CURRICULUM VITAE. Gerald Francis Harris, Ph.D., P.E.

Transcription

1 CURRICULUM VITAE Gerald Francis Harris, Ph.D., P.E. Quick Reference: Research Projects P. 9 Publications P. 18 Short Papers P. 29 Abstracts P. 40 EDUCATION: B.S. Mechanical Engineering U.S. Naval Academy 1971 Annapolis, MD M.A. Human Resources Management Pepperdine University 1976 Los Angeles, CA M.S. Biomedical Engineering Marquette University 1978 Milwaukee, WI Ph.D. Biomedical Engineering Marquette University 1981 Milwaukee, WI RESEARCH INTERESTS: Orthopaedic Biomechanics, Impact Biomechanics, Rehabilitation Engineering, and Analysis of Gait; Measurement of Human Performance; Mechanical Design; and, Computerized Data Acquisition and Analysis. PRESENT POSITION: [8/94 Present] Professor of Biomedical Engineering [8/89 8/94] Associate Professor of Biomedical Engineering [8/87 8/89] Assistant Professor of Biomedical Engineering Marquette University Opus College of Engineering Biomedical Engineering Department PO BOX 1881 Milwaukee, WI [7/99 Present] [10/10 Present] Director, Orthopaedic & Rehabilitation Engineering Center (OREC) Marquette University & The Medical College of Wisconsin PO BOX 1881 Milwaukee, WI Director, MU-RERC NIDRR Rehabilitation Engineering Research Center (RERC) Technologies for Children with Orthopaedic Disabilities(Tech4POD) PO BOX 1881 Milwaukee, WI CONCURRENT ACADEMIC APPOINTMENTS: ['02 Present] Professor of Mechanical Engineering Marquette University ['93 Present] The Medical College of Wisconsin Department of Orthopaedic Surgery Department of Physical Medicine and Rehabilitation ['89 Present] Milwaukee, WI ['81 Present] ['96 Present] Active Scientific Staff Appointment Director of Biomedical & Rehabilitation Engineering Shriners Hospitals for Children, Chicago, IL Page: 1

2 APPOINTMENTS CURRENT AND PREVIOUS: ['99 present] ['96 present] ['93 '96] ['87 '93] ['81 '87] ['80 '81] ['78 '81] ['77 '81] ['78 '81] ['76 '78] ['75 '76] Director, Orthopaedic & Rehabilitation Engineering Center (OREC), Marquette University and the Medical College of Wisconsin. Responsibilities include establishment, supervision, and coordination of a multiinstitutional research center focused in biomechanics, biomaterials, and human motion analysis. Personnel working in the collaboration include four Ph.D., one laboratory engineer, one histotechnician, one motion analysis engineer, two laboratory fellows, and a research administrator. The Center objectives address the multiinstitutional orthopaedic and rehabilitation engineering research goals of Marquette University and the Medical College of Wisconsin, Departments of Orthopaedic Surgery and Physical Medicine and Rehabilitation. Director, Biomedical and Rehabilitation Engineering, Shriners Hospitals for Children Chicago, Chicago, IL. Responsibilities include supervision and coordination of clinical research in pediatric biomechanics, gait analysis and rehabilitation: maintenance of laboratory quality assurance; and, administration of computer and engineering services. Personnel working in the laboratory include one physical therapist, one kinesiologist, one engineer, a laboratory coordinator, two post-doctoral Fellows (physician/engineer), one post-doctoral orthopaedic surgeon, and one biomedical equipment technician. Gait analysis reviews are performed in collaboration with two orthopaedic surgeons. Annually over 300 children are evaluated for orthopaedic surgery in the laboratory. Director, Rehabilitation Services Division, Shriners Hospitals for Children Chicago, Chicago, IL. Responsibilities include supervision and coordination of clinical research in pediatric gait analysis; physical, occupational and speech therapy clinical services; clinical gait analysis services; and, biomedical (clinical) engineering services. Personnel working in the division include one biomedical engineering post-doctoral fellow, one kinesiologist, five physical therapists, two occupational therapists, one speech therapist, two physical therapy assistants, one gait lab technician, and one biomedical equipment technician. Gait analysis reviews are performed in collaboration with two orthopaedic surgeons. Annually over 240 children are evaluated for orthopaedic surgery in the laboratory. The Rehabilitation Services Division also accommodates the inpatient and outpatient rehabilitative needs for the 60 bed pediatric orthopaedic hospital. Director, Pediatric Gait Analysis Laboratory, Shriners Hospitals for Children Chicago, Responsibilities include supervision and coordination of clinical research in pediatric gait analysis and rehabilitation; maintenance of laboratory standards of care; and, administration of computer and engineering services. Personnel working in the laboratory include one physical therapist, one gait technician, and one biomechanical equipment technician. Gait analysis reviews are performed in collaboration with two orthopaedic surgeons. Over 240 children are annually evaluated for orthopaedic surgery in the laboratory. Laboratory Director, Biomedical Engineering and Biomechanics, Shriners Hospitals for Children Chicago, Chicago, IL. Responsible for initiating and maintaining a research oriented laboratory addressing the quantitative and rehabilitative needs of children with cerebral palsy, spinal cord injury and myelomeningocele. This included budget preparation, fiscal and personnel management, long range planning of scientific and technical activities, and acquisition of capital equipment. Acquired funding from various private and Federal granting agencies. Directed the hospital electrical safety program with concurrent membership on the hospital Quality Assurance and Risk Management Committees. Engineering Research Associate, Froedtert Memorial Lutheran Hospital, Biomedical Engineering Department, Milwaukee, WI. Responsible for the initial appraisal and preliminary design of a biomechanical test facility. Engineering Consultant to the Shriners Hospitals for Children Chicago, Chicago, IL. Responsible for the complete design of a biomedical engineering research facility which became operational in June Research Assistant in charge of biomechanics research, Medical College of Wisconsin, Milwaukee, WI. Responsible for the research and development of biomechanical means for the evaluation of children with cerebral palsy. Accomplishments included: development of a device to quantify leg rigidity and