| Row |
Primary Research thrust |
Project Handle |
Researchers |
Project Name |
Project contact email |
| 1 | NanoTechnology: Materials, Processes & Devices | BPN334 | Arash Jamshidi | OET for Nanoparticle Manipulation | arash@eecs.berkeley.edu |
| 2 | NanoTechnology: Materials, Processes & Devices | BPN504 | Patrick Goodwill | Macroscale Imaging of Superparamagnetic Iron Oxide Nanostructures using Magnetic Particle Imaging | goodwill@berkeley.edu |
| 3 | NanoTechnology: Materials, Processes & Devices | BPN513 | Young Geun Park, Yeonho Choi | Direct Synthesis of High Density Mono-Dispersed Gold Nano Particle and Biomedical Applications | ygpark@berkeley.edu |
| 4 | NanoTechnology: Materials, Processes & Devices | BPN517 | Kevin Limkrailassiri | Facile Synthesis of Nanostructures for Renewable Energy Applications | kevinlim@berkeley.edu |
| 5 | NanoTechnology: Materials, Processes & Devices | BPN474 | Qin Zhou | Micro CVD for Nanostructure Synthesis | zhouqin@berkeley.edu zhouqin1983@gmail.com |
| 6 | NanoTechnology: Materials, Processes & Devices | BPN490 | E. Yegan Erdem | MEMS Poly/Nano: Droplet-Based Microfluidic Nanoparticle Synthesizer | yeganerdem@berkeley.edu appisano@me.berkeley.edu |
| 7 | NanoTechnology: Materials, Processes & Devices | BPN487 | Michael T. Demko | MEMS Poly/Nano: Direct Nanoimprinting of Metals by Soft Imprint Lithography | demko@berkeley.edu |
| 8 | NanoTechnology: Materials, Processes & Devices | BPN496 | Gabriel J. Lavella | Chemomechanical Nanomachine for Artificial Biomolecular Signal Transduction and Drug Delivery | glavella@eecs.berkeley.edu |
| 9 | NanoTechnology: Materials, Processes & Devices | BPN518 | Daniel C. Huang, William J. Holtz, Justin Hsia | Synthetic Turing Patterns | huangdc@eecs.berkeley.edu maharbiz@eecs.berkeley.edu |
| 10 | NanoPlasmonics, Microphotonics & Imaging | BPN522 | Joanne C. Lo | Formation of Optical Nanostructures Using Diblock Copolymers | jolo@ucdavis.edu |
| 11 | NanoPlasmonics, Microphotonics & Imaging | BPN523 | Benjamin M Ross, Liz Y Wu | Bio-Inspired Manipulation of Nanoplasmonic Architectures via Active Polymers | benross@berkeley.edu |
| 12 | NanoPlasmonics, Microphotonics & Imaging | BPN447 | SoonGweon Hong, Yeonho Choi | BioMolecular Plasmonics of 'Nanocrown' | gweon1@berkeley.edu |
| 13 | NanoPlasmonics, Microphotonics & Imaging | BPN516 | Liz Y. Wu, Benjamin M. Ross | Sensing Biomolecules through Crescent-Shaped Nanoholes | lwu@berkeley.edu |
| 14 | NanoPlasmonics, Microphotonics & Imaging | BPN514 | John R. Waldeisen, Tim Wang, Ben M. Ross | The Disassembly of Core-Satellite Nanoassemblies for Diagnostic Biomolecular Detection | waldeisen@berkeley.edu tim.wang@berkeley.edu benmax1@gmail.com |
| 15 | NanoPlasmonics, Microphotonics & Imaging | BPN511 | Yolanda Y. Zhang, Eric P. Lee | Selective Delivery of anti-Akt siRNA via Frequency-Tuned Nanoparticles for the Study of Angiogenesis | yoda@berkeley.edu |
| 16 | NanoPlasmonics, Microphotonics & Imaging | BPN380 | Yeonho Choi | Plasmon Resonance Energy Transfer (PRET)-based Nanospectroscopic Metal Ion Detection | yeonho@berkeley.edu |
| 17 | NanoPlasmonics, Microphotonics & Imaging | BPN379 | Yeonho Choi | PRET-based Molecular Imaging on Integrated Optofluidic Nanoplasmonic Platform | yeonho@berkeley.edu |
| 18 | NanoPlasmonics, Microphotonics & Imaging | BPN515 | Eric P. Lee, YoungGeun Park, Yeonho Choi, SoonGweon Hong | Nanoplasmonic Antenna on Hexagonal Mirror Array for SERS | eric.p.lee@berkeley.edu |
| 19 | BioMEMS | BPN395 | Won Chul Lee | MEMS Poly/Nano: Micro Flow Lysometer for Single-cell Analysis | wclee@eecs.berkeley.edu |
| 20 | BioMEMS | BPN442 | Sun Choi, Tatsuhito Arimura | MEMS Poly/Nano: Multifunctional Nanowire Sensor for Physiological pH and Oxygen Sensing | sunchoi@eecs.berkeley.edu arimurat@me.berkeley.edu |
| 21 | BioMEMS | BPN320 | Jim C. Cheng | MEMS Poly/Nano: Biomimetic, Polymeric Transistor-based Biosensor Technology | chengjcm@eecs.berkeley.edu |
| 22 | BioMEMS | DAH5 | Mei-Lin Chan | Bioassay Based on Magnetic Recording Technology | cmlchan@ucdavis.edu |
| 23 | BioMEMS | BPN475 | Paul Liu | A CMOS Magnetic Sensor Chip for Biomedical Assay | pl@eecs.berkeley.edu |
| 24 | BioMEMS | BEB17 | Octavian Florescu | Fully Integrated Immunosensor | florescu@eecs.berkeley.edu |
| 25 | Package, Process & Microassembly | BPN427 | Koo Hyun Nam | Hermetic Bonding for Optical Feed-through | koonam@me.berkeley.edu |
| 26 | Package, Process & Microassembly | BPN402 | Chen Yang, Bin Zhang, Ryan Sochol | MiNaSIP 2.C.2: Zero-Stress MEMS Packaging | rsochol@me.berkeley.edu |
| 27 | Package, Process & Microassembly | BPN361 | Jiyoung Chang | MiNaSIP 2.C.1: MEMS Packaging Beyond Glass Frit | changjy@me.berkeley.edu |
| 28 | Package, Process & Microassembly | LWL20 | Heather Chiamori, Xiaoming Wu, Xishan Guo | MiNaSIP 2.C.2: Room Temperature Synthesis of Carbon Nanotubes | chiamori@me.berkeley.edu xmwu@berkeley.edu xsguo@berkeley.edu |
| 29 | Package, Process & Microassembly | BPN315 | Brian D. Sosnowchik | Rapid Synthesis of Nanostructures via Induction Heating | bdsosnow@me.berkeley.edu |
| 30 | Package, Process & Microassembly | BPN362 | Yingqi Jiang | MEMS Supercapacitor | yqjiang@berkeley.edu |
| 31 | Package, Process & Microassembly | BPN317 | Chieh Chang | Direct-write Piezoelectric PVDF Nanogenerator via Near-Field Electrospinning | chieh@me.berkeley.edu |
| 32 | Package, Process & Microassembly | BPN356 | Veljko Milanovic | MEMS Microfabrication and Research Services at the Adriatic Research Institute | veljko@adriaticresearch.org |
| 33 | Physical Sensors & Devices | BPN505 | Igor Paprotny, Richard Xu, Eli S. Leland | Improving Energy Efficiency Through Exploratory Sub-Metering of Cory Hall | igorpapa@eecs.berkeley.edu qlxu@berkeley.edu esleland@berkeley.edu
|
| 34 | Physical Sensors & Devices | BPN448 | Giovanni Gonzalez, Michael Seidel, Igor Paprotny | Integrity Assessment of Underground Power Distribution Cables | giova@cal.berkeley.edu mjseidel@berkeley.edu igorpapa@eecs.berkeley.edu rwhite@eecs.berkeley.edu
|
| 35 | Physical Sensors & Devices | BPN483 | Mitchell H. Kline, Igor I. Izyumin | High Z Materials for Nuclear Detection | mitchellk@berkeley.edu izyumin@eecs.berkeley.edu boser@eecs.berkeley.edu |
| 36 | Physical Sensors & Devices | BPN485 | Richard J Przybyla, Igor I Izyumin | CMOS Circuits for MEMS Aluminum Nitride Inertial Sensors | rjp@eecs.berkeley.edu izyumin@eecs.berkeley.edu |
