1 st NSF ERC @ Georgia Tech GT ERC for US Competitiveness Past: - PowerPoint PPT Presentation

Greetings from 1 st NSF ERC @ Georgia Tech GT ERC for US Competitiveness Past:  R&D for Technology Innovations  Deeply and Broadly-educated Workforce  Transfer Both to US Industry Future:  Manufacturing R&D to Bring Manufacturing Back to the US Prof. Rao R. Tummala Director, NSF ERC 1995 – 2006 3D Systems Packaging Research Center Georgia Research Alliance Eminent Scholar Prof. Tummala, GT-PRC

Summary & Recommendations  Competitiveness in new Global Era requires: • Technology R&D • Manufacturing R&D, similar to AMP  GT ERC is successful in both: • 900 best-educated engineers to US companies • 200 R&D and manufacturing companies  Manufacturing creates more than 10X R&D Jobs  Both Tech and Manufacturing at risk in high-tech  4 Recommendations: • Permanent visa for ERC graduates from India, Korea & China • Expand ERCs from Scientific R&D to Manufacturing R&D • Engage both technology and manufacturing industries • Make ERCs a shared responsibility: NSF, Academia & Industry 1 | Georgia Tech – ERC Prof. Tummala, GT-PRC

Introduction of Prof. Rao Tummala  Born in India, came to US, stayed and became US Citizen  Industry Experience: 25 years at IBM, IBM Fellow  Academic Experience: Joined Georgia Tech as Georgia Research Alliance Eminent Scholar in Electronics Manufacturing Science and Technology  During NSF ERC Cycle (1995-2006): • 1st NSF ERC Director at Georgia Tech from 1995-2006 • Demonstrated uniqueness of ERCs in partnership with Industry during NSF ERC cycle  Since NSF ERC (2006-2012): • Demonstrated how manufacturing R&D could be added in partnership with global manufacturing industry 2 | Georgia Tech – ERC Prof. Tummala, GT-PRC

GT ERC Vision for Digital Convergence by 1000X by Moore’s Law for System Integration Digital + Analog + RF + Optical + Sensors • Computing/Internet • Digital Audio • Digital Imaging/Video • Cellular/Wireless • GPS/Satellite • Sensors • And, of course, timekeeping! 3 | Georgia Tech – ERC Prof. Tummala, GT-PRC

GT ERC Impacts Economic Impact Industry Impact Research Impact  $33M NSF led to:  Educated and  1200 ground-breaking supplied to US publications in  $33M from State of companies Moore’s Law for Georgia  BS : ≈ 240 System Integration  $181M from  MS : ≈370  42 Patents Industry  Ph.D: ≈ 250  Total economic  10 Spin-off & impact of $247M Spin-in companies  $40M laboratories from Industry  166 IP licenses  97 Technology transfers 4 | Georgia Tech – ERC Prof. Tummala, GT-PRC

