Mohsen Shahinpoor, Ph.D. was formerly a Regents Professor for Life in the School of Engineering as well as a Professor of Surgery and Neurosurgery in the School of Medicine at the University of New Mexico. He was formerly a Research Professor of Neurosurgery in the Department of Neurosurgery, School of Medicine, University of New Mexico as well as the Director of the World’s first Artificial Muscles Research Institute (AMRI),
See my University of Maine website: https://umaine.edu/mecheng/shahinpoor/
Research Interests:
Smart/Intelligent Materials, Structures and Systems, Smart Aerospace and Marine Structures, Biomimetics and Artificial Muscles, Mechatronics, Electroactive Polymers, Advanced Nanocomposites, Biologically-Inspired Engineering Systems (BIES), Biologically-Inspired Robotic Devices and Systems (BIRDS), Nano-Bio Engineering, Intelligent Robotic Systems, Robotic Surgery, Health Engineering, Biomedical Engineering, Heart Assist Systems, Left Ventricular Assist Systems (LVAS), Heart Failure Prevention, Bionic Vision and Ophthalmological Engineering as well as Neuro and Endovascular Surgerical Tools and Medical Implants.
1-The applications of ionic polymeric conductor (metal) composites (IPMCs, IPCCs) as distributed nanosensors, nanoactuators, energy harvestoers and artificial muscles to spine stabilization and fusion, medicine, surgery, medical implants, neurosurgery and muscular atrophy and dystrophy.
2-The applications of smart materials (shape memory alloys, SMA’s, metal hydride artificial muscles, MRF-polymer composites and electroactive materials) and structures to spine stabilization (scoliosis) and fusion, medicine, robotic surgery, medical implants, neurosurgery and muscular atrophy and dystrophy.
His special interests include:
Research Interests:
Smart/Intelligent Materials, Structures and Systems, Smart Aerospace and Marine Structures, Biomimetics and Artificial Muscles, Mechatronics, Electroactive Polymers, Advanced Nanocomposites, Biologically-Inspired Engineering Systems (BIES), Biologically-Inspired Robotic Devices and Systems (BIRDS), Nano-Bio Engineering, Intelligent Robotic Systems, Robotic Surgery, Health Engineering, Biomedical Engineering, Heart Assist Systems, Left Ventricular Assist Systems (LVAS), Heart Failure Prevention, Bionic Vision and Ophthalmological Engineering as well as Neuro and Endovascular Surgical Tools and Medical Implants.
Enjoy This Amazing Dance of An IPMC Artificial Muscle (Torsioning, Twisting, Twirling, Turning and Rolling IPMC Morphing Antenna, 2.5cmx20cmx0.3mm)
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Laboratories & Research Page
- Applications of biomaterials, advanced robotics and ionic polymeric artificial muscles to surgery
- Electronic regeneration of severed spinal cord
- Application of smart materials to scoliosis and other spinal abnormalities and malfunctions
- Surgical correction of endovascular arterial vascular malformation, blockage, aneurysms, arteriovenous fistulas and other related vascular problems.
- He has served as principal research scientist at the Johns Hopkins University, the Northwestern university and a professor at California Institute of Technology. He is a Fellow of ASME, a Fellow of Institute of PHysics (IOP), a licensed professional engineer, PE, a Senior Member of SME, a Biomedical Engineering Consultant and a member of the prestigious N.Y. Academy of Sciences and the Francis Crowe Society.
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Teaching:
- INT 121 Introduction to Biomedical Engineering
- MEE 251 Strength of Materials
- MEE 370 Modeling, Analysis and Control of Mechanical Systems
- MEE 380 Design I-Kinematic Design of Machines and Mechanisms
- MEE381 Machine Design, Design of Machine Components and Parts
- INT 421 (MEE) Directed Study in Biomedical Engineering
- MEE 444 Robot Dynamics and Control
- MEE 450 Introduction to the Mechanics of Composite Materials
- MEE 471 Vibrations
- MEE 487 Senior Capstone Design III
- MEE 488 Senior Capstone Design IV
- MEE 555 Smart Materials
- MEE 573 Advanced Vibrations I
- MEE 697-1 Advanced Robotics Kinematics, Dynamics and Control