| 37 | Physical Sensors & Devices | BPN499 | Fabian T. Goericke | AlN Piezo: Low Cross-Axis Sensitivity Inertial Instruments | fabian@eecs.berkeley.edu |
| 38 | Physical Sensors & Devices | BPN481 | Gabriele Vigevani | AlN Piezo: MEMS Aluminum Nitride Technology for Inertial Sensors (MANTIS) | vigevani@EECS.Berkeley.EDU |
| 39 | Physical Sensors & Devices | BPN466 | Stefon Shelton | Aluminum Nitride Piezoelectric Micromachined Ultrasound Transducers | seshelton@ucdavis.edu |
| 40 | Physical Sensors & Devices | BPN386 | Karl Skucha | CMOS-Integrated Nanowire-Based Molecular and Gas Sensors | kskucha@EECS.Berkeley.EDU |
| 41 | Microfluidics | BPN486 | Tyson N Kim | Enhancing Shear-Mediated Arteriogenesis in Cerebral Vessels | tyson.kim@ucsf.edu |
| 42 | Microfluidics | BPN333 | Hsan-yin (Tony) Hsu | Sorting of Adherent Neurons with Phototransistor-based Optoelectronic Tweezers for Cell Manipulation | hsu@eecs.berkeley.edu |
| 43 | Microfluidics | BPN374 | Justin Valley | Optoelectronic Tweezers For Quantitative Assessment & Sorting Based On Embryo Morphology And Health | valleyj@eecs.berkeley.edu |
| 44 | Micropower | BPN439 | Chris McCoy | MEMS Power: Fuel Flexible Engine Design for Optimal Combustion | mccoy@eecs.berkeley.edu |
| 45 | Micropower | APP97 | Jonathan Rheaume | MEMS Power: Solid State Electrochemical Sensors for Gas Analysis | jrheaume@eecs.berkeley.edu |
| 46 | Micropower | BPN420 | Sarah Wodin-Schwartz | MEMS Power: Silicon Carbide In-Cylinder Sensor Testing | swodin@berkeley.edu |
| 47 | Micropower | BPN364 | Ryan Xie | MEMS Power: Flame Ionization | ryanxie@berkeley.edu |
| 48 | Micropower | BPN444 | Ya-Mei Chen | MEMS Power: A MEMS Piezoelectric Supercritical Carbon-Dioxide Valve | ymchen@eecs.berkeley.edu |
| 49 | Micropower | BPN396 | Navdeep S. Dhillon | MEMS Power: mLHP Chip Cooling System - Columnated Wick and Device Design | ndhillon@me.berkeley.edu |
| 50 | Micropower | BPN394 | Matthew Hopcroft | MEMS Power: mLHP Chip Cooling System | hopcroft@eecs.berkeley.edu |
| 51 | Micropower | BPN393 | Christopher W. Hogue | MEMS Power: mLHP Chip Cooling System - Evaporative Heat Transfer Wick and Fractal Transport Network | chogue@eecs.berkeley.edu |
| 52 | Wireless, RF & Smart Dust | BPN431 | Ilya Gurin | Levitated Micromechanical Resonators | ivg@EECS.Berkeley.EDU |
| 53 | Wireless, RF & Smart Dust | BPN359 | Bongsang Kim, Li-Wen Hung | MiNaSIP 2.A.1: MEMS-Based Oscillators | bongsang@eecs.berkeley.edu |
| 54 | Wireless, RF & Smart Dust | BPN358 | Li-Wen Hung | MiNaSIP 2.A.2: Micromechanical Transmit Filter | lwhung@eecs.berkeley.edu |
| 56 | Wireless, RF & Smart Dust | BPN441 | Chih-Ming Lin | AlN Piezo: Thermal Compensation of Aluminum Nitride Lamb Wave Resonators (MiNaSIP) | gimmylin@berkeley.edu |
| 57 | Wireless, RF & Smart Dust | BPN369 | Ernest Ting-Ta Yen | AlN Piezo: Aluminum Nitride Narrowband RF Filters | ernest_ttyen@berkeley.edu |
| 58 | Wireless, RF & Smart Dust | BPN434 | Mehmet Akgul | A Micromechanical RF Channelizer | akgul@eecs.berkeley.edu |
| 59 | Wireless, RF & Smart Dust | BPN437 | Jesse Richmond | A Low-Power Receiver Employing RF Channel-Selection | jar@eecs.berkeley.edu |
| 60 | NanoTechnology: Materials, Processes & Devices | BPN501 | Toshitake Takahashi, Kuniharu Takei, Johnny C. Ho, Zhiyong Fan | Patterned Contact Printing with Monolayer for Aligned Nanowire Arrays | toshitake@berkeley.edu |
| 61 | NanoTechnology: Materials, Processes & Devices | BPN465 | Zhiyong Fan, Onur Ergen, Yu-Lun Chueh, Paul W. Leu, Johnny C. Ho, Toshitake Takahashi, Lothar A. Reichertz, Steven Neale, Kyoungsik Yu, Joel W. Ager | Three Dimensional Nano-Pillar Array Photovoltaics on Low-Cost and Flexible Substrates | zfan@eecs.berkeley.edu |
| 62 | NanoTechnology: Materials, Processes & Devices | BPN464 | Toshitake Takahashi, Kuniharu Takei, Zhiyong Fan, Johnny C. Ho, Alexandra L. Ford | Wafer-scale Heterogeneous Assembly of Highly Ordered Semiconductor Nanowire Arrays by Contact Printing | toshitake@berkeley.edu |
| 63 | NanoTechnology: Materials, Processes & Devices | BPN461 | Paul Leu | Low Energy Electronics | pleu@berkeley.edu |
| 64 | NanoTechnology: Materials, Processes & Devices | BPN469 | Alexandra C. Ford, Johnny Ho, Yu-Lun Chueh, Paul Leu | Nanoelectronic Devices and Processes for CMOS Integration | lexiford@berkeley.edu |
| 65 | NanoTechnology: Materials, Processes & Devices | BPN503 | Nuo Zhang | MEMS Poly/Nano: Compact, Organic RRAM for Transparent and Flexible Electronic Application | nuozhang@eecs.berkeley.edu |
| 66 | NanoTechnology: Materials, Processes & Devices | BPN507 | Ramin Banan-Sadeghian | A Gas Sensor based on Tunneling Field Ionization on Tailored Nanoneedle Arrays | rbsadegh@ucdavis.edu saif@ucdavis.edu |
| 67 | NanoPlasmonics, Microphotonics & Imaging | BPN510 | John M. Wyrwas | High Linearity RF Photonic Links | jwyrwas@eecs.berkeley.edu |
| 68 | NanoPlasmonics, Microphotonics & Imaging | BPN460 | Tae Joon Seok | Optical Transformer for Ultrahigh Efficiency Surface-Enhanced Raman Spectroscopy | tjseok@EECS.Berkeley.EDU |
| 69 | NanoPlasmonics, Microphotonics & Imaging | BPN457 | Kyoungsik Yu, Amit Lakhani | Nanodisk Laser with Plasmonic Cavity | ksyu@EECS.Berkeley.EDU |
| 70 | NanoPlasmonics, Microphotonics & Imaging | BPN458 | Amit Lakhani, Kyoungsik Yu | Plasmonic nanoLED | amlakhan@gmail.com |
| 71 | NanoPlasmonics, Microphotonics & Imaging | BPN472 | Erwin K. Lau | Nanoplasmonic Light Emitting Devices for Ultra-fast Modulation | elau@eecs.berkeley.edu |
| 72 | NanoPlasmonics, Microphotonics & Imaging | BPN493 | Anthony M. Yeh, Karen E. Grutter, Ming-Chun (Jason) Tien | Silica Microdisk Bandwidth-Tunable Optical Filter | anthony.yeh@berkeley.edu |
| 73 | NanoPlasmonics, Microphotonics & Imaging | BPN498 | Karen E. Grutter, Anthony M. Yeh, Ming-Chun (Jason) Tien | Glass Combdrive Actuators for High-Performance Bandwidth-Tunable Filters | kgrutter@berkeley.edu |
| 75 | NanoPlasmonics, Microphotonics & Imaging | BPN419 | Brian Yoxall | Board-to-Board Optical Interconnect: Lens Alignment System Incorporating Ultrasonic Stepper Motors | beyoxall@ucdavis.edu |
| 76 | NanoPlasmonics, Microphotonics & Imaging | BPN397 | Jeffrey B. Chou, K. Yu | Electrothermally Actuated Free Space Board-To-Board Optical Interconnect With Zero Power Hold | jchou@berkeley.edu wu@eecs.berkeley.edu |
| 77 | NanoPlasmonics, Microphotonics & Imaging | BPN462 | Hyunhyub Ko | Programmable Matter | hko@berkeley.edu |