spasticity; development of an electrogoniometry system which uses radio telemetry; development of a computerized package to facilitate postural sway analysis; and, clinical use and further development of a device to quantify arm rigidity and spasticity. All projects were implemented clinically. Graduate Student in the Biomedical Engineering Ph.D. Program, Marquette University, Milwaukee, WI. Research studies included: passive resistance to motion in subjects with cerebral palsy; quantification of postural sway; electrogoniometric gait analysis; analysis of physiological systems; medical physiology; analysis of trauma; advanced biomedical instrumentation; advanced computer applications; structural dynamics; analysis of structures; mechanical analysis and design; and finite element analysis techniques. Graduate Student in the Biomedical Engineering M.S. Program, Marquette University, Milwaukee, WI. Research and studies included: passive resistance to motion in subjects with cerebral palsy; biomedical instrumentation; computer applications; physiological transport phenomena; bioelectric phenomena; evoked potentials; analysis of impact head injury; and, applied statistics in research. Graduate Student in the Human Resources Management Program, Pepperdine University, Los Angeles, CA. Studies included: managerial sociology; organizational structures; organizational development; management ethics and values; research methodology; human relations; managerial psychology; social psychology; and, budgeting and finance. Page: 2

3 APPOINTMENTS CURRENT AND PREVIOUS: ['67 71] Undergraduate Student in the Mechanical Engineering Program, United States Naval Academy, Annapolis, MD. Studies included: engineering fundamentals; general physics; statics and dynamics; materials science; mechanics of materials; thermodynamics; fluid dynamics; electric circuits; systems analysis; advanced materials science; heat transfer; kinematics; mechanical design; and, advanced mechanical design. MANAGERIAL EXPERIENCE: ['96 Present] ['93 Present] ['89 Present] ['87 '93] ['81 '87] ['71 '76] Director, Biomedical and Rehabilitation Engineering, Shriners Hospitals for Children Chicago, Chicago, IL. Responsible for program development; CQI; QA; JCAHO review preparation; and program management. Supervise and direct research and clinical efforts in pediatric motion analysis; pediatric rehabilitation; and biomedical (clinical) engineering services. Staff includes two biomedical engineering post-doctoral fellows, one orthopaedic surgery fellow, one kinesiologist, one gait lab coordinator, and one biomedical equipment technician. Gait analysis reviews are performed in collaboration with three orthopaedic surgeons. Annually over 240 children are evaluated for orthopaedic surgery. Director, Rehabilitation Services Division, Shriners Hospitals for Children Chicago, Chicago, IL. Responsible for program development; CQI; QA; JCAHO review preparation; and program management. Supervise and direct research and clinical efforts in pediatric motion analysis; physical, occupational and speech therapy clinical services; and biomedical (clinical) engineering services. Staff includes five physical therapists, two occupational therapists, two speech therapists, two physical therapy assistants, one gait laboratory technician, and one biomedical equipment technician. Clinical motion analysis services are provided in collaboration with two full-time orthopaedic surgeons. Research and training efforts serve three full-time orthopaedic surgeons, five residents and two orthopaedic fellows. Clinical services are provided to meet the inpatient and outpatient rehabilitative needs of the 60 bed pediatric orthopaedic hospital. Director of Research, Department of Orthopaedic Surgery, Medical College of Wisconsin. Responsible for the development and supervision of coordinated division research efforts in Biomechanics, Human Motion Analysis, Biomaterials, Biochemistry, and Microvascular and Laser Surgery. Research division staff includes three Ph.D. biomedical engineers, one Ph.D. and one M.S. biologist, one mechanical/electrical engineer, one biomedical engineer, and a histopathology technician. There are four Ph.D. and eight M.S. biomedical engineering students working in the laboratories on dissertation and thesis level projects. The divisions support the academic and research initiatives of 23 full-time academic orthopaedic surgeons, 25 orthopaedic residents, one spine fellow, one hand fellow, and five foot and ankle fellows. Director, Pediatric Gait Analysis Laboratory, Shriners Hospitals for Children Chicago, Chicago, IL. Responsibilities include: supervision and coordination of clinical gait analysis; maintenance of laboratory standards of care and administration of computer and engineering services. Personnel working in the laboratory include: one physical therapist, one gait technician, and one biomedical equipment technician. Gait analyses and reviews are performed in collaboration with two orthopaedic surgeons. Annually over 240 children are evaluated for orthopaedic surgery in the laboratory. Director of the Biomedical Engineering Department, Shriners Hospitals for Children Chicago, Chicago, IL. Responsibilities include: supervision and coordination of multiple engineering research projects; maintenance of electrical safety and standards in the surgical and recovery areas; and, administration of engineering and computer consultation services. Personnel working in the department included two Biomedical/Electrical engineers, one Physical Therapist, one Secretary, one Data Entry Clerk, four Engineering Graduate Students, three Engineering Undergraduate Students, two Engineering/Computer Science Consultants, and one Statistical Consultant. Assistant Administrative Officer of a 300 person aircraft squadron for a period of 2 years. Responsibilities included supervision and administration of pay distribution, duty assignments, legal administration and manpower management. Administrative and Legal Officer of a 100 person detachment for a period of 1 year. Human Relations Instructor in an aircraft Wing with over 16,000 personnel for 1 year. Duties included managerial and human relations instruction. Served on special assignment to Squadron Commanding Officer in conducting a staff study of aircraft systems performance that included liaison with several major aircraft companies. This nine-month study was conducted from an engineering standpoint and resulted in recommendations for improvement of current systems involving modifications and in some cases replacement. MILITARY RECORD: Entered U.S. Marine Corps in 1971 as a 2/Lt. Awarded Naval Flight Officer Wings in Received promotion to 1/Lt. in 1972 with assignment to flight status. Promoted to Captain in Military awards: National Defense Service Medal, Vietnam Service Medal, Pistol Expert Award and Rifle Expert Award. Honorable Discharge: June PROFESSIONAL LICENSE: Registered Professional Engineer in the State of WI, No Page: 3

