Dr. Axel Krieger
Dr. Axel Krieger is an Assistant Professor of Mechanical Engineering at the Johns Hopkins University. Axel’s work focuses on the development of novel tools, imaging, and robot control techniques for medical robotics. Specifically, Axel investigates methodologies that (i) increase the smartness and autonomy and (ii) improve image guidance of medical robots to perform previously impossible tasks, improve efficiency, and improve patient outcomes.LEARN MORE
Here are our amazing team members at the IMERSE Lab. Feel free to reach out to them.
Hamed Saeidi, PhD
Robotic Control Systems
Xiaolong Liu, PhD
Byeol (Star) Kim, MS
Human Computer Interaction
Michael Kam, MS
Jiawei Ge, MS
Seda Aslan, MS
Computational Fluid Dynamics
Lydia Zoghbi, MS
Justin Opfermann, MS
We find awesome medical solutions!
Our work focuses on both basic research and translational research in the development of novel tools, imaging, and robot control techniques for medical robotics. Specifically we investigate methodologies that (i) increase the smartness and autonomy and (ii) improve image guidance of medical robots to perform previously impossible tasks, improve efficiency, and improve patient outcomes.
Smart Surgical Systems
Increased autonomy has transformed fields such as manufacturing and aviation by drastically increasing efficiency and reducing failure rates. While pre-operative planning and automation has also improved the outcomes of surgical procedures with rigid anatomy, practical considerations have hindered progress in soft-tissue surgery mainly because of unpredictable shape changes, tissue deformations, and motions limiting the use of pre-operative planning.
Image Guided Interventions and Planning
Diagnostic imaging has dramatically improved over the years, where now small tumors and defects are often detectable before affecting a patient’s health. However, in many cases imaging during intervention and surgery is limited to basic color cameras, resulting in missed tumors and sub-optimal surgical results.
Cardiac Surgical Planning
For complex congenital heart disease (CHD) involving a single
functioning ventricle, the Fontan operation is performed which results
in a circulation where deoxygenated venous blood passively flows into the
pulmonary arteries without a ventricular pump. However, conventional
Fontan graft designs may result in suboptimal cardiovascular emodynamics leading to post-surgical complications.
Novel Robotic Actuators
We are developing new actuation schemes for precision guidance of needles and other surgical implements that will allow for complex procedures such as Deep Anterior Lamellar Keratoplasty (DALK) to be performed faster and more precisely, using robotic methods.
Autonomous Ultrasound Robotic System
Unintentional injury or trauma is among the leading causes of death in the United States with up to 29% of pre-hospital trauma deaths attributed to uncontrolled hemorrhages.
Flycycle Course Integration
The Flycycle is a unique virtual reality based system that integrates both upper and lower body workout through a 2 degrees-of-freedom platform
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AXEL KRIEGER, PHD
Assistant Professor – Department of Mechanical Engineering
Whiting School of Engineering
Johns Hopkins University, Baltimore
Phone: (301) 405-6640
Office – 116 Hackerman Hall
Lab – Wyman Hall 146
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Here are some research we are doing to provide solutions to COVID-19 pandemic.