| 78 | NanoPlasmonics, Microphotonics & Imaging | BPN508 | Brendan W. Turner | Carbon Nanotubes as Scaffolding for Surface-enhanced Raman Spectroscopy | turner.bwt@berkeley.edu |
| 79 | BioMEMS | BPN500 | Daniel Cohen | Inkjet Interfaces for Controlling Biological Pattern Formation | dancohen@berkeley.edu maharbiz@eecs.berkeley.edu |
| 80 | BioMEMS | BPN326 | Maral Gharib | Development of a Microstimulator Implant for Neuromuscular Disease | maral@berkeley.edu |
| 81 | BioMEMS | BPN451 | Hirotaka Sato,Gabriel John Lavella | A Cyborg Beetle: Insect Flight Control by a Neural Stimulator | hirosato@berkeley.edu |
| 82 | Micropower | BPN520 | Hirotaka Sato | Miniaturized, implantable power generator | hirosato@berkeley.edu |
| 83 | Wireless, RF & Smart Dust | BPN521 | Peter Ledochowitsch | Passive Wireless Transducers for a Distributed High Density Neural Interface | ledochowitsch@berkeley.edu maharbiz@eecs.berkeley.edu |
| 84 | BioMEMS | BPN484 | Sisi Chen | Effects of Cell Contact in Differentiation of Adult Neural Progenitor Cells | sisichen@berkeley.edu maharbiz@eecs.berkeley.edu lplee@berkeley.edu |
| 85 | BioMEMS | BPN512 | Frank B Myers | Label-free Electrophysiological Sorting of Cardiomyocytes in a Microfluidic Platform | fbm@berkeley.edu |
| 86 | BioMEMS | BPN450 | Jaehyun Park | A Microsystem for Sensing and Patterning Oxidative Microgradients During Cell Culture | jaehyun@EECS.Berkeley.EDU maharbiz@EECS.Berkeley.EDU |
| 87 | BioMEMS | BPN438 | Ryan D. Sochol, Adrienne T. Higa | uPAUM: A Micropost Array for Unidirectional Cell Migration | rsochol@me.berkeley.edu adrienne@me.berkeley.edu |
| 88 | BioMEMS | BPN403 | Adrienne T. Higa | Functional and Organized Cellular Substrates | adrienne@me.berkeley.edu |
| 89 | BioMEMS | BPN473 | Ryan D. Sochol, Armon Mahajerin | Bead-based Molecular Beacon SNP Genotyping via a Microfluidic System with Micropost-Array Bead Trapping | rsochol@me.berkeley.edu armonmah@me.berkeley.edu |
| 90 | BioMEMS | BPN428 | Jui-Ming (Ryan) Yang | Thermal Imaging of Single Living Cells | juimingy@berkeley.edu |
| 91 | BioMEMS | BPN328 | Eunice Somin Lee | Remote Nanoplasmonic Switch for Localized Gene Silencing | eselee@berkeley.edu |
| 92 | BioMEMS | BPN319 | Hansang Cho, Yolanda Yue Zhang | Integrated Microfluidics for the Quantitative Study on Cancer | hscho@berkeley.edu |
| 93 | Package, Process & Microassembly | BPN354 | Ning Chen, Salah Uddin | The Nanoshift Concept: Process Development, Prototyping, Fabrication and Consultation Services for MEMS, Micro- and Nanotechnology at the U.C. Berkeley MicroLab | nchen@nanoshift.net suddin@nanoshift.net |
| 94 | Package, Process & Microassembly | BPN491 | David R Myers | SiC TAPS: Ion Beam Deposited SiC for MEMS Encapsulation | dmyers@me.berkeley.edu |
| 95 | Package, Process & Microassembly | BPN413 | Matthew Chan | SiC TAPS: Rapid Bonding of SiC Sensors to Metal by Inductive Heating | mattc@eecs.berkeley.edu |
| 96 | Package, Process & Microassembly | BPN351 | Gerardo Jaramillo | MEMS-Based Magnetic Probe Microscopy | geomartinez@ucdavis.edu |
| 97 | Package, Process & Microassembly | BPN480 | Carolyn D. White | A.M. Fitzgerald & Associates: MEMS R&D, Modeling and Analysis, Failure Prediction and Technology Strategy | cdw@amfitzgerald.com |
| 98 | Physical Sensors & Devices | BPN418 | Clinton G. Warren | MEMS Poly/Nano: Polymer Coated Cantilevers for Infrared Heat Sensing | clint@me.berkeley.edu |
| 99 | Physical Sensors & Devices | BPN357 | Matthew J. Thompson | Parametrically-Amplified MEMS Magnetometer | mjthompson@ucdavis.edu |
| 100 | Physical Sensors & Devices | BPN432 | Bongsang Kim | Micromechanical Resonant Displacement Gain Stages | bongsang@eecs.berkeley.edu |
| 101 | Physical Sensors & Devices | BPN433 | Yang Lin | A Micromechanical Power Converter | linyang@eecs.berkeley.edu |
| 102 | NanoPlasmonics, Microphotonics & Imaging | BPN482 | Bakhshinder Nijjar, Varun Boriah | Micro-Digital Particle Image Velocimetry Using LED Illumination | bobbynijjar@gmail.com varunboriah@berkeley.edu liepmann@me.berkeley.edu |
| 102 | Physical Sensors & Devices | BPN435 | Wei-Chang Li | A Micromechanical Power Amplifier | wcli@eecs.berkeley.edu |
| 103 | Physical Sensors & Devices | BPN421 | Yida Duan | Pipelined ADC Utilizing Passive Inter-stage Gain | yidaduan@eecs.berkeley.edu |
| 104 | Physical Sensors & Devices | BPN388 | Ankur Mehta | Micro Autonomous Air Vehicles | mehtank@eecs.berkeley.edu |
| 105 | Physical Sensors & Devices | BPN424 | Fang Liu | Silicon Carbide Thin Film Development for TAPS Project | fangliu@berkeley.edu |
| 106 | Physical Sensors & Devices | BPN366 | Benjamin Cheng | SiC TAPS: Pressure Sensor Design and Optimization | kbcheng@berkeley.edu |
| 107 | Physical Sensors & Devices | APP96 | Debbie Senesky | SiC TAPS Sensors for Extreme Harsh Environments | dsenesky@EECS.Berkeley.EDU |
| 108 | Microfluidics | BPN488 | Cullen R Buie, Erika Parra | Dielectrophoretic Manipulation of Bacteria for Energy and Biological Applications | cbuie@berkeley.edu erika@me.berkeley.edu lwlin@me.berkeley.edu |
| 109 | Microfluidics | BPN345 | David N. Breslauer | Biomimetic Microfluidic Silk Gland | davidb@berkeley.edu |
| 110 | Microfluidics | BPN495 | Timothy P Brackbill | MEMS Poly/Nano: Continuous Flow Cell Lysometer | tim.brackbill@gmail.com |
| 111 | Micropower | BPN519 | Vedavalli G. Krishnan | Harvesting Energy from Evaporation | veda@eecs.berkeley.edu maharbiz@eecs.berkeley.edu |
| 112 | Micropower | BPN404 | Erika Parra | Biomass Powered Energy Harvester | erika@me.berkeley.edu |
| 113 | Wireless, RF & Smart Dust | BPN470 | Richard Y. Su | Low Power All-Digital Transceiver for Wireless Sensor Network | yukuwan@eecs.berkeley.edu |
| 114 | Wireless, RF & Smart Dust | BPN477 | David B. Zats, Thomas Watteyne | A Robust Medium Access Control Protocol for Wireless Sensor Networks | dzats@eecs.berkeley.edu watteyne@eecs.berkeley.edu |
| 115 | Wireless, RF & Smart Dust | BPN479 | Travis Massey | Protocol Agnostic Compression in Mobile Ad-hoc Networks (PACMAN) | tlmassey@eecs.berkeley.edu |
| 116 | Wireless, RF & Smart Dust | BPN524 | Samuel B. Zats | Wireless Sensor Network Scalability and Deployment in Industrial Automation | szats@eecs.berkeley.edu |
| 117 | Wireless, RF & Smart Dust | RMW29 | Eli S. Leland | Electric Power Sensing for Demand Response | esleland@berkeley.edu rwhite@eecs.berkeley.edu pwright@me.berkeley.edu |
| 118 | Wireless, RF & Smart Dust | BPN392 | Igor Paprotny, SangHoon Lee, Michael Seidel | Mobile Airborne Particulate Matter Monitor for Cellular Deployment | rwhite@eecs.berkeley.edu igorpapa@eecs.berkeley.edu leesh@me.berkeley.edu mjseidel@berkeley.edu |