4 PROFILED: Marquis Who's Who in Science and Engineering, PATENT: E.A. Millar, G.F. Harris and R.G. Fink: Hip Joint Augmentation, U.S. Patent No. 4,919,672, dtd. 4/24/90. Harris, G.F., Prior Art: 3D Fluoroscopic System for Foot and Ankle Motion Analysis, AWARDS: ['17] ['14] ['14] ['04] ['00] ['99] ['95] ['95] ['94] ['92] ['91 '97] ['90] ['90] ['90] ['88] ['88] ['86] ['83] ['76-'81] ['67] Outstanding Researcher Award, NIH National Center for Simulation in Rehabitation Research at Stanford University. Outstanding Researcher Award, Opus College of Engineering, Marquette University. Appointed Life Fellow, IEEE for contributions to Clinical Research and Education in Human Motion Analysis and Rehabilitation Engineering. Lawrence G. Haggerty Faculty Award for Excellence in Research, Presented by the Graduate School, Committee on Research and Office of Research and Sponsored Programs, Marquette University. IEEE Engineering in Medicine and Biology Society (EMBS), Third Millennium Medal for Contributions in the Field of Biomedical Engineering. Outstanding Researcher Award, College of Engineering, Marquette University. Elected to College of Fellows, IEEE for contributions to Clinical Research and Education in Human Motion Analysis and Rehabilitation Engineering. Elected to College of Fellows, American Institute of Medical and Biological Engineers (AIMBE). United Cerebral Palsy New Technology Award, presented at the 48th Annual Meeting of the American Academy for Cerebral Palsy and Developmental Medicine, New Orleans, LA; An instrument to quantitatively measure spasticity at the elbow, knee and ankle via passive resistance to motion (prtm). Dow Corning Award for outstanding paper presented at the 1992 American Orthopedic Foot and Ankle Society Conference: Comparison of stability between the proximal crescentic metatarsal osteotomy and proximal v osteotomy. IEEE Engineering in Medicine and Biology Society Distinguished Lecturer, Biomedical Engineering and Rehabilitation. IEEE South American Biomedical Colloquium Lecturer, Biomechanical Applications in Rehabilitation, Brazil, Argentina, Uruguay and Chile. ASEE Faculty Scholar, for study of computer aided engineering, University of Michigan. Osteogenesis Imperfecta Fellowship for the study of long bone rodding techniques in Osteogenesis Imperfecta Foundation, Tampa, FL. SAE Ralph R. Teetor Award for educational and research achievement, presented at the National Aerospace Technology Conference, October Elected to Sigma Xi, scientific research society. Orthopaedics Biomechanics Fellowship appointment at the Aerospace Medical Research Laboratory, Wright- Patterson AFB, Dayton, OH. IEEE Award for outstanding paper presented at the 1982 Frontiers of Engineering and Computing in Health Care Conference: A multi-channel radio telemetry system for analysis of human gait. GTE Automatic Electric Fellowship for graduate study in engineering, Marquette University, Milwaukee, WI. Appointment to the U.S. Naval Academy (10 USC G956). NATIONAL AND INTERNATIONAL APPOINTMENTS: NIH R25 Curriculum Training Committee on Rate Diseases Clinical Research Network, ASTM (American Standards for Testing Materials) International, Committee Member; F /Biomechanics of Load Measurement, 2014 present. RERC Rectech, University of Alabama, Advisory Panel member, 2013 present. NURERC, Advisory Panel, RESNA, Standards Committee on Wheelchairs & Transportation, 2009 present. NIDRR, RERC Review Panel, September NIDRR, Grantee Perspective Panel, NIDRR Research Capacity Building Summit, Alexandria, VA, July OI Foundation, Scientific Meeting Workshop Chair: Osteogenesis Imperfecta, ORS, 54 th Annual Meeting, Workshop Moderator: Knee Mechanics, Page: 4

5 NATIONAL AND INTERNATIONAL APPOINTMENTS: SMALnet Research Committee, Shriners Hospitals for Children, Two year appointment present GCMAS, Past President of the Board of Directors, RESNA, Workshop Chair: Functional Assessment of Walker Assisted Gait in Children with Diplegic Cerebral Palsy, NSF (National Science Foundation) Review Panel, Graduate Research Fellowship, NIDRR Evaluation Panel: An Investigation of the Dynamics of Spasticity in Children with Cerebral Palsy, NIH Clinical Research Scholars Program, Physician Research Mentor, Whitaker Foundation Conference Award Gait & Clinical Motion Analysis, Selection Committee, North American Society of Gait and Clinical Motion Analysis, Past President, 1999, North American Society of Gait and Clinical Motion Analysis, President, 1998, AIMBE, Nominating Committee, IEEE EMBS, Chair, Human Motion Analysis Workshop, WS6, IEEE EMS, VP Awards and External Activities, North American Society of Gait and Clinical Motion Analysis, President Elect, 1997, North American Society of Gait and Clinical Motion Analysis, Scientific Program Committee, AIMBE Council of Societies, Vice President, National Science Foundation (NSF), Committee of Visitors, IEEE EMBS, Nominating Committee, IEEE EMBS, Conference Committee, MEWW, 2nd International Conference, Research Resources Session Chairperson, North American Society of Gait and Clinical Motion Analysis, Co-Chairperson Scientific Session on Quality Assurance/Reliability: Kinetics, Kinematics and Temporospatial Data, AIMBE Council of Societies, Secretary, North American Society of Gait and Clinical Motion Analysis, Secretary/Treasurer, IMEKO/IEEE 7th International Model Based Biomeasurements Conference, Program Committee, IEEE EMBS, Finance Committee, IEEE, AdHoc Committee on TAB Financial Policy, IEEE EMBS, Executive Committee (Past President), IEEE, Budget Development Liaison Committee (TAB Representative), IEEE, Neural Networks Administrative Committee, IEEE, Transactions on Medical Imaging Steering Committee, IEEE EMBS, International Activities Committee, IEEE EMBS, Region 10 (Taipei, Taiwan) Scientific