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Overview of the Solid State Electronics and Photonics Discipline and The SolidSolid StateState ElectronicsElectronics andand PhotonicsPhotonics ElectricalElectrical andand ComputerComputer EngineeringEngineering TheThe OhioOhio StateState UniversityUniversity An Overview for Prospective Students http://www.ece.osu.edu/ssep SSEPSSEP Area:Area: WhoWho AreAre We?We? First Row • Betty Lise Anderson • Steven A. Ringel • Wu Lu Second Row • George J. Valco • Paul R. Berger • Leonard J. Brillson • Patrick Roblin AreasAreas ofof ECEECE ConcentrationConcentration • Circuits • Communications and Signal Processing • Computer Engineering • Controls • Electromagnetics • Power Systems • Solid State Electronics and Photonics AreasAreas ofof ECEECE ConcentrationConcentration • Controls • Communications and Signal Processing • Computer Engineering “The Food Chain” • Electromagnetics • Circuits • Solid State Electronics and Photonics • Power Systems Solid State Electronics and Photonics Circuits & Electronics Track EE 331 Intro to Materials for All Electrical Engineering EE 323 Electronic Analysis, All Design and Simulation EE 432 Physics of All Semiconductor Devices Solid Lines indicate a link through prerequisites LAB EE 327 Aut Electromagnetics Electronic LAB Devices & Circuits PHY 631 Quantum EE 637 Solid State Branch Laboratory Aut Mechanics Aut Microelectronics Series Laboratory PHY 632 Win LAB LAB LAB EE 734 EE 735 EE 737 EE 732 EE 736 EE 731 EE 716 EE 710 EE 723 EE 720 EE 721 EE 722 Odd Spr Even Win Odd Win Odd Aut Odd Win Spr Aut Aut Win Win Spr Aut PHY 633 Silicon Compound Photonics Quantum Electronic Fiber Optics Microwave Microwave Low Digital Intro to Analog Spr Semiconductors Lab Electron Surfaces & Optics with Circuits Transistor Power VLSI Integrated Solid State Technology Devices: Interfaces Laser Amplifiers Mixed Design Circuits Lasers Light & Signal Oscillators VLSI & Lab Design PHY 780.06 EE 730 Fundamentals of Spr Aut Semiconductors for Microelectronics & Condensed Optoelectronics Matter Physics EE 831 EE 832 EE 835.x EE 833 EE 917 EE 820 Even Win Even Spr Win Even Aut Ask Dept. Spr Semiconductor High-speed Special Optical Effects in Advanced Optical Analog VLSI Devices Semiconductor Studies in Materials & Concepts Design Devices Nanostructure Devices Devices The terms “even” or “odd” refer to the year in which the quarter occurs. For example, autumn ’02 is even, winter ’01 is odd, even though they are in the same academic year. SolidSolid StateState ElectronicsElectronics andand PhotonicsPhotonics •• ElectronicElectronic DevicesDevices •• OptoelectronicOptoelectronic DevicesDevices –– SolarSolar cells,cells, LEDLED’’s,s, CDCD lasers,lasers, FiberFiber opticsoptics •• NanoelectronicsNanoelectronics •• PlasticPlastic semiconductorssemiconductors •• MicroMicro--machinesmachines ComputerComputer FoodFood ChainChain CareerCareer OpportunitiesOpportunities •• BachelorBachelor’’ss –– Manufacturing?Manufacturing? •• MasterMaster’’ss –– Development?Development? •• Ph.D.Ph.D. –– FundamentalFundamental Research?Research? Moore’s Law A new technology every 2 years Process Name P856 P858 Px60 P1262 P1264 P1266 P1268 1st Production 1997 1999 2001 2003 2005 2007 2009 Lithography .25µm .18µm .13µm 90nm 65nm 45nm 32nm Gate Length .20µm .13µm <70nm <50nm <35nm <25nm <18nm Wafer Size (mm) 200 200 200/300 300 300 300 300 Manufacturing Development Research Copy Exactly! Pathfinding IntelIntel 4 Accelerated Scaling of 130nm Node Planar Transistors 90nm Node 70nm Length 65nm Node (Production2001) 45nm Node 50nm Length (Production in 2003) 30nm Prototype 32nm Node (Production in 2005) 25 nm 20nm Prototype 15nm (Production in 2007) 15nm Prototype IntelIntel (Production in 2009)5 Silicon devices are Nanotechnology 50nm 100nm Transistor for Influenza virus 90nm process Source: CDC Source: Intel 25 nm 15nm Research 15nm Transistor IntelIntel 6 Transistor Gate Length Scaling 10 10 3.0um 2.0um Typical 1.5um Feature 1.0um 1 .8um Size 1 .5um .35um Micron .25um .18um .13um 0.1 90nm 0.1 Gate Length 50nm 0.01 0.01 1970 1980 1990 2000 2010 2020 Transistor Gate Length is Smallest Feature on the Device IntelIntel 7 OurOur OSUOSU ECEECE ProgramProgram •• RankedRanked #22#22 inin thethe nationnation outout ofof 126126 ECE Programs nationwide by the National Research Council, the most comprehensive academic program review, every ~8-12 years! • Highest in the State of Ohio. •• TierTier #1#1 ResearchResearch UniversityUniversity – our faculty participate and drive leading edge research, not reading about it in a book. National Research Council Doctoral Program Study The Ohio State University – Engineering Rank/Total Department Quality Effective Percentile Aerospace 24/33 27.3% 2.84 (good) 3.03 (reasonable) Biomedical 26/38 31.6% 3.26 (strong) 3.25 (reasonable) Chemical 40/86 53.5% 2.73 (good) 3.07 (reasonable) Electrical 22/126 82.5% 3.53 (strong) 3.63 (extremely) Mechanical 25/110 77.3% 3.32 (strong) 3.28 (reasonable) Material Science 21/65 67.7% 3.48 (strong) 3.36 (reasonable) National Research Council Doctoral Program Study The Ohio State University – Sciences Department Rank Quality Effective Chemistry 22/168 86.9% 3.87 (strong) 3.79 (extremely) Computer Science 39/108 63.9% 2.92 (good) 2.94 (reasonable) Math 29/139 79.1% 3.66 (strong) 3.13 (reasonable) Physics 24/147 83.7% 3.75 (strong) 3.70 (extremely) Astrophysics & 23/33 30.3% 2.91 (good) 2.76 (reasonable) Astronomy Biochemistry & 59/194 69.3% 3.16 (strong) 3.22 (reasonable) Molecular Biology BigBig isis SmallSmall •• BreadthBreadth andand StrengthStrength acrossacross OhioOhio StateState –– StudentsStudents changechange majorsmajors 33--44 times,times, onon average.average. •• FeelsFeels SmallSmall WithinWithin ECEECE –– ECEsECEs knowknow eacheach otherother –– ECEsECEs knowknow theirtheir facultyfaculty •• InteractionInteraction withwith FacultyFaculty –– WithinWithin eacheach ECEECE discipline,discipline, closeclose knit.knit. ThanksThanks forfor youryour time!time! •• ElectricalElectrical andand ComputerComputer EngineeringEngineering isis important.important. –– ItIt hashas revolutionizedrevolutionized thethe worldworld wewe livelive in,in, andand willwill continuecontinue toto dodo soso forfor thethe foreseeableforeseeable future.future. •• ElectricalElectrical andand ComputerComputer EngineersEngineers earnearn goodgood money.money. –– ECEECE ranksranks atat thethe toptop ofof engineeringengineering disciplines.disciplines. •• ElectricalElectrical andand ComputerComputer EngineeringEngineering isis fun!fun! –– Challenging,Challenging, excitingexciting work.work..
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