| 119 | Package, Process & Microassembly | BPN410 | Matthew Wasilik, Chris Zhao | Centura MXP Straight Sidewall Etch Characterization | mwasilik@eecs.berkeley.edu |
| Row |
Primary Research thrust |
Project Handle |
Researchers |
Project Name |
| 08/20/09 | NanoPlasmonics, Microphotonics & Imaging | DAH3 | Hyunkyu Park | Single-Crystal PMN Bimorph Deformable Mirrors |
| 08/19/09 | Wireless, RF & Smart Dust | BPN367 | Gabriele Vigevani | AlN Piezo:Aluminum Nitride Piezo Thermoelastic Damping (MiNaSIP) |
| 08/18/09 | Package, Process & Microassembly | BPN382 | Peter C. Yang | 2D Individually-Addressable Nanowire Arrays |
| 08/12/09 | Wireless, RF & Smart Dust | BPN506 | Samuel Zats, Steven Lanzisera | Wireless Physician Tracking |
| 08/12/09 | Microfluidics | BPN494 | Daniel Cohen | Micro, Tunable, Check Valves for Surgical Applications |
| 08/12/09 | NanoPlasmonics, Microphotonics & Imaging | BPN321 | Logeeswaran Veerayah Jayaraman | Realization of 3D Isotropic Negative-Index-Material (NIM) using Microfabrication Technology |
| 08/12/09 | Micropower | BPN440 | John Reville | MEMS Power: Fuel Flexible Engine Heat and Energy Characterization |
| 08/11/09 | NanoPlasmonics, Microphotonics & Imaging | BPN471 | Benjamin Ross, Jason Silver | Nanogap Plasmonic Mirror Structure for Surface Enhanced Spectroscopy |
| 08/11/09 | NanoTechnology: Materials, Processes & Devices | BPN463 | Johnny C. Ho | Controlled Nanoscale Doping of Semiconductors via Molecular Monolayers |
| 08/11/09 | NanoPlasmonics, Microphotonics & Imaging | BPN422 | Christopher E. Korman | Nanophotonic Supported Lipid Bilayers |
| 08/11/09 | Wireless, RF & Smart Dust | LWL25 | Mike Fuh | Plastic 3-D W-band Antenna array |
| 08/11/09 | Wireless, RF & Smart Dust | BPN405 | Yang Lin | Manufacturing Repeatability of the Frequency and Q of Capacitive Micromechanical Disk Resonators |
| 08/11/09 | NanoTechnology: Materials, Processes & Devices | BPN399 | Steven Neale | Parallel Assembly of Nanowires using Lateral Optoelectronic Tweezers (LOET) |
| 08/11/09 | BioMEMS | BPN509 | Adrian M.E. Sprenger | Plasmonic Transfection With Single Cell Resolution |
| 08/11/09 | NanoPlasmonics, Microphotonics & Imaging | BPN489 | Cubukcu Ertugrul | Aluminum Plasmonic Nanoantennas for Label-free Protein Detection |
| 08/11/09 | NanoPlasmonics, Microphotonics & Imaging | BPN423 | Ming-Chun (Jason) Tien, Kyoungsik Yu | Heterogeneous integration of microdisk laser on a silicon platform using lateral-field OET assembly |
| 08/11/09 | Wireless, RF & Smart Dust | KSJP28 | Steven Lanzisera | Location Estimation Using RF Time of Flight |
| 08/11/09 | Micropower | BPN497 | Michael S Sheppy | MEMS Power: Design and Characterization of a MEMS Piezoelectric Bi-Chevron Actuator |
| 08/11/09 | BioMEMS | BPN478 | Taesung Kim | Synthetic Microbial Pattern Formation Modulated by a Chemical Micro-interface |
| 08/11/09 | Microfluidics | BPN452 | Tushar Bansal | Patterned Delivery and Expression of Gene Constructs into Zebrafish Embryos using Microfabricated Interfaces |
| 08/10/09 | NanoTechnology: Materials, Processes & Devices | BPN492 | Eric Lee, SoonGweon Hong | Integrated Microfactory for Nanostructure Synthesis |
| 08/07/09 | Wireless, RF & Smart Dust | BPN436 | Ilya Gurin | Limits to Micromechanical Resonator Performance |
| 08/06/09 | NanoPlasmonics, Microphotonics & Imaging | BPN429 | Liz Y. Wu, SoonGweon Hong | Plasmonic Nanocrescent Array for Ultrasensitive Biomoleculer Detection |
| 07/22/09 | Wireless, RF & Smart Dust | BPN459 | John Wyrwas, Erwin K. Lau | High Frequency Optoelectronic Oscillators (OEO) |
| 02/04/09 | Package, Process & Microassembly | BPN414 | Zachary Lee | Disposable Microsyringe for Single Dose Vaccine Delivery |
| 02/04/09 | Package, Process & Microassembly | BPN329 | Armon Mahajerin, Woon-Kyung (Kevin) Choi | Micro Magnetic Shielded Packaging |
| 02/03/09 | BioMEMS | BPN476 | John R. Waldeisen, Benjamin M. Ross | Integrated Plasmonic Optical Trapping (iPOT) |
| 02/03/09 | Physical Sensors & Devices | BPN467 | Stefon Shelton, Hongsoo Choi | Aluminum Nitride Ultrasonic Doppler Velocity Sensor |
| 02/03/09 | Package, Process & Microassembly | BPN330 | Jui-Ming (Ryan) Yang | Non-magnetic Micro Heater |
| 02/03/09 | Wireless, RF & Smart Dust | BPN385 | Marcelo B. Pisani | MiNaSIP 2.B.1: Piezoelectric/Electrode/Ambient Interaction in Contour-Mode Resonators |
| 02/03/09 | Wireless, RF & Smart Dust | BPN446 | Jan H. Kuypers | AlN Piezo: Monolithic Acoustic RF MEMS Modules |
| 02/03/09 | Microfluidics | BPN343 | Thomas H. Cauley III | MEMS Biopolymer: Surface Electrophoresis with Functionalized Bilayer Lipid Membranes for Sample Preparation |
| 01/30/09 | Microfluidics | BPN445 | Lisen Wang, Amy Wu, Paul Liu, Octavian Florescu | Lab-on-a-Chip with Integrated CMOS Detection for Complex Assays |
| 01/30/09 | BioMEMS | BPN407 | Amy Wu, Lisen Wang | Modular-Based Integration of CMOS Chip with Microfluidics for Immunosensing |
| 01/28/09 | Microfluidics | MCW2 | Aaron T. Ohta | Direct Image-Actuated Optoelectronic Tweezers |
| 01/28/09 | BioMEMS | BPN417 | Sisi Chen | Spatially Targeted Microfluidic Stimulation for Quantitative Gap Junction Analysis |
| 01/27/09 | Physical Sensors & Devices | BPN372 | David Myers | SiC TAPS: Strain Gauge System Design |
| 09/03/08 | Package, Process & Microassembly | BPN352 | SangHoon Lee | Micro/Nano Fluidic Interconnector |
| 08/14/08 | BioMEMS | BPN430 | Liz Y. Wu,Yeonho Choi | In-vivo Cellular Mapping of Biological Activity by Quantized Plasmon Quenching Dips Nanospectroscopy |
| 08/13/08 | Wireless, RF & Smart Dust | BPN415 | Travis Massey | Localization of Footsteps through Ground Vibrations |
| 08/13/08 | BioMEMS | BPN355 | J. Tanner Nevill | Microfluidic Cell Analysis Platform: On Chip Cell Culture and Electrochemical Lysis |
| 08/13/08 | BioMEMS | BPN340 | J. Tanner Nevill, Daniele Malleo | Single cell differential impedance spectroscopy analysis using high density hydrodynamic cell trapping arrays |
| 08/12/08 | BioMEMS | BPN449 | Benjamin Ross | Plasmon Engineering the Nanocrescent |
| 08/12/08 | Physical Sensors & Devices | APP78 | Babak Jamshidi | SiC TAPS: Capacitive Sensors Design and Fabrication |
| 08/12/08 | NanoPlasmonics, Microphotonics & Imaging | BPN337 | Hyuck Choo, Rishi Kant, David Garmire | Fast, MEMS-Based Phase-Shifting Interferometer |