Session Chairperson for Sessions on Computer Network Technology and Biomedical Engineering Education, IEEE Division X, PACE Coordinator, IEEE, Eli Lilly Field Award Committee, Chair, IEEE, Technical Field Awards Council, IEEE, TAB New Technology Directions Committee (NTDC), IEEE EMS, Board of Governors, IEEE EMBS, International Advisory Board, Region 10 International Conference, Taipei, Taiwan, IEEE EMBS Annual Conference, Gait Workshop Chairperson, AACPDM, Subcommittee on Gait Analysis Standards, IEEE, TAB Administrative Council, IEEE, TAB Finance Committee, IEEE, Technical Activities Board, IEEE EMBS, President, IEEE, TAB Products Council, IEEE EMBS, Delegate to American Institute for Medical and Biological Engineering (AIMBE), IEEE Division X, Nominating Committee, IEEE Microwave Theory and Techniques Society, Society Review Sub-Committee, IEEE EMBS, Student Paper Competition Judge, 1991, US Dept. of Education, ABET Program Evaluator for Bioengineering Education, , AACPDM, Long Range Planning Committee, IEEE EMBS, Program Chairperson for the 1988 Conference, New Orleans, LA. IEEE EMBS, Health Care Engineering Policy Committee, IEEE EMBS, Track Chairperson for track on Biomechanics, IEEE EMBS, Conference Committee Member, IEEE EMBS, AdCom for Region 4, 1987, 1989, IEEE EMS, AdCom at large, AACPDM, Scientific Program Committee, 1987 Conference, Boston, MA. IEEE EMBS, Scientific Session Chairperson, IEEE EMBS, Track Chairperson for track on Postural Stability and Control, 1986,1987,1990,1991. ACEMB, Session Chairperson for session on Cerebral Palsy, REGIONAL APPOINTMENTS: Member Research Committee, Joint Department of Biomedical Engineering, Marquette University/Medical College of Wisconsin, Member Sub-Committee on Grand Rounds and Core Conferences, Department of Orthopaedic Surgery, Medical College of Wisconsin Page: 5

6 REGIONAL APPOINTMENTS: Member, EOS Imaging System Business Plan Development Work Group: Shriners Hospitals for Children, Chicago. Tasked to develop a business plan for clinical and research implementation of an EOS body imaging system for assessment of scoliosis, leg length discrepancy, and other lower extremity pathologies, 2014 Present. Research Committee Member, Medical College of Wisconsin, Orthopaedic Surgery, 2013 present. Member Translational Opportunities Panel (TOP), CTSI, Clinical and Translational Science Institute of Southeastern Wisconsin, 2012 present. Reviewer Pilot Grant Projects, Clinical and Translational Science Institute of Southeastern Wisconsin, Research Committee Member, Musculoskeletal Research Group, Medical College of Wisconsin, Orthopaedic Surgery and Rheumatology Departments, Marquette University, 2012 present. Board of Director, Broadscope Disability Services, 2011 present. F/K/A United Cerebral Palsy of Southeastern WI Research Committee Member, Shriners Hospitals for Children Chicago, 2011 present. Member, AdHoc Leadership Committee, United Cerebral Palsy of Southeastern Wisconsin, Associate Director, Governance Committee, Center for Bioengineering and Biomathematics, Marquette University and The Medical College of Wisconsin, Member, HIRB Committee, Shriners Hospitals for Children Chicago, Co-Chairperson, Lower Extremity Session, Falk Neurorehabiliation Symposium Marquette University and The Medical College of Wisconsin, November 2 3, Member, Ethics Committee, Shriners Hospitals for Children Chicago, Treasurer, IEEE Northwest Subsection, UNIVERSITY APPOINTMENTS: Member, MU Forum Planning Committee, Chairperson, Joint Department Chair Search Committee, Marquette Biomedical Department and Medical College of Wisconsin, Member, Faculty Recruitment Sub-Committee, Biomedical Engineering Department, Marquette University, 2015 present Member, Advisory Committee, Biomedical Engineering Department, Marquette University, 2015 present Reviewer, Medical Student Research Day Poster Competition, Medical College of Wisconsin, 10/2012. Member, Graduate Committee, Biomedical Engineering Department, Marquette University, 2000 present Member, Curriculum and Evaluation Committee (CEC). F/K/A The Academic Council Orthopaedic Surgery Dept., Medical College of Wisconsin, 1994 present Member, Promotion and Tenure Committee, College of Engineering, Marquette University, ; Member, Promotion and Tenure Committee, Biomedical Engineering Department, Marquette University, Chairperson, Orthopaedic Research Committee, Department of Orthopaedic Surgery, Medical College of WI, Member, Search Committee for Chairman of Biomedical Engineering Department, Marquette University, Chairperson, Undergraduate Committee, Biomedical Engineering Department, Marquette University, Co-Chair, Undergraduate Committee, Biomedical Engineering Department, Marquette University, , Member, Strategic Planning Committee, College of Engineering, Marquette University, Member, Marquette University Financial Aid Committee, Member, Engineering Mechanics Committee, (Mechanics of Materials & Advanced Mechanics) College of Engineering, Marquette University, Member, Advisory Board to the Biology Department, Marquette University, Member, Search Committee for Chairperson of Physical Medicine & Rehabilitation, Medical College of Wisconsin, Member, Engineering College Building Committee, Marquette University, Member, Rehabilitation Engineering Steering Committee, The Medical College of Wisconsin, Member, Research & Scholarly Activity Committee, Physical Medicine and Rehabilitation, Medical College of Wisconsin, Member, Search Committee forassociate Dean for Research, College of Engineering, Marquette University, Member, Strategic Research Planning Committee, The Medical College of Wisconsin, Member, Promotion and Tenure Committee, to the Departments of Medical Laboratory Technology and Physical Therapy, Marquette University, Chairperson, Graduate Committee, Biomedical Engineering Department, Marquette University, Member, Engineering College Computer Resources Committee, College of Engineering, Marquette University, Member, Ad Hoc Combined BS/MS Program Committee, College of Engineering, Marquette University, Member, Undergraduate Computer Committee, Department of Electrical, Computer and Biomedical Engineering, Marquette University, Member, Graduate Committee, Department of Electrical Engineering and Computer Science, Marquette University, Member, Graduate Committee, Biomedical Engineering, College of Engineering, Marquette University, PROFESSIONAL and HONORARY ORGANIZATIONS: American Academy for Cerebral Palsy and Developmental Medicine, Fellow American Congress of Rehabilitation Medicine, Member Brain Injury Interdisciplinary Special Interest Group (SIG) American Institute of Medical and Biological Engineers, Fellow American Society of Biomechanics, Member Page: 6

