Richard Howard

Papers

Total Citations

143

H-Index

About

Richard Howard is a pioneering researcher at the intersection of medical robotics and advanced imaging technologies, with particular expertise in MRI-compatible surgical systems and minimally invasive cancer treatment. His work has focused on developing innovative robotic solutions that overcome the formidable engineering challenges posed by the strong magnetic fields and confined spaces inherent to MRI environments. Howard's most significant contributions center on the design and development of master-slave robotic systems for breast biopsy and radiofrequency ablation (RFA) of tumors under continuous MRI guidance. His landmark 2013 paper on a master-slave surgical system for MRI-guided breast biopsy has garnered 69 citations, while his foundational 2009 work on teleoperated needle driver robots with haptic feedback has accumulated 67 citations, demonstrating sustained community recognition. His earlier 2008 feasibility study established critical groundwork for understanding MRI-compatible needle driver design for RFA procedures. What distinguishes Howard's research is its translational vision — bridging the gap between MRI's superior soft-tissue contrast capabilities and practical clinical intervention. By integrating haptic feedback and teleoperation into MRI-compatible platforms, he has helped advance a new generation of precision surgical tools with meaningful implications for breast cancer diagnosis and treatment.