| 08/11/08 | NanoTechnology: Materials, Processes & Devices | BPN468 | Yu-Yun Chueh, Alexandra L. Ford, Johnny C. Ho, Zachery A. Jacobson,Zhiyong Fan | NANOELECTRONICS |
| 08/11/08 | Physical Sensors & Devices | BPN443 | Aaron M. Katzenmeyer | Ultra-smooth conducting parallel plates with nanoscale separation for single molecule sensing and investigation of Casimir force |
| 08/11/08 | NanoPlasmonics, Microphotonics & Imaging | BPN375 | Erwin K. Lau | |
| 08/04/08 | CAD | KSJP27/JD | Corie L. Cobb | MEMS Design Synthesis and Optimization |
| 07/31/08 | BioMEMS | BPN350 | Benjamin Ku | A Ferrofluid Immunoassay Based on Magnetic Field-Induced Birefringence |
| 07/31/08 | Microfluidics | BPN301 | Avinash Kane | Passive Microfluidic Mixers for Protein Folding Studies |
| 07/30/08 | NanoPlasmonics, Microphotonics & Imaging | BPN308 | SangHoon Lee, Chieh Chang | Plastically Self-Aligned Micromirrors |
| 07/30/08 | Micropower | BPN426 | Armon Mahajerin | Flat Micro Heat Pipes for Cooling Applications |
| 07/30/08 | Package, Process & Microassembly | BPN307 | Yingqi Jiang | CMOS Integrated Nanowires/Nanotubes (CMOS-Inn) |
| 07/30/08 | Microfluidics | BPN398 | Hsan-Yin (Tony) Hsu,Yir-Shyuan Liz Wu | Single Cell Electroporation Array with OET/PDMS Integration |
| 07/30/08 | Microfluidics | BPN406 | Jeffrey D. Winterton | Microfluidic reactor for production of semiconductor nanocrystals |
| 07/30/08 | Micropower | APP92 | Sang-Won Park | MEMS Fuel Flow Control Valve with a Magneto-Static Linear Actuator |
| 07/30/08 | BioMEMS | BPN363 | Supone Manakasettharn | MEMS Biopolymer: RF-Interrogated Biosensor MIB:Hydrogel Formulation |
| 07/30/08 | BioMEMS | APP81 | Inkyu Park | MEMS Biopolymer: Silicon Nanowire-Based Biochemical Sensors |
| 07/30/08 | Microfluidics | BPN391 | Nicola M. Fung | MEMS Power: Thermo-Fluidic Nanoparticle Reactor |
| 07/30/08 | Micropower | BPN453 | Andrew Cardes | MEMS Power: Fuel Flexible Engine for Portable Power Generation |
| 07/30/08 | Micropower | APP90 | Eri Takahashi | MEMS Electro-magnetic Valve-Process Development |
| 07/30/08 | Wireless, RF & Smart Dust | BPN425 | Mona Jarrahi | Aluminum Nitride-Based Actuators for Tunable Terahertz Electronics |
| 07/30/08 | Wireless, RF & Smart Dust | BPN368 | Yun-Ju (Matilda) Lai | AlN Piezo: Aluminum Nitride Wideband RF Filters |
| 07/30/08 | Package, Process & Microassembly | APP79 | Emil J. Geiger | MEMS Biopolymer: Micro Plastic Injection Molded Fluidic Chip with Thermally Actuated Hydrogel Valves |
| 02/15/08 | Wireless, RF & Smart Dust | BPN373 | Andrew Cardes | AlN Piezo: Aluminum Nitride CMOS-Integrated Accelerometer (MiNaSIP) |
| 02/07/08 | Wireless, RF & Smart Dust | BPN416 | Jan Kuypers | AlN Piezo: Aluminum Nitride RF Filters |
| 01/29/08 | NanoPlasmonics, Microphotonics & Imaging | BPN332 | Chenlu Hou | Monolithic micromirror array for single-chip MEMS-based dense wavelength division multiplexed (DWDM) crossconnect |
| 01/29/08 | Physical Sensors & Devices | DL13 | Mansoor Nasir | Multidirectional Force and Torque Sensor for Insect Flight Research |
| 01/29/08 | Microfluidics | BPN401 | Peter F.White | Microjets for Single Cell Injections |
| 01/29/08 | Microfluidics | BPN400 | Nathan Emley | PZT-Actuated Flexure-Mode Membranes for Nanoscale Droplet Generation |
| 01/29/08 | BioMEMS | BPN408 | Wesley Chang | Microscale Surgical Repair of Nerves |
| 01/29/08 | CAD | KSJP30/JD | David Garmire, Hyuck Choo | Electrometrology with MEMS |
| 01/29/08 | NanoPlasmonics, Microphotonics & Imaging | LWL26 | Lei Luo | Nano Photodetectors |
| 01/29/08 | Microfluidics | BPN344 | Sharon Hsu | Microfluidic Platform for Quantitative Microcirculation Studies in Sickle Cell Disease |
| 01/29/08 | Microfluidics | BPN384 | Adrian Lau | Single-cell Analysis via Raman Spectroscopy |
| 01/29/08 | BioMEMS | BPN312 | Christy Trinkle | High Precision Kinematic Assembly of Soft-State Biofluidic ASICs |
| 01/28/08 | Physical Sensors & Devices | BEB22 | Chinwuba D. Ezekwe | A Sub-mW Mode Matching Sigma-Delta Vibratory Gyroscope Readout Circuit with a 0.004 deg/sec/rtHz Noise Floor over a 50Hz Band |
| 01/28/08 | NanoPlasmonics, Microphotonics & Imaging | DAH2 | Jack L. Skinner | A MEMS Optical Modulator and Filter |
| 01/28/08 | Physical Sensors & Devices | KSJP4 | Sarah Bergbreiter | Microrobots |
| 01/28/08 | Package, Process & Microassembly | RM7/RTH | Christopher S. Roper | Dedicated SiC MEMS LPCVD Reactor for Access through the DARPA MEMS Exchange Program |
| 01/28/08 | Physical Sensors & Devices | BPN303 | Michael T. Mueller | MEMS Biopolymer: Polymer Coated Cantilevers for Infrared Heat Sensing |
| 01/28/08 | BioMEMS | APP93 | Sebastien Payen | MEMS Biopolymer: RF-Interrogated Biosensor (MIB): Sensor Design |
| 01/25/08 | Physical Sensors & Devices | BPN370 | Ya-Mei Chen | MEMS Metal Gimbal: Design and FEM |
| 01/25/08 | Physical Sensors & Devices | BPN365 | Chris McCoy | MEMS Metal Gimbal: Design and Fabrication |
| 01/23/08 | Microfluidics | BPN409 | Liz Wu | Long-term Cytotoxic Drug Assay via Single-Cell Microfluidic Array |
| 01/23/08 | Package, Process & Microassembly | APP80 | Julian Lippmann | Micro Plastic Injection Molding: Microneedle Molding |
| 01/23/08 | Microfluidics | BPN323 | Julian Lippmann | MEMS Biopolymer: Bubble Time-of-Flight Flow Sensor |
| 01/23/08 | Microfluidics | BPN412 | Dukhyun Choi | Signal Amplifications of SERS by Microfluidic CD-based Preconcentration Methods |
| 01/22/08 | NanoPlasmonics, Microphotonics & Imaging | BPN349 | Ming-Chun (Jason) Tien | MEMS Tunable Micro-optical Resonator |
| 01/08/08 | Physical Sensors & Devices | BPN411 | Donovan Lee | Tribology Test Chip for Contacting NEMS design |
| 08/28/07 | Package, Process & Microassembly | BPN387 | Zachary Lee | Modeling of Temperature Effects on Piezoresistor Sensitivity |
| 08/16/07 | Package, Process & Microassembly | BSAC5 | Matthew Wasilik | VUV Lamp Assembly for Wafer Scale Surface Modification |
| 08/15/07 | NanoPlasmonics, Microphotonics & Imaging | BPN376 | Hyuk-Kee Sung, Erwin K. Lau | High frequency optoelectronic oscillator (OEO) by optical injection locking |
| 08/14/07 | NanoPlasmonics, Microphotonics & Imaging | BPN390 | George Chao-chih Hsu | Fluid microlens for MEMS |
| 08/14/07 | Package, Process & Microassembly | BPN389 | Matt Chan | SiC TAPS: Characterization of Silicon Carbide Ion Beam Assisted Deposition (IBAD) Films |
| 08/14/07 | Wireless, RF & Smart Dust | NT19 | Fabian Strong | MEMS Microswitch for High-Voltage Applications |
