The University of Texas at Arlington Research Institute UTARI Eileen Clements, PhD Director of Research.

Slides:



Advertisements
Similar presentations
COMPUTER-AIDED SURGICAL PLANNING AND PROCEDURES A.Schaeffer; PolyDimensions GmbH, Bickenbach.
Advertisements

NATURAL GAIT INDUCING TRANSTIBIAL PROSTHETIC LUCIA MELARA ROBERT SCOTT ALEXIS GARO EML 4551 ETHICS AND DESIGN PROJECT ORGANIZATION FIU DEPARTMENT OF MECHANICAL.
Automation the Key to Success
2.1 Automation & Robotics.
Design and Virtual Prototyping of Human-worn Manipulation Devices Peng Song GRASP Laboratory University of Pennsylvania ASME DETC99/CIE-9029 GRASP Laboratory.
Engineering or Mechanical Engineering?
SENSORS, ACTUATORS & MICROELECTRONICS Contact: Diego Fernandez (CEO) ARQUIMEA INGENIERÍA S.L., AVDA.
Automated Inspection Using Machine Vision
3D Printing Based on Imaging Data: Medical Applications Michael Twardowski 6 Nov 2013 Michael Twardowski 6 Nov 2013.
Department of Electrical Engineering, Southern Taiwan University of Science and Technology Chi-Jo Wang Professor and Associate Chair December 17, 2012.
1 Chapter Two Electrical & Computer Engineering Specialization.
Mechatronics Mechatronics Systems by Prof. I. Charles Ume ME 4447: Microprocessor Control of Mfg Systems and ME 6405: Introduction to Mechatronics.
Abteilung/Name Projektname AUTOMATED MANUFACTURING Worcester Polytechnic Institute MARCH 2006.
1 Budapest University of Technology and Economics Participant Profile Department of Applied Mechanics Department of Manufacturing Science and Technology.
Computer Integrated Manufacturing (CIM). What is CIM? It is the manufacturing process done with the use of a computer for controlling the complete production.
Innovative and well established product development company.
11.10 Human Computer Interface www. ICT-Teacher.com.
Dr. HABEEB HATTAB HABEEB Dr. HABEEB HATTAB HABEEB Office: BN-Block, Level-3, Room Ext. No.: 7292 UNITEN.
New Technology for CIO of the future PUTCHONG UTHAYOPAS KASETSART UNIVERSITY.
Submitted by VISHNU KANT MISHRA Reg. no.: th sem.
IT Application in Health Care
Dr Mike Chappell SYSTEMS ENGINEERING. Products and Processes Requirements Customers Government Organisations Constraints Economic Regulatory Business.
Click here to advance to the next slide.. Chapter 18 Technology in the Workplace Section 18.1 Information Technology.
CAD/CAM, Robotics and Automation Chapter 10, Section 10.3, 10.4 and Handout.
Responding to the Unexpected Yigal Arens Paul Rosenbloom Information Sciences Institute University of Southern California.
Mechanical Engineering MOHAMED BAZZI MATEUS VILLAS BOAS MALTHUS RODRIGUES.
Advanced Distributed Learning & Medical Skills Proficiency Carla Pugh, MD, PhD Assistant Professor of Surgery and Associate Director of the Center for.
Teleoperation In Mixed Initiative Systems. What is teleoperation? Remote operation of robots by humans Can be very difficult for human operator Possible.
Riga Technical University Department of System Theory and Design Usage of Multi-Agent Paradigm in Multi-Robot Systems Integration Assistant professor Egons.
EU/US International Conference on Aging, Disability, and Independence Preparatory Workshop: High Technology Track June 26-27, 2003 NSF Activities in Disability-related.
Peripheral Devices. What is a peripheral device?
Hip and Knee Orthopedic Surgical Robots Market Shares, Strategies, and Forecasts, Worldwide, 2016 to 2022 Phone No.: +1 (214) id:
REU 2007 Computer Science and Engineering Department The University of Texas at Arlington Research Experiences for Undergraduates in Information Processing.
PROSTHETIC LEG PRESENTED BY:-AWAIS IJAZ HASNAT AHMED KHAN.
Software Integrado Team # What is an Embedded software? Is a computer software which plays an integral role in the electronics it is supplied with.
REU 2009 Computer Science and Engineering Department The University of Texas at Arlington Research Experiences for Undergraduates in Information Processing.
Overview of the NIST Engineering Laboratory Dr. Joannie Chin Acting Deputy Director Engineering Laboratory National Institute of Standards and Technology.
Engineering. What is Engineering & What do Engineers Do? Engineering involves developing innovative solutions to benefit humanity Engineering is essential.
Chapter 6 Game systems, Personal Computers, and Hardware.
Virtual Lab on Automation Systems A Proposal under Mechatronics Laboratory Presented By Tanuja Sheorey PDPM IIITDM Jabalpur.
SEMINAR on ‘BRAIN COMPUTER INTERFACE’ Submitted by: JYOTI DOSAYA
Introduction to Mechatronics System Design
ENGINEERING FIELDS. BIOMEDICAL ENGINEERING Biomedical engineers analyze and design solutions to problems in biology and medicine, with the goal of improving.
Industrial Automation and Robotics Mr. Muhajir Ab. Rahim School of Mechatronic Engineering UniMAP.
Custom healthcare packaging solutions
Join B. Tech Programs (Industry Integrated) in Core Engg. Sector
Microprocessor Control of Mfg Systems and Introduction to Mechatronics
Internet of Things and Smart Cities
Mechanical & Manufacturing Engineering Program
UKSG Introduction to Journals and E-Resources
We enable Digitalization Thomas Hahn CERN Openlab, March 2016
Monetizing IoT in India
Reshaping the Role of Health Information Technology in Low- and Middle- Income Countries Challenge: Over the past 15 years international aid organizations.
11.10 Human Computer Interface
Daniel Walczyk, PhD, PE Professor and Center Director.
Engineering company "SDK-Systems Sp. z o.o."
MARILYN FREEMAN Director, Center for Advanced Materials Processing - CAMP.
AQA GCSE 4 Production techniques and systems
Laboratory Information System (LIS)
BTY100-Lec#6.3 Biomedical Engineering Bionics.
Demonstrate and Measure the Impact of the Application of the Principles of Medical Informatics in Low-Resource Settings Gerry Douglas, PhD Assistant Professor.
Computer Integrated Manufacturing ( CIM). Chapter One 1.1 Introduction 1.2 Types of Manufacturing 1.3 CIM Hardware and CIM Software 1.4 Nature and Role.
Empowering worker capabilities through vision
The 4th Industrial Revolution
Manufacturing lesson 6.
USER-INTERFACE ASSEMBLIES & ELECTRONICS ASSEMBLY MANUFACTURER
Services Panagiotis Bouklis European Dynamics SA.
Management of Digital Ecosystem for Smart Agriculture
Collaborative Smart House Environment Computer Science Department University of Cyprus Contact: Christodoulou Eleni.
Presentation transcript:

The University of Texas at Arlington Research Institute UTARI Eileen Clements, PhD Director of Research

The University of Texas at Arlington Research Institute UTARI Assistive Technology Advanced, affordable technology to help humanity perform dirty, dull, dangerous, or difficult tasks in their home, workplace, and community 1.Biomedical: – Wound prevention and healing – Medical training 2.Robotics: – Smarter, safer autonomous systems (military, agriculture, homeland security, commercial) – Aid those with disabilities, the elderly, and our wounded warriors 3.Manufacturing: – Customized, cost efficient manufacturing solutions for low-volume production – Enable high-efficiency, low-cost production – Reduce waste and down-time

The University of Texas at Arlington Research Institute Tissue Regeneration and Healing Provide appropriate therapeutic conditions and regeneration-permissive environment Bioreactors delivering therapeutics, extracting exudates, securing skin grafts, and applying electrical and mechanical stimuli Devices and Systems Projects Biodome REHEAL Glove Muscle Regeneration Regenerative Neural electrode

The University of Texas at Arlington Research Institute Preventive Care Provide appropriate assistive technology for physically impaired people Technology Bubble actuator technology with sensor feedback Integrated hardware and software control Projects Dynamic Prosthetic Interface Smart-Seat Cushion

The University of Texas at Arlington Research Institute Surgical Simulators Provide realistic hands-on training for surgery with no risk to the patients and low cost means for healthcare education Projects Simulator for Arthroscopic Knee Surgery Training Computer aided designs, 3D printing, and polymer molding enabled realistic models replications

The University of Texas at Arlington Research Institute Biomedical Technologies Partners

The University of Texas at Arlington Research Institute Robotics Current Efforts – Sensorized Robotic Skin – Smart Homes – Golf Ball Sorting – Human-Robot Interaction Robots – Dragon Runner 20-Kuka YouBot – PR2-Baxter – Denso Robotic Arm-RNA – Zeno 3 Robotics Laboratories 5 Student Robotic Competition Teams

The University of Texas at Arlington Research Institute Robotics Partners

The University of Texas at Arlington Research Institute Advanced Manufacturing Flexible Hardware and Software Modules for Lean Manufacturing Design Optimization of Low Volume Manufacturing with Custom Tools, Equipment, and Processes Manufacturing Process Automation for Specialized Products Heterogeneous System Integration and Device Instrumentation Digital Manufacturing with Hybridization of Additive and Subtractive Processes

The University of Texas at Arlington Research Institute Advanced Manufacturing Partners

The University of Texas at Arlington Research Institute User Facility CHA Industries Metal Deposition Evaporator Dage XD7600NT X-Ray Inspection System Resonetics Rapidx 250 Excimer Laser Machining System Atometric CNC Milling Machine Model G4 Micromill 3D Resin Printing Systems, SLA 3D Printer Viper Si2 Objet Connex 500 3D Printer M9 Flip Chip Bonder FEI SEM H&K Wedge Bonder (