7 UNIVERSITY APPOINTMENTS: American Society of Engineering Education, Member American Society of Mechanical Engineers, Member Association for the Advancement of Medical Instrumentation, Member Biomedical Engineering Society (BMES), Fellow Institute of Electrical and Electronics Engineers (IEEE), Life Fellow Engineering Management Society (EMS) Engineering in Medicine and Biology Society (IEEE-EMBS) International Society for Measurement and Control (ISA), Member National Society of Professional Engineers (NSPE), Member Orthopaedic Research Society, Member Pediatric Orthopaedic Society of North America (POSNA), Elected Associate Member Rehabilitation Engineering Society of North America (RESNA), Member Interdisciplinary Brain Injury Special Interest Group (SIG), Member Society of Automotive Engineers, Member Sigma Xi, Member Wisconsin Society of Professional Engineers (WPSE), Member OTHER AFFILIATIONS: Marquette University Alumni Association. National Eagle Scout Association. United States Naval Institute/Life Member. United States Naval Academy Alumni Association. MARQUETTE UNIVERSITY COURSES TAUGHT OR IN PROGRESS: [Sp/92 96] [Sp/98] [Sp/00 16] [Fa/93] [Fa/96] [Fa/98] [Fa/99] [Fa/01] [Fa/03] [Fa/05] [Fa/07] [Fa/10] [Fa/12] [Fa/14] [Fa/16] [Fa/97] [Fa/08] [Sp/96] [Sp/95] [Fa/04] [Fa/09] [Fa/11] [Fa/13] [Fa/15] [Sp/93] [Sp/97] [Sp/01] [Fa/06] Biomechanics Instrumentation Design Laboratory 2 (BIEN 192, BIEN 4490) Undergraduate (Senior) level. Content: Analysis of biomechanical problems. Use of advanced transducers in conjunction with data acquisition workstations to obtain thermal, flow, strain, and related data from biomechanical systems. Topics include mechanical properties of active muscles, analysis of human motion, postural stability, thermal regulation, cardiovascular mechanics, stress distribution in the skeletal system, and comparison of static and dynamic biomechanical responses to load. 3 sem. hrs. Musculoskeletal Biomechanics II (BIEN 231 BIEN 6451) Graduate level. Content: The study of concepts of kinematics and mechanics as they apply to the field of orthopaedics. Course focuses on applications within the field of biomechanics and includes human motion analysis. Kinematic, kinetic and electromyographic aspects of human motion are covered. Body segment parameters, linear and angular kinematics and dynamics of joints are discussed. The phasic behavior of muscles and relationship between muscles is also covered. Current concepts as revealed in the recent scientific and engineering literature are highlighted. Topics include computer modeling and analysis. 3 sem. hrs. Rehabilitation Engineering Mobility (BIEN 289) Graduate level. Content: The study of concepts of kinematics & mechanics as they apply to the area of human mobility & rehabilitation. Course focuses on engineering analysis and design issues related to assistive devices & wheeled mobility aids. Application of engineering mechanics principles is employed to analyze assistive device structures and to examine the interface between device and user. Topics covered include kinematics of assistive device usage, anthropometric analysis, user positioning and wheeled mobility dynamics. Current concepts as revealed in the recent scientific and engineering literature are highlighted. The course includes modeling and analysis. 3 sem. hrs. Introduction to Geriatrics and Gerontology (ARSC 100) Undergraduate level. Content: An overview of basic concepts in aging. Gerald F. Harris Section on Rehabilitation Technology. 3 sem. hrs. Kinematic Basis for Human Motion Analysis (BIEN 289) Graduate level. Content: The study of concepts of kinematics and mechanics as they apply to the quantitative study of human motion analysis. Course focuses on establishment of 3-D coordinate systems and measurement techniques for the assessment of multi-body motion. Anthropometry and instrumentation systems are discussed. Current concepts as revealed in the recent scientific and engineering literature are highlighted. Topics include computer modeling and analysis. 3 sem. hrs. Biomedical Engineering Analysis of Trauma (BIEN 222 BIEN 6440) Graduate level. Content: An engineering analysis of the physiological changes following impact to the head, spinal cord, and limbs. Electrical events and effects on tissues are also investigated. 3 sem. hrs. Musculoskeletal Biomechanics I (BIEN 230) Graduate level. Content: The study of force and motion as related to anatomic structure and function. Forces and motions acting in the skeletal system and the various techniques used to describe them are studied. Current concepts as revealed in the recent scientific and engineering literature are highlighted. Topics covered include bone mechanics, joint mechanics, gait kinematics, instrumentation and measurement of biomechanical phenomena, and computer modeling. 3 sem. hrs. Page: 7

8 MARQUETTE UNIVERSITY COURSES TAUGHT OR IN PROGRESS: [Fa/99 Sp/01] [Fa/02 Sp/05] [Fa/91 95] [Fa/00] [Sp/88 91] [Fa/88 90] [Sp/90] [Fa/89] [Sp/89] [Fa/87] [Fa/87] Engineering Design (BIEN 142/143) Undergraduate (senior) level, Ankle Joint Control Device for Use in Orthotics. Design of Accelerometer Head Cap for Assessment of Daily Living (2 yrs). Laser and FSR Alignment System for Foot & Ankle Motion Analysis. Biomechanics Instrumentation Design Laboratory 1 (BIEN 191) Undergraduate (Senior) level. Content: Application of principles of engineering mechanics, data acquisition, and basic electronics in the design and utilization of biomechanical instrumentation. Principles of transduction, mechanics, and sampling theory as applied to biomechanical systems. Experiments investigate biomechanics of the musculoskeletal system and include design content. 3 sem. hrs. Computer Applications in Biomedical Engineering (BIEN 185) Upper division/graduate level. Content: Design and implementation of computer techniques for data acquisition and analysis. Emphasis on design of algorithms for real-time processing of analog signals. Solutions to assigned projects are accomplished on laboratory computer system. 