Samir El-Ghazaly Divisio n Dire c to r E le c tric a l, Co mmunic - PowerPoint PPT Presentation

An Overview of NSF and the ECCS Division Samir El-Ghazaly Divisio n Dire c to r E le c tric a l, Co mmunic a tio ns a nd Cyb e r Syste ms (E CCS) Divisio n E ng ine e ring Dire c to ra te Na tio na l Sc ie nc e F o unda tio n Arling to n, VA

NSF’s Origin, Mission, and Structure  I nde pe nde nt fe de ra l a g e nc y e sta b lishe d b y Co ng re ss in the NSF Ac t o f 1950 “T o Pro mo te Pro gre ss o f S c ie nc e ,” and “Advanc e Natio nal › He alth, Pro spe rity, and We lfare ,” and “S e c ure the Natio nal De fe nse ”  Suppo rts funda me nta l re se a rc h a nd e duc a tio n a c ro ss a ll fie lds o f sc ie nc e a nd e ng ine e ring  Spo nso rs re se a rc h prima rily thro ug h g ra nt me c ha nism, b ut o pe ra te s no la b o ra to rie s  Disc ipline -b a se d struc ture with c ro ss-disc iplina ry me c ha nisms  Use s “ro ta to rs” o r I PAs prima rily fro m unive rsitie s  F Y2013 b udg e t o f $5.6 b illio n fo r Re se a rc h a nd Re la te d Ac tivitie s (R&RA) – F Y2014 Budg e t fo r R&RA ~ $6.2 b illio n (~$7.6 Billio n Ope ra ting Pla n).

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NSF ENG Organization Office of the Assistant Director Senior Advisor for Emerging Frontiers in Research and Innovation (EFRI) Nanotechnology Pramod Khargonekar, Mihail Roco Sohi Rastegar Assistant Director Program Director Evaluation and Program Director for I ‐ Corps Grace Jinliu Wang, Assessment Rathindra DasGupta Alexandra Medina ‐ Borja Deputy Assistant Director Chemical, Civil, Electrical, Industrial Engineering Bioengineering, Mechanical, and Communications, Innovation and Education and Environmental, Manufacturing and Cyber Partnerships Centers and Transport Innovation Systems (IIP) (EEC) Systems (CMMI) (ECCS) Cheryl F. Albus Theresa Maldonado (CBET) George A. Hazelrigg Samir El ‐ Ghazaly Acting JoAnn Slama Lighty Acting

Electrical, Communications, and Cyber Systems (ECCS) Division Director Samir El ‐ Ghazaly Program Support Manager Senior Engineering Advisor Acting Deputy Director Cynthia Greene Lawrence Goldberg Dominique Dagenais 1 Electronics, Photonics, and Communications, Circuits, and Energy, Power, Control and Networks (EPCN) 2 Magnetic Devices (EPMD) Sensing Systems (CCSS) Usha Varshney Zhi (Gerry) Tian Kishan Baheti Dimitris Pavlidis George Haddad Paul Werbos (Vacant) Mona Zaghloul Eyad Abed Optics and Photonics Group 3 Mahmoud Fallahi Dominique Dagenais 4 1. Susan Kemnitzer is now serving as Deputy Division Director for CBET 2. Formerly Energy, Power and Adaptive Systems (EPAS) 3. New in FY14 4. Currently serving as Acting Deputy Division Director for ECCS

