Arthur G. Erdman
University of Minnesota, University of Minnesota System, Twin Cities Orthopedics
Papers
11
Total Citations
198
H-Index
5
About
Arthur G. Erdman is a prominent mechanical engineer and researcher whose work spans mechanism design, medical robotics, and advanced manufacturing. His career reflects a sustained commitment to applying kinematic and robotics principles to solve real-world engineering challenges, with particular depth in surgical and interventional robotic systems. Erdman's most impactful contribution is his pioneering development of MRI-compatible robotic devices for minimally invasive breast interventions. His 2004 paper on the subject has accumulated 115 citations, reflecting widespread recognition of this innovative system, which integrated real-time MRI guidance with computer-controlled robotic precision to improve breast biopsy and therapeutic procedures — a genuinely novel intersection of imaging technology and surgical robotics at the time of publication. Beyond medical robotics, Erdman made foundational contributions to mechanism synthesis and multi-degree-of-freedom kinematic analysis, developing performance tools rooted in Jacobian matrix methods that remain relevant to robotic manipulator design. His earlier expert systems work for robot and gripper topology selection demonstrated early prescience about computational approaches in mechanical design. In later career work, Erdman explored hydraulic actuation for surgical robots and gravity-augmented additive manufacturing, demonstrating continued intellectual range. With over 175 cumulative citations across diverse domains, his legacy bridges classical mechanism theory and cutting-edge medical device innovation.
Research Focus
Key Achievements
Top Papers
- 1
- 2Type Selection of Robot and Gripper Kinematic Topology Using Expert Systems22 citations · 1986
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- 9Gravity Augmented Fused Filament Fabrication Additive Manufacturing2 citations · 2023
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