J a m e s L . P a t t o n , P h . D.

Vita as of November 6, 2008

Associate Professor, Bioengineering University of Illinois at Chicago 222 SEO, MC 063, 851 South Morgan Street Chicago, IL 60607-7052 312-413-7664 fax: 312-996-5921 pattonj@uic.edu http://uic.edu/depts/bioe/faculty/j_patton

Associate Director & Research Scientist Center for Rehabilitation Robotics; Sensory Motor Performance Program, The Rehabilitation Institute of Chicago 345 E. Superior St, Suite 1406 Chicago, IL 60611 312-238-1277 -2208 FAX j-patton@northwestern.edu http://www.smpp.northwestern.edu/~jim

Interests

§ Neural control of human movement

§ Robotics for therapeutic neuro-rehabilitation

§ Automatic control

§ Mechatronics

§ Haptics

§ Human-machine interfaces

§ Robotic teaching

§ Control of Balance

Education

§ B.S. Mechanical Engineering, University of Michigan (1989)

§ B.S. Engineering Science (Bioengineering), University of Michigan (1989)

§ M.S. Theoretical Mechanics, Michigan State University (1993)

§ PhD. Biomedical Engineering, Northwestern University (1998)

§ Postdoctoral Fellowship, Rehabilitation Robotics, Rehabilitation Institute of Chicago (1998-2000)

Positions Held

§ Associate Professor, Bioengineeering, The University of Illinois at Chicago, Chicago, IL, 8/2007+

§ Associate Director, Center For Rehabilitation Robotics, The Rehabilitation Institute of Chicago, 2004+

§ Research Assistant Professor, Northwestern University, Chicago, IL, 8/2001+

§ Associate Director, Sensory-Motor Performance Program, The Rehabilitation Institute of Chicago, 7/2002 to 1/2004

§ Research Scientist, Sensory-Motor Performance Program, The Rehabilitation Institute of Chicago, 8/2001+

§ Research Associate & Post Doctoral Fellow, The Rehabilitation Institute of Chicago, Chicago, IL, 10/1998 to 8/2001

§ Doctoral Research Assistant, Northwestern University Programs in Physical Therapy, Chicago, IL, 9/1993 to 9/1998

§ Research Assistant, Michigan State U. & St Lawrence Hospital, E. Lansing, 9/1990 to 9/1993

§ Cyclotron Operator, University Of Michigan Medical Center, Ann Arbor, 2/1990 to 8/1990

§ Research Fellow, University of Michigan Medical Center, Ann Arbor, 5/1989 to 12/1989 (Part time)

§ Manufacturing Engineer, Ford Motor Company, Livonia, MI, 6/1987 to 8/1989 (Part time & summers)

Funding

Ongoing funding:

Midwest Regional Traumatic Brain Injury Model System: Innovative Approaches to Improve Cognition, Function, and Community Living		PI: Patton is a sub-project PI
Number: H133A080045	Period: 10/1/08 – 9/30/12	Effort: 8%
Source: NIDRR	Costs: $949,775/yr (total costs)	Role: Project PI
Description: The grant is part of the model systems network of grants for studying rehabilitation of Traumatic brain Injury. The subproject investigates the efficacy of an intervention to improve attention in the inpatient TBI population. The intervention employs a minimal virtual reality environment that includes a handheld robotic device combined with three dimensional visual display views.

Machines Assisting Recovery from Stroke: Development of a robotic system with an augmented reality interface for rehabilitation of brain injured individuals		PI: Patton is Co-PI and a sub-project PI
Number: H133E0700 13	Period: 11/1/02-10/31/07	Effort: 25%
Source: NIDRR RERC	Costs: $949,775/yr (total costs)	Role: Project PI
Description: Research Engineering Research Center (RERC) grant, specializing on rehabilitation applications of robotics and telemanipulation. Patton is also a PI of a sub-project to evaluate the efficacy of a robotic and virtual reality system in a stroke rehabilitation clinical research study.

Device for Overground Gait/Balance Training Post-Stroke		PI: Patton sub-contract PI; PI is M. Peshkin
Number: 1 R44 HD051240-01	Period: 12/1/05 to 11/30/08	Effort: 15%
Source: NIH NICHD	Costs: $399,190/yr	Role: Co-I
Description: The goal of this FAST TRACK SBIR application is to further develop and test a device, the KineAssist, for post stroke rehabilitation.

Engineering for Neurologic Rehabilitation		PI: W.Z. Rymer
Number: R24HD050821	Period: 10/1/2005 to 9/30/2010	Effort: 10%
Source: NIH NICHD (NCMRR)	Costs: $896,518/yr (total costs)	Role: Project PI
Description: Patton is director of the Robotics and Biomechanics core for this rehabilitation research infrastructure grant. A goal is to provide clinical and robotic systems resources and expertise to the research community for the study of the mechanisms of motor control, learning, biomechanics, and rehabilitation in human subjects.

Error-enhanced learning & recovery in 2 & 3 dimensions		PI: Patton
Number: 1 R01 NS053606	Period: 11/1/07-10/31/11	Effort: 35%
Source: NIH NINDS	Costs: $351,000/yr (total costs)	Role: PI
Description: This grant explores the prospects of artificially augmenting error as a means of enhancing the motor learning process and tests it on the recovering survivor of stroke.

Past funding:

Machines Assisting Recovery from Stroke: Development of a robotic system with an augmented reality interface for rehabilitation of brain injured individuals		PI: Patton is Co-PI and a sub-project PI
Number: H133E020724-03	Period: 11/1/02-10/31/07	Effort: 25%
Source: NIDRR RERC	Costs: $949,775/yr (total costs)	Role: Project PI
Description: Description: Patton is CO-PI of this Research Engineering Research Center (RERC) grant, specializing on rehabilitation applications of robotics and telemanipulation. Patton is also a PI of a sub-project within this grant.

Learning and Adaptation of Multijoint Arm Movements		PI: F.A. Mussa-Ivaldi
Number: R01-NS35673-01	Period: 7/1/2002 to 6/30/2007	Effort: 25%