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Undergraduate Advising Fair An Overview of Microelectronics and Quantum by juanagui


									        Undergraduate Advising Fair:
      An Overview of Microelectronics and
          Quantum Electronics Area

    Professor S.G. Bishop

Department of Electrical and Computer
  Engineering, and Microelectronics
   University of Illinois at Urbana-
  Champaign, Urbana, Illinois 61801

           March 30, 2005
                       Faculty (18)
• Microelectronics: Semiconductor Materials, Devices,
  and IC’s (14)
   – I. Adesida, S.G. Bishop, K. Y. Cheng, K. D. Choquette, J. J.
     Coleman,B.T. Cunningham, M. Feng. N. Holonyak, Jr., K. C.
     Hsieh, K. Kim, C. Liu, J. W. Lyding, G. Timp, and J. R. Tucker
• Computational Electronics (4)
   – S. L. Chuang, K. Hess, J. P. Leburton, and U. Ravaioli
• Quantum Electronics: Lasers and Plasmas (7)
   – S.G. Bishop, K. D. Choquette, S. L. Chuang, J. J. Coleman, J.
     G. Eden, N. Holonyak, Jr., and K. Kim.
                Fields of Specialization
• Semiconductor Materials and Devices
   –   High speed electronic and photonic devices
   –   Semiconductor and quantum well lasers
   –   Epitaxial growth of semiconductor heterostructures
   –   Nanostructure optoelectronics
• Semiconductor Processing and IC’s
   – Micro- and Nano-fabrication
   – Optoelectronic integrated circuits (OEIC)
   – Microelectromechanical systems (MEMS)
• Computational Electronics
   – Semiconductor and device physics
   – Device modeling and numerical simulation
• Quantum Electronics
   – Gaseous laser development
   – Computational optical and plasma physics
   – Ultra-fast spectroscopy
         Major Facilities in Micro and Nano-
              technology Laboratory
• Heterostructure Epitaxy:
• Semiconductor Characterization:
   ω Hall, PL, x-ray, C-V profiler, SEM, AFM, parameter analyzer
• Device Processing:
   ω Optical and e-beam lithography systems, RIE, CABIE, RTA,
     dielectric deposition, sputtering
• Device/Circuit Characterization:
   ω High-frequency optical and electrical testing systems
                 Micro Electrical Mechanical System (MEMS)
                   Micro Actuators, Sensors, Switches, Passive Components and Systems
                                        Prof. M. Feng and Chang Liu

                     –       Microfluidics for biochemical analysis
                     –       Development of advanced microfabrication technology
                     –       Biomimetic integrated smart sensors for robotics applications
                     –       Parallel, dip-pen sub-100 nm nanolithography technology
                     –       Radio frequency MEMS devices and systems (RF MEMS)
                     –       Biological neuron interface probes
                     –       Micro optical display and plasma display

  Contact Pads
                    Suspension                                                               High
                                 To E3
                 Top Plate
To E2                                                                                        vertical
Tunable capacitor with                    Solenoid inductor in
high tuning range                         3D configuration
             Vertical Cavity Surface Emitting Lasers (VCSELs)
                            Prof. Kent Choquette

                                                    Distributed Bragg Reflector

                                    Quantum Well
                                     p-n Junction

                                                    Distributed Bragg Reflector

VCSELs are:
• infrared and visible lasers
• optical microcavities with new device physics
• important technology for optical communication

                                                          Kent Choquette
                                                       312 Micro Laboratory
Current Hot Topics and Jobs
             • Telecommunication
                 • Wireless
                 • Fiber optics
             • IC Fabrication
             • Information tech.
                 • Display
                 • Lighting
                 • Storage
             • Semiconductor & Device
                 • New devices
                                         Materials, Stress
          Org/Inorg         Bio Eng.     Packaging
         Chemical Eng.                   Materials Eng.
Solid-State Physics
                                                              Mechanical Eng.
Solid-State Chemistry       Microelectronics
                           Quantum Electronics
    Electronic                                               Fields & Optics
  Circuit Design         ECE 440        ECE 329               Waveguide
  ECE 442, 443,                                                Antennas
  447, 482, 483...                                           Measurement
                                                             ECE 450, 451
                         ECE 110, 210                        452, 454, 455,
                         Math 220, 230, 242, 385             456, 457….
                         Phys 211, 212, 213, 214
         Undergraduate Courses
• Microelectronics and Photonics:
  – ECE441, ECE444, ECE455, ECE460, ECE484,
    ECE487, ECE488, ECE398, ECE498JL
• High Speed Opto-electronics and Microwave
  – ECE441, ECE444, ECE447, ECE484, ECE488,
• Quantum Electronics:
  – Lasers: ECE455, ECE460, ECE484, ECE487,
    ECE488, ECE497
  – Plasma: ECE421, ECE455, ECE460

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