| 08/14/07 | BioMEMS | NT12 | Daniel McCormick | Minimally Invasive MEMS Based Optical Coherence Tomography for in-vivo Imaging |
| 08/14/07 | Physical Sensors & Devices | APP56/OO | Bayram Orazov | Thermally-induced residual stresses in MEMS sensors |
| 08/14/07 | Wireless, RF & Smart Dust | RTH45 | Peter Chen, Donovan Lee | Synchronization and interaction of MEMS oscillators |
| 08/13/07 | Microfluidics | BPN360 | Liz Wu | Biomimetic Microfluidic Assembly of Spheroids and Dynamic Perfusion for Anti-Cancer Drug Discovery |
| 08/07/07 | Package, Process & Microassembly | BPN306 | Debbie G. Jones | SiC TAPS: Ion Beam Assisted Deposition (IBAD) Encapsulation |
| 07/30/07 | Package, Process & Microassembly | RTH42 | Noel Arellano | Nanowire-Coupled Resonators |
| 07/29/07 | Microfluidics | DL5 | Shelly Gulati | DNA Transport in Microfluidic Systems |
| 07/28/07 | Package, Process & Microassembly | LWL24 | Brian D. Sosnowchik, Ko-Min Liao | Rapid Bonding of MEMS Strain Gauge to Steel |
| 07/27/07 | NanoPlasmonics, Microphotonics & Imaging | RSM36 | Blake Lin | Selectively Addressed MEMS Digital-Mirror Arrays for Adaptive Optics |
| 07/26/07 | Package, Process & Microassembly | RM5/RTH | Jingchun Zhang, Carlo Carraro | Silicon carbide process development and characterization for harsh-environment sensors |
| 07/25/07 | Micropower | BPN339 | Erika Parra | Solid Propellant Micro-Thruster |
| 07/25/07 | Wireless, RF & Smart Dust | BPN347 | Subramaniam Venkatraman | Smart Flea |
| 07/25/07 | Wireless, RF & Smart Dust | KSJP31 | Benjamin Cook | 3nJ/bit 2.4GHz CMOS RF Transceiver |
| 07/25/07 | BioMEMS | BPN378 | Mimi Zhang | High-Density Spheroid Arrays for 3-D Liver Cell Culture and Secretion Analysis |
| 07/24/07 | NanoPlasmonics, Microphotonics & Imaging | MCW9 | Sagi Mathai, Joanna Lai, Xin Sun | Tunable SOI Microring Optical Modulator |
| 07/24/07 | NanoPlasmonics, Microphotonics & Imaging | MCW4 | Jin Yao | MEMS-Actuated Tunable Optical Microtoroidal Resonators |
| 07/24/07 | Physical Sensors & Devices | APP83 | Anand Jog, David Myers | MEMS Strain Gauge on Steel - Miniaturization of Transduction Circuits |
| 02/20/07 | Microfluidics | BPN381 | Hansang Cho | SERS Signal Amplification by Optofluidic Photothermal Sample Preconcentration |
| 02/20/07 | BioMEMS | LPL31 | Poorya Sabounchi | Soft-state Biomicrofluidic Pulse Generator for Single Cell Analysis |
| 02/02/07 | Microfluidics | BPN377 | Yolanda Zhang, Hansang Cho | Quantitative Cell Adhesion Study for High Throughput Cancer Cells Screening using a Centrifugal Microfluidic CD Platform |
| 02/02/07 | BioMEMS | LWL16 | Sha Li | On-Chip DNA Transformation by Local Heat Shock and Cell Cryopreservation |
| 02/02/07 | NanoPlasmonics, Microphotonics & Imaging | MCW8 | Ki-Hun Jeong, Jingyi Chen, Jongbaeg Kim | MEMS Endoscopic Lens-Based Optical Coherence Tomography |
| 02/02/07 | Wireless, RF & Smart Dust | BPN353 | Tommy Fujii, Dan McCormick | Integration of MEMS switches and RF passive components |
| 01/29/07 | Micropower | BPN341 | YiinKuen Fuh | Plastic Energy Harvester |
| 01/29/07 | Microfluidics | RMW28 | Justin Black | Portable Monitor for Airborne Particles |
| 01/26/07 | Package, Process & Microassembly | APP77 | Robert G. Azevedo | MEMS Strain Gauge on Steel: Elastic Encapsulation |
| 01/26/07 | Microfluidics | BPN325 | Peter White | Microfluidic Device for Measuring Endothelial Permeability |
| 01/26/07 | BioMEMS | BPN313 | Yolanda Zhang | Biologic Application Specific Integrated Circuits (BASICs) for the Selective Amplification of Cancer Cells and Harvesting Cancer Biomarkers |
| 01/25/07 | NanoPlasmonics, Microphotonics & Imaging | BPN336 | David Leuenberger, Jin Yao | Tunable microdisk filters for DWDM optical network applications |
| 01/25/07 | NanoPlasmonics, Microphotonics & Imaging | MCW7 | Chao-Hsi Josh Chi | Single-Chip MEMS-Based Optical Crossconnect |
| 01/25/07 | Physical Sensors & Devices | BPN371 | Navdeep Dhillon | SiC TAPS:Pressure Sensor Design for Harsh Environments |
| 01/24/07 | Wireless, RF & Smart Dust | RTH29 | Hei Kam | Lateral-Mode NEMS Resonators Using Internal Electrostatic Transduction |
| 01/24/07 | Package, Process & Microassembly | RTH35 | Carrie Low | Novel SiGe Processes for Electrostatically Actuated MEMS Resonators |
| 01/24/07 | Wireless, RF & Smart Dust | APP58 | Carolyn White | Nano-Gap Piezoelectric Resonators for RF Mechanical Magnetic Field Generation |
| 01/24/07 | Wireless, RF & Smart Dust | APP66 | Andrew S. Cardes, Philip J. Stephanou | Piezoelectric MEMS for Resonator Applications |
| 01/24/07 | Physical Sensors & Devices | BPN346 | Ya-Mei Chen | TFT Modeling for Single Transistor Sensors |
| 01/24/07 | Micropower | APP95 | Josh Heppner | ARCTIC: A Rotary Compressor Thermally Insulated microCooler |
| 01/23/07 | Physical Sensors & Devices | NT25 | Qingquan Liu | VLSI MEMS Switch |
| 01/23/07 | Physical Sensors & Devices | DAH4 | Bill Allan | Strain Sensors for Wind Turbines |
| 01/23/07 | Wireless, RF & Smart Dust | BPN348 | Ryan Xie, David Doolin, Valerie Zimmer, Michelle Ma | Subterranean Wireless Sensor Network |
| 08/25/06 | BIOMEMS AND MICROFLUIDICS | BPN342 | Liz Yir-shyuan Wu | Cell trapping array for cell-cell communication research |
| 08/02/06 | CAD | RTH46/JD | David Bindel, Emmanuel Quevy, Tsuyoshi Koyama, Wei He | MEMS Resonator Simulation |
| 08/02/06 | BIOMEMS AND MICROFLUIDICS | RTH/JDK3 | Frank J. Zendejas | Diatom-Inspired Microfluidic Generation of Tunable Emulsions for Macroporous Silica |
| 08/02/06 | Wireless, RF & Smart Dust | NT18 | Qingquan Liu | MEMS RF Switch with Liquid Gallium Contacts |
| 08/02/06 | Package, Process & Microassembly | BPN318 | Marie-Ange Eyoum, David Garmire | SiGe Processing for the Fabrication of a Floating Electromechanical System (FLEMS) Gyroscope |
| 08/01/06 | BIOMEMS AND MICROFLUIDICS | BPN322 | David N. Breslauer, J. Tanner Nevill | Microfluidic Multiplexed Cytokine Secretion Assay |
| 08/01/06 | BIOMEMS AND MICROFLUIDICS | LPL37 | Gang L. Liu, Joseph C. Doll | Nanoplasmonic Genomics/Proteomics Chip |
| 08/01/06 | BIOMEMS AND MICROFLUIDICS | BPN302 | Jaeyoun Kim, Gang L. Liu, Yu Lu | Unconventional nanoplasmonic structures for photothermal applications |
| 08/01/06 | BIOMEMS AND MICROFLUIDICS | LPL23 | J. Tanner Nevill, Dino Di Carlo, Daniele Malleo, Jeonggi Seo, and Cristian Ionescu-Zanetti | Nanogap Junction Capacitors For Biomolecular Detection |