Electrical, Communications and Cyber Systems (ECCS) Samir El-Ghazaly, Division Director Susan Kemnitzer, Division Deputy Director ● ● Lawrence Goldberg, Senior Engineering Advisor Electronics, Photonics, and Communications, Circuits, and Communications, Circuits, and Energy, Power, Control and Magnetic Devices (EPMD) Sensing-Systems (CCSS) Sensing-Systems (CCSS) Networks (EPCN) Dimitr is Pavlidis Zhi (Ge r Zhi (Ge r r y) T r y) T ian ian E PCN Gr oup (E yad Abe d, Kishan Bahe ti, & Paul • Mic ro wa ve / mm-Wave / T Hz De vic e s & • RF • RF / Wire le ss, Optic a l, a nd Hybrid / Wire le ss, Optic a l, a nd Hybrid Co mpo ne nts, E le c tro mag ne tic E ffe c ts and We r bos) Co mmunic a tio ns a nd Ne two rking Co mmunic a tio ns a nd Ne two rking Co mpo ne nts base d o n the m • I • I nte g rate d Se nsing , Co mmunic atio n, and nte g rate d Se nsing , Co mmunic atio n, and • Co ntro l T he o ry and Hybrid Dynamic al Syste ms • Nano e le c tro nic s & Ne xt Ge ne ratio n De vic e s, Co mputatio nal Syste ms Co mputatio nal Syste ms • Distrib ute d a nd Mo b ile Ne two rke d Co ntro l Se mic o nduc to r Mate rial - De vic e I nte rac tio n and • Spe c trum Ac c e ss and Spe c trum Sharing , • Spe c trum Ac c e ss and Spe c trum Sharing , • Cybe r Physic a l Syste ms Mo de ling a nd Co ntro l Re lia bility Co g nitive Ra dio Co g nitive Ra dio • Co ntro l and Optimizatio n in He althc are , • Wide ba ndg a p Se mic o nduc to rs a nd De vic e s, • Sig nal Pro c e ssing and Co mpre ssive Sampling • Sig nal Pro c e ssing and Co mpre ssive Sampling T ranspo rtatio n and Ro bo tic s Circ uits, De vic e / Circ uit Simulatio n & Mo de ling • Cybe r Physic a l Syste ms a nd Se c urity. • Cybe r Physic a l Syste ms a nd Se c urity. • Adaptive and I nte llig e nt Syste ms/ Ne ural Ne two rks • Me ta mate ria l a nd Pla smo nic -Ba se d De vic e s & • E ne rg y Ha rve sting a nd Sto ra g e De vic e s a nd Co mpo ne nts Ge or Ge or ge Haddad ge Haddad Syste ms • L • L o w Po we r, L o w Po we r, L o w No ise , Hig h E o w No ise , Hig h E ffic ie nc y ffic ie nc y (Vac ant) • So lar, a nd Wind E ne rg y a nd I nte g ra tio n o f Co mmunic a tio ns, Se nsing a nd I Co mmunic atio ns ma g ing Syste ms Re ne wable s with Grid • F le xible , Printe d a nd Org a nic E le c tro nic s & a t fre que nc ie s ra ng ing fro m RF I nte r- and I ntra-Chip Co mmunic atio ns and to o ptic a l • • Mo nito ring , Pro te c tio n and Cybe r Se c urity o f Pho to nic s fre que nc ie s. Ne two rking inc luding T Hz a nd o ptic a l g uide d Po we r Grid • Ca rbo n-ba se d E le c tro nic s • I nte r- and I and wire le ss inte rc o nne c ts. ntra-Chip Co mmunic atio ns and • Advanc e d Po we r E le c tro nic s a nd E le c tric • Wire le ss Co mmunic a tio ns a nd Se nsing c irc uits Ne two rking inc luding T Hz and o ptic al g uide d • “Be yo nd” g ra phe ne 2D mate ria ls a nd de vic e s Mac hine s • Na no -e le c tro nic s a nd E ne rg y-E ffic ie nt e le c tro nic s and wire le ss inte rc o nne c ts. a nd syste ms. • De sig n and Ope ratio n o f Mic ro g rids • Wire le ss Co mmunic a tio ns a nd Se nsing c irc uits • I nte g rate d Circ uit De sig n ( Mixe d-Sig nal, F ault- • E le c tric and Hybrid Ve hic le s I nte g ratio n with Grid Usha Var shne y a nd syste ms. T o le rant, Se lf -T e st and Re pair, Sto c hastic • Po lic y, E c o no mic s a nd E ng ine e ring o f Po we r Grid • I nte g rate d Circ uit De sig n ( Mixe d-Sig nal, F De sig n) ault- • Qua ntum the o ry a nd mo de lling fo r syste ms a nd • Bio e le c tro nic a nd Bio ma g ne tic De vic e s • Re al-T T o le rant, Se lf -T ime Mo nito ring and Stimulatio n o f the e st and Re pair, Sto c hastic de vic e s - QMHP (Pa ul We rb o s) • Mag ne tic s, Spin E le c tro nic s a nd Qua ntum De sig n) Brain and o the r Bo dy func tio ns in natural De vic e s • Re al-T e nviro nme nts ime Mo nito ring and Stimulatio n o f the • Se nso r De vic e T e c hno lo g ie s Brain and o the r Bo dy func tio ns in natural • Ne xt Ge ne ratio n Me mo rie s Mona Z aghloul e nviro nme nts Optic s & Photonic s Gr oup • Mic ro , Na no , a nd Bio Syste ms (ME MS/ NE MS) Mona Zaghloul (E xpe r t Appointme nt) (Mahmoud F allahi & Dominique • Che mic al, Bio lo g ic al and Physic al Diag no stic s • Mic ro , Na no , a nd Bio Syste ms (ME MS/ NE MS) Dage nais) • Se nso rs, Ac tua to rs a nd E le c tro nic I nte rfa c e s • Che mic al, Bio lo g ic al and Physic al Diag no stic s (Brain and o the r Bo dy func tio ns, He alth, • Na no pho to nic s, Me ta ma te ria ls & Pla mo nic s • Se nso rs, Ac tuato rs and E I nfrastruc ture and E nviro nme nt) le c tro nic I nte rfac e s • Advanc e d Optic a l So urc e s & Pho to -de te c to rs (Brain and o the r Bo dy func tio ns, He alth, • U ltra-L o w po we r we arable and implantable • No nline ar & U ltrafast Pho to nic s I nfrastruc ture and E nviro nme nt) se nsing a nd ima g ing syste ms. • Pho to nic s I nte g rate d Circ uits • U ltra-L o w po we r we arable and implantable • Optic al Co mmunic atio n Co mpo ne nts se nsing a nd ima g ing syste ms. • Sing le -pho to n and Quantum De vic e s • Optic al I mag ing & Se nsing • So lar Ce lls & Pho to vo ltaic Co mpo ne nts

ECCS Mission  Address fundamental research issues at the nano, micro, and macro scales underlying device and component technologies, energy and power, controls, networks, communications, computation, sensing and cyber systems  Support integration of systems principles in complex engineering systems and networks for a variety of applications areas  Ensure education of a diverse workforce to meet the technological challenges of a 21st century global economy