3 sem. hrs. Course was redesigned: Design and implementation of personal computer (PC) techniques for data acquisition and analysis. Emphasis on C language, MS-DOS, moderate to high speed A/D, algorithm design, and real-time processing of analog data. Solutions to assigned design projects accomplished on PC workstations. Biomechanics of Joints, Gait and Postural Stability (BIEN 289) Graduate level. Content: Introduction to the biomechanics of joints, gait, and postural stability. Analytic methods to determine interrelationships of force and motion were stressed. Focus topics included: bone mechanics, joint mechanics, gait kinematics/kinetics, postural stability, instrumentation and measurement, and computer modeling. 3 sem. hrs. Mechanics of Materials (ENME 130) Undergraduate level. Content: Fundamentals of stress, strain, axial loading, torsion, bending, transverse loading, stress and strain transformations, beam deflections, energy methods, and columns. 3 sem. hrs. Transport Phenomena for Biomedical Engineers (BIEN 186) Upper division/graduate level. Content: Principles of mass momentum and energy transport phenomena. Survey of transport phenomena applications in biomedical engineering with design content. 3 sem. hrs. Biomedical Engineering (BIEN 180) Upper division/graduate level. Content: Analysis of the underlying physiologic and bioengineering aspects of the major cell and organ systems of the human from an engineering aspect. 3 sem. hrs. Introduction to Biomechanics (BIEN 289) Graduate level. Content: Introduction to the analysis and quantitative description of forces and motions acting in the human skeletal system. Content included bone mechanics, joint mechanics, gait kinematics, instrumentation and measurement of biomechanical phenomena, and computer modeling. 3 sem. hrs. Readings and Research Courses (BIEN 295) Graduate level [Sp/05] [Fa/04] [Sp/99] [Sp/98] [Fa/97] [Sp/96] [Fa/94] [Sp/94] [Fa/93] [Sp/93] [Sp/92] [Fa/90] [Sp/90] Slip and fall biomechanics. 2 sem hrs. Dynamic characterization of postural stability during quiet and perturbed standing. 3 sem hrs. Kinematic and biomechanical analysis of the scoliotic spine. 3 sem. hrs. Biomechanical characterization of calcaneal kinematics. 3 sem. hrs. Optical instrumentation for kinematic application. 3 sem. hrs. Biomedical applications in rehabilitation medicine. 2 sem. hrs. Pediatric motion analysis methods. 2 sem hrs. Biomedical applications in orthopaedic medicine. 2 sem. hrs. Curve fitting techniques for analysis of kinematic data. 3 sem hrs. FEA design of a walker instrumentation system. 4 sem hrs. Instrumentation for the analysis of human motion. 3 sem. hrs. Data acquisition methods for long term recording of plantar pressure data. 1 sem. hr. Evaluation of data compression techniques for biomedical data. 1 sem. hr. Instrumentation and measurement in biomechanics. 3 sem. hrs. Computer based analysis of plantar pressure patterns in insensate feet. 1 sem. hr. Biomechanics of plantar shear during ambulation. 3 sem. hrs. Biomechanics of foot and ankle motion. 2 sem. hrs. Seated stability analysis of pediatric subjects. 3 sem. hrs. Biomechanical analysis of postural instability. 3 sem. hrs. Evaluation of an ergonomic hand tool. 3 sem. hrs. Computerized data acquisition and analysis of biomedical data. 3 sem. hrs. Statistical analysis of biomedical data. 3 sem. hrs. Page: 8

9 Readings and Research Courses (BIEN 295) Graduate level [Fa/89] Biomedical assessment of wrist and hand function. 3 sem. hrs. Computerized methods for wrist joint assessment. 3 sem. hrs. Biomechanics of syndactyly. 3 sem. hrs. Biomechanics of subtalar motion. 3 sem. hrs. Computerized data acquisition and analysis of biomedical data, 6 students, 3 sem. hrs. Biomechanical analysis and design. 3 sem. hrs. Computerized data acquisition and analysis. 3 sem. hrs. Algorithm design for processing biomedical data. 1 sem. hr. [Sm/89] [Sp/89] [Fa/88] [Sp/88] [Fa/87] Biomechanical analysis of long bone rodding. 3 sem. hrs. Evaluation of foot pressure in sensate and insensate subjects. 3 sem. hrs. Software development for clinical computer control and data acquisition. 1 sem. hr. Development of a control algorithm for passive motion testing. 3 sem. hrs. Force magnitude and spectral analysis of foot to floor contact. 3 sem. hrs. Data acquisition system design for measuring foot contact pressure. 3 sem. hrs. Quantitative analysis of G.I. tract motility. 2 sem. hrs. PID velocity control of a biomechanical device. 3 sem. hrs. Database construction for a hospital Q/A program. 1 sem. hrs. OTHER COURSES TAUGHT OR IN PROGRESS: [Sp/13], [Sp/14] [Sp/15], [Sp/16] [Sp/91 95] [Fa/91 98] [Sp/99] [Fa/94],[Sp/94] RESEARCH PROJECTS: Orthopaedic Research Elective (320 M4310) Medical College of Wisconsin. Content: introduction to the mechanism of preparing a research project in the field of orthopaedic surgery. Includes a review of research planning organization and statistical methods. Research opportunities (practicum) are provided in the areas of adult trauma and reconstructive surgery; bone tumors, sports medicine, hand, foot, spine, and pediatric orthopaedics; metabolic bone disease; arthritis; and, rehabilitation. (M-F, 8 weeks). Biomechanics Introduction for Physical Medicine and Rehabilitation Residents. In the Functional Anatomy and Kinesiology Course Series. Department of Physical Medicine and Rehabilitation, Medical College of Wisconsin. Orthopaedic Research Elective (QJ301) Senior year medical school, Medical College of Wisconsin. Content: introduction to the mechanism of preparing a research project in the field of orthopaedic surgery. Includes a review of research planning organization and statistical methods. Research opportunities (practicum) are provided in the areas of adult trauma and reconstructive surgery; bone tumors, sports medicine, hand, foot, spine, and pediatric orthopaedics; metabolic bone disease; arthritis; and, rehabilitation. (M-F, 8 weeks). [1/17 12/19] Shriners Hospitals for Children: Calcaneal Osteotomies for pes planovalgus in cerebral palsy: A long term comparison, $490,854. G.F. Harris, Principal Investigator. [01/16 12/17 Shriners Hospitals for Children: Shriners Motion Analysis Laboratory Network Database, $120,000, G.F. Harris, Principal Investigator. [01/16 07/16] I-Corps National Science Foundation: Personal Wheelchair Platform (PWP); $50,000, G.F. Harris, Mentor. 