| 08/01/06 | BIOMEMS AND MICROFLUIDICS | LPL42 | Gang L. Liu and Jaeyoun Kim | Multifunctional Nano-Crescent Probes for Molecular Imaging of Intracellular Signaling Pathway |
| 08/01/06 | BIOMEMS AND MICROFLUIDICS | LPL5 | Dino Di Carlo | Microfluidic Cellular Manipulation - Single cell trapping arrays for quantitiative cell biology |
| 08/01/06 | Physical Sensors & Devices | BEB19 | Dimitrios Katsis | Low-Power High-Performance Analog-to-Digital Converters |
| 08/01/06 | BIOMEMS AND MICROFLUIDICS | BPN327 | Kathleen Fischer | Plastic Microsyringe |
| 07/31/06 | Package, Process & Microassembly | BPN309 | SangHoon LEE | SAM for MEMS Packaging/Fuel Cell Applications |
| 07/30/06 | NanoPlasmonics, Microphotonics & Imaging | RSM33 | Hyuck Choo | MEMS Microlenses and Lenslets: Their Application to Shack-Hartmann Sensors |
| 07/30/06 | Package, Process & Microassembly | KSJP33 | Subramaniam Venkatraman | Silicon on Insulator Microassembly |
| 07/30/06 | NanoPlasmonics, Microphotonics & Imaging | APP89 | Benjamin Cheng, Mike Huang | Monolithic Piezoelectrically-Actuated MEMS Tunable VCSEL |
| 07/30/06 | Micropower | APP98 | Christopher Hogue | Thermal Analysis and Design of ARCTIC Cryo Cooler |
| 07/30/06 | Micropower | APP45 | Brenda Haendler | MEMS Rotary Engine Power System / Engine Fluid Management System |
| 07/30/06 | Micropower | APP67/CFP | Bennett Sprague | Ignition at the Microscale for Miniaturized Internal Combustion Engines |
| 07/30/06 | Micropower | CFP1 | Andrew Cardes, Bennett Sprague, Sang-won Park, Chris McCoy, David C. Walther | Liquid Fueled MEMS Enabled 1.5cc Rotary Engine Power System (REPS) |
| 06/28/06 | Package, Process & Microassembly | RM8 | Brian Bush | Stiction in MEMS |
| 02/14/06 | Package, Process & Microassembly | BPN331 | TeHsi Lee | Plastically Self-Alligned Micromirrors |
| 02/07/06 | Physical Sensors & Devices | APP55 | I-yang Chen | MEMS Strain Gauge on Steel: Selective Strain Isolation |
| 02/07/06 | Physical Sensors & Devices | BPN314 | Jeonggi Seo | Biomimetic Infrared sensor based on the nanogap junction array |
| 02/07/06 | BIOMEMS AND MICROFLUIDICS | LPL38 | Ionescu-Zanetti, Jeonggi Seo | Electrophysiology Using a High-Density Microfluidic Array |
| 02/07/06 | BIOMEMS AND MICROFLUIDICS | LPL39 | Beomseok Kim, Jeoggi Seo | Integrated Microfluidic SERS Devices |
| 02/07/06 | BIOMEMS AND MICROFLUIDICS | LPL35 | Philip Lee | Microfluidic Cell Culture Array |
| 02/07/06 | BIOMEMS AND MICROFLUIDICS | LPL41 | Adrian Y. Lau, Paul J. Hung | Raised Lateral Patch Clamp Array |
| 02/07/06 | BIOMEMS AND MICROFLUIDICS | LPL32 | Jeonggi Seo | Disposable Multi Patch Clamps Using Planar Fludic Channels |
| 02/07/06 | BIOMEMS AND MICROFLUIDICS | MCW1 | Pei-Yu (Eric) Chiou | Optoelectronic Tweezers for Cell and Microparticle Manipulation |
| 02/07/06 | BIOMEMS AND MICROFLUIDICS | BPN335 | Jeffrey Brian Chou | Interactive OET |
| 02/06/06 | BIOMEMS AND MICROFLUIDICS | NT21 | Beelee Chua | Corona MEMS for Wide Study Area Air Particulate Monitoring |
| 01/25/06 | Micropower | APP43 | David Walther | MEMS Rotary Engine Power System (MEMS REPS) |
| 01/09/06 | BIOMEMS AND MICROFLUIDICS | RTH/JDK2 | William J. Holtz | Biomimetic Nanofabrication of Silica Structures Based on Diatoms |
| 01/07/06 | BIOMEMS AND MICROFLUIDICS | APP98/LPL | Trey Cauley | Insulative Dielectrophoresis (iDEP) Preconcentration and Ultrasonic Lysis of Bacterial Endospores in a Zeonor Substrate |
| 01/07/06 | NanoPlasmonics, Microphotonics & Imaging | BPN300 | Hyuck Choo | A Simple Process to Fabricate High-Performance Torsional Microscanners and Their Applications |
| 01/07/06 | Micropower | APP46 | Fabian C. Martinez | MEMS Rotary Engine Power System / Engine Fabrication |
| 01/07/06 | Wireless, RF & Smart Dust | BPN305 | David Park | Post-processing heat treatment of thin film Aluminum Nitride |
| 01/07/06 | Wireless, RF & Smart Dust | APP62 | Gianluca Piazza | Piezoelectric Aluminum Nitride Vibrating RF MEMS for Radio Front-End |
| 01/06/06 | BIOMEMS AND MICROFLUIDICS | LPL34 | Michelle Khine, Adrian Lau, Cristian Ionescu-Zanetti | Single-Cell Electroporation Microchip |
| 09/08/05 | Wireless, RF & Smart Dust | KSJP32 | Jaein Jeong | Incremental Network Programming |
| 09/08/05 | BIOMEMS AND MICROFLUIDICS | LPL40 | Junyu Mai, Poorya Sabounchi | Digitized Microfluidic Device for Single Cell Analysis |
| 09/07/05 | BIOMEMS AND MICROFLUIDICS | LPL36 | J. Tanner Nevill | Behavior of water and ice in nanocavities |
| 09/01/05 | NanoPlasmonics, Microphotonics & Imaging | RSM37 | Kuo-J Huang | Design of Controls for MEMS Adaptive Optics |
| 09/01/05 | Package, Process & Microassembly | RTH40 | Marie-Ange Eyoum | Effects of Boron Concentration on Si1-xGex Properties for Integrated MEMS Technology |
| 08/31/05 | Wireless, RF & Smart Dust | NT24 | Dan McCormick, Ming Li | High-Performance MEMS Capacitors |
| 08/31/05 | Wireless, RF & Smart Dust | RTH39 | Emmanuel Quevy | Post-process of GHz-range SiGe Resonators Over Standard RF CMOS Circuitry for Transceiver Applications |
| 08/31/05 | Wireless, RF & Smart Dust | RTH44 | Rishi Kant | Self-Healing RF MEMS Switch |
| 08/31/05 | NanoPlasmonics, Microphotonics & Imaging | RSM38 | Chao-chih Hsu | MEMS Integrable Temperature Sensor |
| 08/31/05 | NanoPlasmonics, Microphotonics & Imaging | MCW5 | Jui-che Ted Tsai | High Fill-Factor Two-Axis Analog Micromirror Array |
| 08/31/05 | NanoPlasmonics, Microphotonics & Imaging | MCW6 | Jui-che Ted Tsai | 1xN^2 MEMS-Based Wavelength-Selective Switch |
| 08/31/05 | NanoPlasmonics, Microphotonics & Imaging | MCW3 | Ming Chang M Lee | MEMS-Actuated Tunable Optical Microdisk Resonators |
| 08/31/05 | BIOMEMS AND MICROFLUIDICS | DL11 | Boris Stoeber | Microflow Control using Thermally Responsive Triblock Copolymers |
| 08/31/05 | BIOMEMS AND MICROFLUIDICS | BPN311 | Franklin Kim | |
| 08/31/05 | Package, Process & Microassembly | KSJP33a | Subramaniam Venkatraman | Tools for Microassembly |
| 08/31/05 | Package, Process & Microassembly | LWL18 | Ongi Englander | Integration of NEMS and MEMS by Localized Growth of Nanowires |
| 08/30/05 | BIOMEMS AND MICROFLUIDICS | BPN310 | Beomseok Kim, Jeonggi Seo | Integrated Microfluidic SERS Devices |
| 08/30/05 | Package, Process & Microassembly | LWL29 | Daoheng Sun, Dane Christensen | Nano-Getters for MEMS Applications |
| 08/26/05 | Micropower | LWL17 | Kien-Bang Lam | Micromachined Photosynthetic Fuel Cells |
| 08/26/05 | Micropower | APP72 | Jose D. Rosario-Rosario | MEMS REPS: Assembly of a MEMS Compressed Air Expander Unit |