GT ERC Partnership with 151 US Companies AGERE (LSI) CYPRESS SEMICONDUCTOR HEWLETT PACKARD MICRON TECHNOLOGY SAWTEK (TRIQUENT) AGILENT DELCO ELECTRONICS HONEYWELL INT’L MICROSOFT SCIENTIFIC ATLANTA AIR PRODUCT & CHEM. DELL HUGHES MOTOROLA SCIENTIFIC RESEARCH ALCATEL USA DELPHI AUTOMOTIVE IBM MPR ASSOCIATES CORP ALTERA CORPORATION DOW CHEMICAL INDIUM MULTILINK SCINTERA NETWORKS AMD DOW CORNING INDUSTRIAL LOGIC NANONEXUS SEMCO AMKOR DRAPER LABS (ROCKWELL-COLLINS) NATIONAL SEMICONDUCTOR SHIPLEY AMP (TYCO INT’L) DUKE ENERGY SYSTEMS INFRAMAT CORPORATION NATIONALSTARCH (HENKEL) SKYWORKS ANALOG DEVICES DUPONT INPLANE PHOTONICS NAVAIR SOLECTRON ANSOFT CORPORATION (CYOPTICS) NCR SONOSCAN ANVIK INTEL NITRONEX SPECIALTY COATING APPLIED MATERIALS IRVINE SENSORS NOKIA SSEC CORP ASYMTEK (NORDSON) DYNETICS JACKET MICRO DEVICES NORTEL STARFIRE SYSTEMS AT&T EATON JDS UNIPHASE NORTHROP-GRUMMAN SUN MICROSYSTEMS AVX ECI JOHNS HOPKINS ORACLE SYMBOL TECHNOLOGIES BELLSOUTH ENDICOTT INTERCONNECT JOHNSON & JOHNSON PALL CORP TANGO SYSTEMS BOEING ENGENT KIMBERLY CLARK POLAROID TELLABS BREWER SCIENCE ERICCSON KODAK POLYMER SOLUTIONS TESSERA TECHNOLOGIES BTU EVGROUP LIFE BIOSCIENCE PRATT & WHITNEY TEXAS INSTRUMENTS CADENCE DESIGN FLIPCHIP TECH. LIVERMORE LABS PRAXAIR TRIQUINT SEMICONDUCTOR CASCADE MICROTECH FLORIDA POWER & LIGHT LOCKHEED MARTIN PROMERUS VERIFIBER CATERPILLAR FORD LOCTITE QUALCOMM VERIZON CHEMFIRST EKC FORM FACTOR LOGIC VISION QUELLAN (INTERSIL) VISTEON CHEMICAL PRODUCTS GENERAL DYNAMICS LORD CORPORATION RAMBUS VT SILICON CHRYSLER GENERAL ELECTRIC LUCENT RAYTHEON XEROX-PARC CIRREX GENERAL MOTORS MAXIM RESEARCH DEVICES ZENITH ELECTRONICS CIRRUS LOGIC GOODRICH MAXTEK RF SOLUTIONS CISCO GOULD MEDIA ONE ROCKWELL COLLINS COMPAQ GUIDANT MEDTRONIC ROGERS CORP. COOKSON AMERICA HADCO MICRO SUBSTRATES ROHM & HAAS CORNING GLASS HALLIBURTON ENERGY MICRO-ASI RSOFT CREE HARRIS CORPORATION MICROCOATING SAIC CYC ENTERPRISES HENKEL TECHNOLOGIES SAVANTAGE CORP 5 | Georgia Tech – ERC Prof. Tummala, GT-PRC

Traditional Academia vs. ERCs Exploratory Technology Manufacturing Research Development Traditional Academia Industry Traditional Academia “Valley Industry of Death” Traditional Academia ERCs  Low  High Job Impact:  Low  High Tech Transfer:  Discipline  System Education Workforce Skill:  Scientific Discovery  Scientific Discovery to Research Focus: Manufacturing Discovery 6 | Georgia Tech – ERC Prof. Tummala, GT-PRC

Global Manufacturing R&D Partnership with GT ERC JAPAN KOREA ASAHI GLASS HYNIX CORPORATION LG ELECTRONICS ASAHI KASEI SAMSUNG CONTEC SAMSUNG TECHWIN DISCO FUJITSU TAIWAN HARIMA CHEMICALS UNIMICRON HITACHI INDIA HITACHI CHEMICAL IBIDEN SAMEER KYOCERA MATSUSHITA MITSUBISHI MITSUBISHI GAS CHEMICAL NAMICS NEC NGK-NTK OAK-MITSUI PANASONIC SHINKO SONY SONY CHEMICAL TORAY ZEON CORPORATION 7 | Georgia Tech – ERC Prof. Tummala, GT-PRC

NEW ERC Model @ GT PRC Academic Team Industry  Academic Faculty  Technology R&D  Research Faculty  Graduate Students New ERCs  Technology R&D  Manufacturing R&D  Workforce Skilled in Both Industry R&D Industry  Manufacturing R&D & Manufacturing Mentors 8 | Georgia Tech – ERC Prof. Tummala, GT-PRC

Greetings from 1 st NSF ERC @ Georgia Tech Thank You Prof. Rao R. Tummala Director, NSF ERC 1995 – 2006 3D Systems Packaging Research Center Georgia Research Alliance Eminent Scholar Prof. Tummala, GT-PRC