12/15 05/16] Marquette University, Office of International Education: International Research Award, $3,000, G.F. Harris, Mentor. [07/15 07/16] I-Corps Sites: Southeastern Wisconsin National Science Foundation; Subaward from the University of Wisconsin, Milwaukee: Enhancing Regional Technology Commercialization. $2,400, G.F. Harris, Mentor. [05/15 04/16] American Cancer Society and Medical College of Wisconsin Cancer Center: Joint Kinetic Strategies in Onocology Patients with Femoral Endoprostheses. FP8336, $30,000, G.F. Harris, Mentor. [10/14 09/19] U.S. Department of Health and Human Services National Institute on Disability, Independent Living, and Rehabilitation Research (NIDILRR): Advanced Rehabilitation Research Training in Pediatric Mobility for Physicians and Engineers. 90AR (Formerly H133P ), $750,000, G.F. Harris, Principal Investigator. [09/14 09/17] DOD (Department of Defense): The Process of Adjustment among Caregivers of Individuals with Spinal Cord Injury: A Qualitative Study. W81XWH , $496,000, G.F. Harris, Investigator. Page: 9

10 RESEARCH PROJECTS: [08/14 07/19] NIH (National Institutes of Health): Rare Diseases Clinical Research Network: Brittle Bone Disease Consortium. 1U54AR , $500,000, G.F. Harris, Marquette University Principal Investigator. [07/12 06/15] Shriners Hospitals for Children Chicago: Bone characterization for Improved Care of Children with Osteogenesis Imperfecta. $199,170, G.F. Harris, Principal Investigator and Postdoctoral Mentor. [01/12 06/14] Lawrence Berkeley National Laboratory (LBNL): Advanced Light Source (ALS) Imaging Facility Award, Analysis of bone microstructure in osteogenesis imperfecta/brittle bone disease. Microtomography Beamline 8.3.2, G.F. Harris, Principal Investigator. [08/11 04/16] Pedorthic Foundation: A Novel Fluoroscopic Imaging System for Foot and Ankle Motion Analysis during Walking, $7,500, G.F. Harris, Principal Investigator. [10/10 09/17] U.S. Department of Health and Human Services National Institute on Disability, Independent Living, and Rehabilitation Research (NIDILRR): Rehabilitation Engineering Research Centers: Technologies for Children with Orthopaedic Disabilities. 90RE (Formerly H133E100007), $4,750,000, G.F. Harris, Principal Investigator. [10/10 09/16] U.S. Department of Health and Human Services National Institute on Disability, Independent Living, and Rehabilitation Research (NIDILRR): Advanced Rehabilitation Research Training (ARRT) in Pediatric to Adult Transition. 90AR (FH133P ), $750,000, G.F. Harris, Principal Investigator. [10/10 08/15] U.S. Department of Education, FIPSE (Naretti Grant): Center for Technology and Research in Biomedical Engineering. $39,000, G.F. Harris, Consultant for ITESM, Chihuahua, MX. [01/09 10/14] OI Foundation (Osteogenesis Imperfecta Foundation): Linked Clinical Research Center (LCRC- Midwest). $127,200, G.F. Harris, Co-Principal Investigator. [09/08 08/14] NIDRR (National Institute on Disability and Rehabilitation Research): Advanced Rehabilitation Research Training in Pediatric Mobility. H133P080005, $750,000, G.F. Harris, Principal Investigator. [06/08 08/08] OREF (Orthopaedic Research & Education Foundation): Medical Student Summer Orthopaedic Research Fellowship. $2,500, Awarded to Lauren Jorgensen, Mentor: G.F. Harris, OREC Gait Lab Director, June- August, [11/07 10/10] Falk Foundation: Research and Care of Children with Osteogenesis Imperfecta. $500,000, G.F. Harris, Co- Principal Investigator. [01/07 12/10] NIDRR (National Institute on Disability and Rehabilitation Research): Conservative and Surgical Clubfoot Treatment, A Multi-Center Study. H133G060252, $450,000, G.F. Harris, Co-Principal Investigator. [01/07 12/10] NIDRR (National Institute on Disability and Rehabilitation Research): Clinical Reliability and Validity of a Foot Model: Assessing Efficacy and Functional Outcome with Orthotic Intervention in Children with CP. H133G060155, $450,000, G.F. Harris, Co-Principal Investigator. [12/06 11/10] NIDRR (National Institute on Disability and Rehabilitation Research): Development of Dynamic Pedorthosis for Improving Clubfoot Correction. H133G060142, $450,000, G.F. Harris, Co-Principal Investigator. [01/06 12/10] Shriners Hospitals for Children: (from John Hopkins to Marquette University) Natural History of Scoliosis in Osteogenesis Imperfecta. $49,340, G.F. Harris, Co-Principal Investigator. [11/05 10/09] NIDRR (National Institute on Disability and Rehabilitation Research): Fracture Risk Prediction in Children and Young Adults with Osteogenesis Imperfecta. H133G050201, $450,000, G.F. Harris, Principal Investigator. [09/04 08/10] NIDRR (National Institute on Disability and Rehabilitation Research): Clinician Researchers and Engineers: Advanced Rehabilitation Research Training. H133P040008, $750,000, G.F. Harris, Principal Investigator. [01/03 12/03] NIH/Shriners Hospitals for Children: Workshop on Adult and Pediatric Foot and Ankle Motion Analysis. $20,000, Natcher Auditorium, NIH, Bethesda, MD, Nov. 15, G.F. Harris Co-Principal Investigator. [07/02 06/08] NIDRR (National Institute on Disability and Rehabilitation Research): Advanced Research Training Grant for Physicians and Biomedical Engineers. H133P020004, $675,000, G.F. Harris, Principal Investigator. [01/02 12/04] Whittaker Foundation: Enhancing BME Education through the MU-MCW Bridge: Rehabilitative Bioengineering Component. $1,000,000, G.F. Harris, Co-Principal Investigator. [01/02 12/04] Shriners Hospitals for Children: Assistive Device Dependent Cerebral Palsy Children: Gait, Postural Stability and Motor Function Evaluation. $180,173, G.F. Harris, Co-Principal Investigator. [01/02 12/04] Shriners Hospitals for Children: Pediatric Electromyographic Topography for Surface and Deep Muscle Activity Analysis. $166,625, G.F. Harris, Co-Principal Investigator. Page: 10

