Mission: Seed, nurture, and execute large multi-disciplinary projects that involve applying computing, systems engineering, and information technology.

Slides:



Advertisements
Similar presentations
The Advanced Practice Nurse Managed Clinic: Nurses Responding to Change Rosemary Goodyear Ed.D, APRN-BC, FAANP.
Advertisements

Presented by: Jerry Legge Associate Provost for Academic Planning (Interim), and Professor of Public Administration and Policy (SPIA) Provost Advisory.
Develop and Utilize Human Potential 1. Qatar Research Institutes.
The Time Horizons of the R&D Activities of the Business Groups and of Corporate Technology are Different A seamless transition from R&D in Corporate Technology.
Determining CLIMASP Competencies Jerash University Development of Interdisciplinary Program on Climate Change and Sustainability Policy- CLIMASP Development.
Office of the Vice President for Research Research Trends Richard O. Buckius Vice President for Research Academic Leadership Forum March 31, 2010.
Global Service Institute Center for Social Development Washington University in St. Louis Toward a Global Research Agenda on Civic Service: An International.
Teaching Institute for Excellence In STEM Fab9 IGNITE! Caroline McEnnis, Anna Waldman-Brown, Barbra Skarzynski TIES August 23, 2013.
1 Biomedical Sciences Public and Environmental Health Regenerative Medicine Translational Research.
John Wieler Management Information Systems In a Healthcare Setting.
1 Intellectual Architecture Leverage existing domain research strengths and organize around multidisciplinary challenges Institute for Computational Research.
NSF and Environmental Cyberinfrastructure Margaret Leinen Environmental Cyberinfrastructure Workshop, NCAR 2002.
Cyberinfrastructure Center ■ (765) ■ Felix Haas Hall Mission: Create an interdisciplinary facility of national prominence.
Addressing Grand Challenges Attracting Global Collaborations Advancing the Economy Sustainability Cyberinfrastructure Learning Life Sciences and Healthcare.
Bindley Bioscience Center Vision: Nurture interactive communication and interdisciplinary discovery with flexible laboratory project spaces and an open.
Oncological Sciences Center Mission: To rapidly translate research findings to the clinic by engaging clinical partners in the discovery process Vision:
Role of Big Science in the Developing World. Developed vs. Developing Developed have industrial growth enjoy a flourishing economy Developing depend on.
Strategic Planning Synergies between Science/Engineering and Liberal Arts/Social Sciences “Bridging Disciplines: Solving Complex Problems” College of Agricultural.
What is “Biomedical Informatics”?. Biomedical Informatics Biomedical informatics (BMI) is the interdisciplinary field that studies and pursues.
Work-Life Balance Methods in Clinical Cancer Research April 28.
Texas Workforce Commission The Texas Workforce Commission (TWC) is a collaborating partner in the economic development processes for the State of Texas.
D2K: Data to Knowledge Institute – Natural and Human System Responses to Environmental Change Genomics and Bioinformatics Sustainability, People, and Policy.
1 INVESTING IN ARIZONA’S UNIVERSITIES INVESTING IN ARIZONA’S UNIVERSITIES Presentation by The University of Arizona, May 5, 2008.
Jake Blanchard – University of Wisconsin – August 2007.
HUBZERO AT INDIANA UNIVERSITY: THE INDIANA CTSI HUB Bill Barnett EDUCAUSE October 14, 2010.
SEPRI University of Massachusetts Amherst Security, Emergency Preparedness, and Response Institute SEPRI “Integrating Solutions Providing Real Time Connectivity”
A Paradigm for Interdisciplinary Research A. H. Rebar, DVM, Ph.D. Senior Associate Vice President for Research Executive Director of Discovery Park.
Interoperability to Support a Learning Health System HL7 Learning Health Systems Workgroup.
CceHUB A Knowledge Discovery Environment for Cancer Care Engineering Research Ann Christine Catlin HUBzero Workshop November 7, 2008.
The Dream & & The Challenge UNIVERSITY OF KENTUCKY Strategic Plan UNIVERSITY OF KENTUCKY Strategic Plan.
Systems Engineering Research and the Cancer Care Engineering Project Joseph F. Pekny, Ph. D. (Purdue University) Professor of Chemical Engineering Interim.
“Technology based economic development through open innovation” © 2014.
Medical Informatics Basics
Putting the Patient at the Center of Health Care Research Joe Selby, MD, MPH Executive Director, Patient-Centered Outcomes Research Institute The Conference.
Georgia Institute of Technology. Georgia Tech is an innovative intellectual environment with more than 900 full-time instructional faculty and more than.
How can we work together? Partnering with Industry: An Investigator’s Perspective Robert L. Coleman, MD M. D. Anderson Cancer Center.
National Institute of Standards and Technology Technology Administration U.S. Department of Commerce NIST/ATP Initiatives in Telehealth Richard N. Spivack,
“This initiative will help bring our best ideas to market right here in New York State.” – Governor Andrew Cuomo.
ACCELERATING CLINICAL AND TRANSLATIONAL RESEARCH
Cancer Care Engineering: A Collaborative Transformational Project Indiana University School of Medicine Purdue University.
Project Funding & New Projects Cancer Care Engineering.
Summary of the Report to THECB April Vision  To become a premier public research university providing access to educational excellence  Interdisciplinary.
N222Y Health Information Technology Module: Improving Quality in Healthcare and Patient Centered Care Looking to the Future of Health IT.
Building an interdisciplinary PhD with DNA: iPhD Healthcare Genetics Rosanne Pruitt, PhD, RN, FNP, bc Julie Eggert, PhD, RN Clemson University School of.
6/4/20161 Commitment & Efforts Toward Translational Science Subtitle Placeholder.
The Technology Exchange for Cancer Health Network (TECH-Net) AHRQ Annual Conference: Improving Healthcare, Improving Lives September 27, 2007 Teresa M.
Global Public Policy Institute: A Public Forum on the Possibilities Please send your ideas and input about a possible Policy Institute to:
TechCon Food systems history… Agriculture has a 10,000 year history Farmers are estimated to be 38 to 45% of the global work force In the developing.
Clinical Research Informatics at the University of Michigan Daniel Clauw M.D. Professor of Medicine, Division of Rheumatology Assistant Dean for Clinical.
An Introduction to Medical Informatics
Joe Pekny, Professor Chemical Engineering Director, e-Enterprise Center Discovery Park Marietta Harrison, Professor Medicinal Chemistry & Molecular Pharmacology.
NIH and the Clinical Research Enterprise Third Annual Medical Research Summit March 6, 2003 Mary S. McCabe National Institute of Health.
The U. S. Health Care System Challenges, Opportunities and Solutions Fifth National HIPAA Summit Clinical Data Standards and the Creation of an Interconnected,
1 Enterprise Innovation Institute Growth: Industries Community Policy & Research Services Bringing innovation to local and state government entities Technology-based.
Mt. Hood. IOM Report: 10 Years After & More Coming Mitch Greenlick, Ph.D. Oregon State Representative April 21, 2010.
National Cybersecurity Center of Excellence Increasing the deployment and use of standards-based security technologies Bill Fisher Security Engineer National.
                 HTA: political and ethical perspectives Presentation to Forum on Pharmaceutical Policy in the Enlarged Europe at 7 th.
Healthcare Informatics Prof. William W. Song Informatics and Business Intelligence Dalarna University Borlänge, Sweden.
HEALTH ECONOMIST FOR THE WORLD HEALTH ORGANIZATION Health economist for the World Health Organization. Name Date.
Report to the Regenstrief Foundation Board by the Regenstrief Center for Healthcare Engineering.
PRAGMATIC Study Designs: Elderly Cancer Trials
Game Changers, Real Time and Predictive Analytics: New Opportunities for Health Analytics/Health System Use and their Potential for Changing Health Care.
Where Disciplines Converge
Idaho National Laboratory Community College Partnerships
What is “Biomedical Informatics”?
Defense Health Agency Industry Exchange J-6 I&O’s Enterprise Approach by COL Beverly Beavers November 08, 2018 Authorized Use Only Authorized Use Only.
High Value Care– What’s Needed?
Idea documentation #3 Identifying children and youth at risk of social exclusion
Continuing challenges regarding previous “findings” :
Best Practices in Building HIV Care Networks
Presentation transcript:

Mission: Seed, nurture, and execute large multi-disciplinary projects that involve applying computing, systems engineering, and information technology to address real-world problems and challenges e-Enterprise Center e-Enterprise provides resources to get new interdisciplinary efforts started: - Seed Funding - Administrative, Proposal, Managerial Services - Facilities - Networking Within Purdue and Beyond ■ (765) ■ Mann Hall, Room 105

Key Focus Areas Improving Healthcare through Systems Engineering –Regenstrief Center for Healthcare Engineering –Oncological Sciences Center –Bindley Biosciences Center –Cyber Center –All Colleges and Schools at Purdue Homeland Security –Purdue Homeland Security Institute –Purdue Regional Visualization and Analytics Center –School of Veterinary Medicine Energy Systems Analysis –Energy Center ■ (765) ■ Mann Hall, Room 105 e-Enterprise Center

Partnerships e-Enterprise Center

Cancer Care Engineering Oncological Sciences Center, e-Enterprise Center, Bindley Bioscience Center, Cyber Center, Regenstrief Center for Healthcare Engineering, Purdue Cancer Center, IU Cancer Center, Clinical Oncologists Goals Significantly improve cancer treatment by taking a systems approach to research and treatment Expected Outcomes 1. Cancer Care Situation Room – Combining research, clinical, published sources with visualization and analysis – present accumulated knowledge and best practices to clinicians AND target research on key questions that challenge clinicians and patients 2. Bench to Bedside and Back – C omplete the cycle of research discoveries to treating patients and back to inform research direction ■ (765) ■ Mann Hall, Suite 225 e-Enterprise Center

Energy Systems Analysis e-Enterprise Center, Energy Center, Chemical Engineering, Center for the Environment, Sandia Labs, Energy Industry Partners Goals -Significantly improve decision-making by considering energy as a complex, interconnected system Expected Outcomes 1.Models, analyses and simulations of the total energy system including chemical, infrastructural, economic, environmental, and policy aspects 2. Well-coordinated, better informed, and more effective energy decisions and policies at the corporate, nation and global levels ■ (765) ■ Mann Hall, Room 105 e-Enterprise Center

Cancer Care Planning and Monitoring e-Enterprise, Oncological Sciences Center, School of Veterinary Medicine, IU School of Medicine Goals -System for collecting and presenting cancer treatment information to doctors and patients Outcomes -Systematize best practices and best treatment paths -Personalize treatment by more fully including medical and patient considerations -Support analysis of treatment and outcomes to refine best practices ■ (765) ■ Mann Hall, Room 105 e-Enterprise Center