Dr. Karl V. Steiner, Ph.D
Vice President for Research
Professor, Mechanical Engineering
University of Maryland, Baltimore County
Dr. Steiner joined UMBC in September 2013 after a successful research and administrative career at the University of Delaware (UD), where he held the positions of Senior Associate Provost for Research Development, as Professor in the Department of Electrical and Computer Engineering and as Professor in the Biomedical Engineering Program.
Dr. Steiner received his Doctorate in Engineering in Mechanical Engineering from the Institute for Composite Materials (www.ivw.uni-kl.de) at the University of Kaiserslautern in Germany, his Master’s degree in Electrical and Computer Engineering from the University of Delaware (www.udel.edu) and completed his Engineering Diploma in Electrical Engineering and Information Technologies at the FH Braunschweig/Wolfenbüttel, Germany (www.ostfalia.de).
Dr. Steiner joined UD in 1984 and has been serving in leadership roles for numerous major multi-disciplinary programs, including several Centers of Excellence, funded by the Department of Defense (ARO, ARL, ONR, DARPA), the National Science Foundation, the National Institutes of Health, the Department of Energy, the State of Delaware, foundations and the private sector. He served in key leadership positions for the Delaware Health Sciences Alliance (www.dhsa.org), Delaware Biotechnology Institute (www.dbi.udel.edu), the Fraunhofer Center – Delaware (www.fraunhofer.org) and the Center for Composite Materials (www.ccm.udel.edu). He has been instrumental in securing and leading over $150 Million in externally funded programs for research and infrastructure programs supporting institutional, statewide and regional initiatives.
Dr. Steiner has over twenty-five years of research experience in image enhancement and visualization methodologies. Much of his earlier research in composite materials was focused on nondestructive evaluation and image analysis of engineered structures, such as structural aerospace components, body panels for automotive applications, lightweight armor structures, bridge components and composite hip implants.
His more recent research activities are focused on interactive immersive visualization methodologies for the life sciences, primarily in complex multi-variant data analysis and in biomedical imaging with a focus on virtual surgery simulations. In 2003, Dr. Steiner was recognized for his work on immersive visualization in the life sciences as a Computerworld Honors Laureate during a reception at San Francisco’s City Hall.
Dr. Steiner has advised and co-advised 23 Ph.D. and master’s students, and over 40 senior theses by undergraduate students. He has been instrumental in establishing successful exchange programs with the German Carl Duisberg Society and other academic institutions that have enabled over 30 exchange students from across Europe to conduct a part of their research training at UD.
Dr. Steiner has contributed over 85 technical publications to international journals and conference proceedings, related to computer visualization, image analysis methodologies, haptic simulations, nondestructive evaluation and manufacturing science. He has served as conference and session chair in numerous regional and national technical conferences and workshops, as reviewer for journals focused on composite materials and nondestructive testing, and has given invited research seminars and presentations at international conferences, academic institutions and industrial sites across the world.
- Guo, X., L.D. Lopez, K.V. Steiner, K.E. Barner, T.L. Bauer and J. Yu, “A Portable Immersive Surgery Training System Using RGB-D Sensors,” Medicine Meets Virtual Reality – MMVR 20, San Diego, CA, February 2013.
- Kokkoni, E., D. Paul, A. Mackley, K.V. Steiner, E. Gadin, K. Anzilotti, C. Galloway, and M. Lobo, “Object exploration in the first years of life may be primarily unimanual for infants with Cerebral Palsy. Preliminary evidence,” American Academy for Cerebral Palsy and Developmental Medicine (AACPDM), Toronto, Canada, September 2012
- Paul, D., A. Mackley, M. Lobo, K. Anzilotti, K.V. Steiner, C. Galloway, “Motor Delay in Preterm Infants is Not Associated with Changes in Cerebellar Volume Measured Prior to Hospital Discharge,” Pediatric Academic Societies (PAS), Boston, MA, April 2012.
- Hu, R., K. Barner, J. Yu, K.V. Steiner, “A Non-photorealistic Surgery Simulation System,” Medicine Meets Virtual Reality – MMVR 19, Los Angeles, CA, February 2012.
- Hu, R., K.V. Steiner, J. Yu, K. Barner, “An Accelerated Haptic Feedback Algorithm Utilizing Volume Reconstruction”, Medicine Meets Virtual Reality – MMVR 19, Los Angeles, CA, February 2012.
- Gadin, E., M. Lobo, D.A. Paul, K. Sem, K.V. Steiner, A. Mackley, K. Anzilotti, C. Galloway, “Volumetric MRI and MRS and Early Motor Development in Premature Infants,” Pediatric Physical Therapy, January 2012.
- Hu, R., K. Barner and K.V. Steiner, “A Generalized Haptic Feedback Approach for Arbitrarily Shaped Objects,” Medicine Meets Virtual Reality – MMVR 18, Newport Beach, CA, February 2011.
- Sikes, R., R.L. Duncan, K. Lee, K. Czymmek, K.V. Steiner, A.K. Rajasekaran, M. Iacocca, B. Rabeno, Z. Ali Khan Catts, A. Joseph, B. Boman and N. Petrelli, “The Center for Translational Cancer Research: A Collaborative Effort Between the Helen F. Graham Cancer Center at Christiana Care, the University of Delaware and the Nemours Research Institute,” Oncology Issues, February 2011.
- Bauer, T. and K.V. Steiner, “Virtual Bronchoscopy: Clinical Application and Limitations,” Surgical Oncology Clinics of North America, Pre and Postoperative Cancer Imaging: Practical and Innovative Approaches,” Vol. 16, No. 2, Editors: S. H. Kurtzman and N. J. Petrelli, Saunders Company, April 2007.
- Steiner, K.V., M. Teixido, B. Kung, M. Sorenson, R. Forstrom and P. Coller, “A Virtual-Reality Approach for the Treatment of Benign Paroxysmal Positional Vertigo,” Medicine Meets Virtual Reality – MMVR 15, Long Beach, CA, February 2007.