodontics, Antimicrobial Therapy, Cellular Manipulation, Pathogen Detection

His publications highlight trends in microrobotics for biomedical applications, with emphasis on adaptive mobility, targeted drug delivery, and surface interaction strategies to address biofilm infections in complex environments. Recent work explores nanozyme-based systems and topological defect propulsion in nematic colloids.

Steager's research also investigates small-scale robotics for human infections, dental plaque removal, and microfluidic control. He utilizes techniques like 3D micromolding, magnetic field superposition, and colloidal assembly to enhance precision and functionality in biological contexts.