11 RESEARCH PROJECTS: [11/01 10/05] NIDRR (National Institute on Disability and Rehabilitation Research): Quantitative Study of Anterior and Posterior Walker Usage Dynamics in Children with Cerebral Palsy. H133G010069, $449,983, G.F. Harris, Principal Investigator. [12/00 11/03] Falk Foundation: Neurorehabilitation Research Center. $850,000, G.F. Harris, Co-Principal Investigator. [01/00 12/00] Shriners Hospitals for Children: Shriners Pediatric Workshop/Symposium: A new millennium of discovery in clinical care and motion analysis technology. $15,000, G.F. Harris, Principal Investigator. [10/99 09/02] Allergan Research Foundation: Botulinum A toxin compared to stretching casts in the treatment of spastic diplegic and spastic hemiplegic cerebral palsy patients (a multi-center study). $215,000 and $115,500 worth of Botox, G.F. Harris, Co-Investigator. [01/99 12/01] Shriners Hospitals for Children: Postural stability, gait analysis, and functional measurement instruments in children with cerebral palsy: A study of correlation. $161,829, G.F. Harris, Co-Principal Investigator. Second award [1/02 12/04] $183,518. [01/98 12/98] U.S. Olympic Committee (USOC): Biomechanical Analysis of Clap Skate and Traditional Skate During the Speed Skating Sprint Start: High Speed 3D Video, Lightweight Accelerometry Analysis Sensor System (LAASS) and Plantar Pressures. $25,163, G.F. Harris, Co-Principal Investigator. [09/97 11/97] NIH: Symposium on Gait Analysis in Medical Rehabilitation. $2,000, R13HD , G.F. Harris, Principal Investigator. [01/97 12/99] NIH: Rocker sole kinetics and kinematics. $482,017, R01, HD A1, G.F. Harris, Co-Principal Investigator. [01/97 12/99] Shriners Hospitals for Children: Support for pediatric motion analysis studies (post-doctoral and graduate support). $111,293, G.F. Harris, Co-Principal Investigator. [01/97 12/99] Shriners Hospitals for Children: Quantitative study of walker assisted gait in children with cerebral palsy. $71,112, G.F. Harris, Co-Principal Investigator, #9520. [01/97 12/97] Shriners Hospitals for Children: Pediatric gait and motion assessment: clinical needs and emerging technologies. $15,000, G.F. Harris, Co-Principal Investigator, #9950. [01/96 12/99] Shriners Hospitals for Children: Posterior tibial tendon surgery in children with cerebral palsy: A randomized, prospective study using 3-D segmental foot and ankle motion analysis. $97,292, G.F. Harris, Co-Principal Investigator, #9510. [07/95 08/96] NSF: Special Track for IEEE/EMBS Annual Conference: Tissue Engineering. $11,898, G. F. Harris, Co- Principal Investigator, #BES [03/95 07/96] ONR: Motion Analysis of Ligamentous Cervical Spines. $105,000, G.F. Harris, Principal Investigator. [07/94 06/00] NIH: Rehabilitation research training: physicians and biomedical engineers. $724,557: G.F. Harris, Co- Principal Investigator, T-32, HD A1. [07/94 09/95] VA Rehab R&D: Non-Invasive 3-D In Vivo Motion Analysis of the Cervical Spine. $36,700; G.F. Harris, Co-Principal Investigator. [07/93 06/96] NIH: A CT, MR and cryomicrotomic study of spine anatomy. $939,552, G.F. Harris, Co-Investigator, RO1AR [10/92 09/95] VA Rehab R&D: Holter system development for recording plantar pressures. $190,800, G.F. Harris, Co- Principal Investigator. [01/93 12/94] Shriners Hospitals for Children: Controlled clinical trial of selective dorsal rhizotomy in the treatment of cerebral palsy. $153,373, G.F. Harris, Co-Investigator. [01/93 12/93] Shriners Hospitals for Children: Workshop on human motion analysis. $15,000, G.F. Harris, Co-Principal Investigator. [01/92 12/92] VA Rehab R&D: Development of a miniature, shear, sensing transducer: a pilot study. $24,700, G.F. Harris, Principal Investigator. [01/92 12/93] Shriners Hospitals for Children: Subtalar stabilization of the planovalgus foot in cerebral palsy. $80,096, G.F. Harris, Co-Principal Investigator. Acct. # [01/92 01/93] VA Rehab R&D: Development of a portable biofeedback cane. $24,700, G.F. Harris, Co-Principal Investigator. [03/91 03/93] VA Rehab R&D: Contralateral versus ipsilateral cane use. $58,996, G.F. Harris, Co-Principal Investigator. Page: 11

12 RESEARCH PROJECTS: [01/91 12/93] Shriners Hospitals for Children: Isolated joint function and analysis of ambulatory motion in children with cerebral palsy: evaluation of surgical intervention. $81,000, G.F. Harris, Principal Investigator. Acct: [04/90 08/90] VA Rehab R&D: Design of a knee compliance manipulandum. $5,861, G.F. Harris, Principal Investigator. [01/89 01/90] Osteogenesis Imperfecta Foundation: Intramedullary rodding in osteogenesis imperfecta. $5,000, G.F. Harris, Principal Investigator. [10/88 12/90] VA Rehab R&D: Development of a sensory substitution system for the insensate foot. $32,300, G.F. Harris, Principal Investigator. [12/88 11/89] NIH: IEEE/EMBS Special symposium on maturing technologies and emerging horizons in biomedical engineering. $10,000, G.F. Harris, Principal Investigator. [08/88 03/89] FDA: IEEE/EMBS Special symposium on maturing technologies and emerging horizons in biomedical engineering. $15,066, G.F. Harris, Co-Principal Investigator. [03/88 08/90] WCSAR/NASA: Development of a Force-Reflecting (and Zero Motion) Master Telerobotic Wrist. $25,000, G.F. Harris, Principal Investigator. [06/88 05/89] ONR: IEEE/EMBS Special symposium on maturing technologies and emerging horizons in biomedical engineering. $10,080, G.F. Harris, Co-Principal Investigator. [01/88 08/91] Shriners Hospitals for Children: Prospective analysis of upper limb control and function in Cerebral Palsy and evaluation of the effectiveness of surgical intervention. $126,644, G.F. Harris, Co-Principal Investigator. Acct: [09/87 09/88] AFOSR: Validation evaluation and preliminary study of the AAMRL/BBD portable force dosimeter. $51,705, G.F. Harris, Principal Investigator. [09/87 08/88] Shriners Hospitals for Children: Quantitative assessment of neuromuscular function in children with Cerebral Palsy. $22,247, G.F. Harris, Principal Investigator. Acct: [01/82 12/87] Shriners Hospitals for Children: Long term biomechanical and clinical evaluation of treatment effects upon children with Cerebral Palsy. $379,984, G.F. Harris, Principal Investigator. Acct: 15965/66. [01/83 12/86] Shriners Hospitals for Children: Data base system for evaluation of orthopaedic treatment of Cerebral Palsy. $211,529, G.F. Harris, Principal Investigator. Acct: [07/86 09/86] UES/AFOSR: Effect of low frequency vibration on bone remodeling in a primate model subjected to low frequency vibration for controlled periods of time. $9,036, G.F. Harris, Principal Investigator. [06/86] AT&T, Bell Laboratories: Equipment Grant. DEC PDP 11/70VK computer, 2 RL01 disk drives, and LA36 printer. $9,385, G.F. Harris, Principal Investigator. [01/82 12/82] Shriners Hospitals for Children: Application of current to correct scoliosis and related spinal curvature in children with Cerebral Palsy. $63,000; G.F. Harris, Co-Investigator for biomechanical modeling. Sum: $20,426,678 Page: 12