| 08/26/05 | BIOMEMS AND MICROFLUIDICS | LPL33 | Mike Mueller, Michelle Khine, Cristian Ionescu-Zanetti, Niraj Patel | Time Division Multiplexed Microfluidic Lateral Patch Clamp Array |
| 08/26/05 | BIOMEMS AND MICROFLUIDICS | APP84 | Natalya Etina | Microfluidic System for Cryogenically Storing and Reviving Biological Cells |
| 08/26/05 | Physical Sensors & Devices | LWL28 | Lufeng Che | Bi-directional Electrothermal Electromagnetic Actuators and Relays |
| 08/26/05 | Physical Sensors & Devices | BEB18 | Kenneth Wojciechowski | MEMS Strain Gauges on Steel: Electronic Interfaces for Resonant Sensors |
| 08/24/05 | NanoPlasmonics, Microphotonics & Imaging | LPL21 | Ki-Hun Jeong, Jaeyoun Kim | Biomimetic Microfabricated Compound Eyes |
| 02/07/05 | BIOMEMS AND MICROFLUIDICS | APP63 | Jennifer S. Wade | Sickle-Cell Anemia Event Detection Sensor |
| 02/03/05 | BIOMEMS AND MICROFLUIDICS | APP86 | Jesse Herrick | Microfluid Integrated Nano-Scale Biological Cell Probes |
| 02/03/05 | Wireless, RF & Smart Dust | KSJP20 | Chinwuba D. Ezekwe | CMOS Imaging Receiver for Free-Space Optical Communication |
| 02/03/05 | Wireless, RF & Smart Dust | BEB16 | Baris Cagdaser | Resonant Drive: Sense and High Voltage Electrostatic Drive Using Single MEMS Electrode |
| 02/03/05 | Physical Sensors & Devices | KSJP29/JD | Jason Vaughn Clark | Floating Electro Mechanical Systems (FLEMS) |
| 02/03/05 | Physical Sensors & Devices | JFB1 | Alvaro San Paulo, Xuchun Liu | Scanning Probe Methods for the Characterization of Nanomechanical Resonators |
| 02/03/05 | Wireless, RF & Smart Dust | APP36 | Brian Bircumshaw | GHz Nano-Mechanical Resonators |
| 02/03/05 | Micropower | APP44 | Matthew Senesky | MEMS Rotary Engine Power System / Integrated Generator |
| 02/02/05 | BIOMEMS AND MICROFLUIDICS | DL10 | Raja Sivamani, Boris Stoeber | Clinical Testing of MEMS-Syringes |
| 02/01/05 | Micropower | APP94 | Jonathan Rheaume | Mechanical Analysis of SiC for Use as a High Temperature, Pressurized Micro Reactor |
| 02/01/05 | CAD | RTH/JD1 | David Bindel | MEMS Resonator Simulation with HiQLab |
| 02/01/05 | Micropower | APP47 | Josh Heppner | MEMS REPS: MEMS Fuel Vapor Delivery by Flow Rectification |
| 02/01/05 | CAD | KSJP15 | David Bindel, Jason V. Clark, Corie Cobb, David Garmire, Raffi Kamalian, Tsuyoshi Koyama, Shyam Lakshmin, Jiawang Nie, Ying Zhang | Sugar |
| 01/20/05 | Wireless, RF & Smart Dust | KSJP23 | Matthew Last | Steered Agile Laser Transmitter (SALT) |
| 01/20/05 | NanoPlasmonics, Microphotonics & Imaging | DAH1 | J Provine | Non-dispersive IR gas detection with a MEMS scanning mirror and Linear Variable Filter |
| 01/20/05 | Package, Process & Microassembly | BSAC4 | Ning Chen | DRIE Process Optimization for Very Smooth Sidewall Etch |
| 01/20/05 | Package, Process & Microassembly | BSAC3 | Matthew Wasilik, Ning Chen | Centura Deep Silicon and Oxide Etch Characterization |
| 01/20/05 | Physical Sensors & Devices | BEB21 | Anshi Liang | Background calibration techniques for digitally assisted ADC |
| 01/20/05 | Micropower | APP82 | Thomas H. Cauley III | Feasibility Study of a MEMS Viscous Rotary Engine Power System (VREPS) |
| 01/20/05 | Micropower | APP48 | Debbie G. Jones | MEMS Rotary Engine Power System / Soft Magnetic Pole Integration |
| 09/10/04 | Micropower | APP51/RM | Muthu B.J. Wijesundara, Jingchun Zhang, Carlo Carraro, Bob Ashurst | Silicon Carbide–Coated Microcomponents for the Rotary Engine–Based Power System |
| 09/10/04 | BIOMEMS AND MICROFLUIDICS | APP41 | Eric Hobbs | Capillary Action Accumulation Device |
| 09/10/04 | MICROROBOTICS | KSJP12 | Sarah Bergbreiter | Off-the-Shelf Distributed Robots (COTS-BOTS) |
| 09/10/04 | BIOMEMS AND MICROFLUIDICS | APP42 | Jeremy Frank | Low-Power, Low-Leakage Microvalve |
| 09/08/04 | NanoPlasmonics, Microphotonics & Imaging | RSM35 | Rishi Kant | MEMS barcode reader |
| 09/07/04 | Micropower | APP87 | Jonathan Rheaume | Thermal Management of Next Generation Rotary Engine Power System |
| 08/30/04 | BIOMEMS AND MICROFLUIDICS | LPL28 | Paul Hung | Microfluidic-Based Two-Dimensional Protein Chip |
| 08/30/04 | Wireless, RF & Smart Dust | KSJP24 | Jaein Jeong | Ivy - A Sensor Network Infrastructure for the College of Engineering |
| 08/26/04 | Physical Sensors & Devices | APP91 | Ki Bang Lee | Ultra High Shock Resistant Sensors |
| 08/26/04 | Micropower | APP88 | Thomas H. Cauley III | Experimentally Verified Simple Analytical Models of the Viscous Rotary Engine Power System (VREPS) |
| 08/26/04 | Micropower | APP85 | Jose Rosario-Rosario | A High Pressure Micro-Combustion Chamber for a Viscous Rotary Engine Power System |
| 08/26/04 | Wireless, RF & Smart Dust | APP61 | James M. Porter Jr. | Integrated Nano Mechanically-Regulated Atomic Clock: 3.4 GHz Resonator |
| 08/23/04 | Wireless, RF & Smart Dust | KSJP25 | Alyosha Molnar | Ultra-Low Power Radio for Sensor Networks |
| 08/19/04 | Package, Process & Microassembly | LWL14 | Andrew Cao | Selective Induction Heating for MEMS Packaging |
| 08/18/04 | Wireless, RF & Smart Dust | KSJP21 | Lance Doherty | Algorithms for Position and Data Recovery in Wireless Sensor Networks |
| 08/18/04 | BIOMEMS AND MICROFLUIDICS | LPL18 | Gang L. Liu | Nanopillar Substrate for Surface-Enhanced Raman Spectroscopy |
| 08/18/04 | BIOMEMS AND MICROFLUIDICS | LPL20 | Cristian Ionescu-Zanetti | A new pressure tranduction mechanism using elastomer micromolding |
| 08/18/04 | BIOMEMS AND MICROFLUIDICS | LPL11 | Nikolas Chronis | Integrated Polymer Actuators in Microfluidic Systems |
| 08/18/04 | NanoPlasmonics, Microphotonics & Imaging | LPL27 | Paul Hung, Gang Logan Liu | Biomimetic Imager as Omnidirectional Sensor (BIOS) |
| 08/18/04 | NanoPlasmonics, Microphotonics & Imaging | LPL25 | Ki-Hun Jeong | Tunable Microdoublet Lens Array |
| 08/18/04 | NanoPlasmonics, Microphotonics & Imaging | NT20 | J Provine | Integration of PLC with MEMS for Telecommunications |
| 08/18/04 | Physical Sensors & Devices | NT23 | Zhihong Li | Ni Electroplated Vertical Comb-Drive Actuator |
| 08/18/04 | Wireless, RF & Smart Dust | NT13 | Daniel T. McCormick, Zhihong Li | RF Dielectric Fluid Immersed Silicon MEMS Tunable Capacitors |
| 08/18/04 | Wireless, RF & Smart Dust | NT11 | Wen-Pin Shih, Zhihong Li | Tunable Inductors and Transformers Utilizing Electro-Thermal Vibromotors |
| 08/18/04 | BIOMEMS AND MICROFLUIDICS | DL15/APP | Stefan Zimmermann, Jeremy Frank | A planar micropump utilizing thermopneumatic actuation and in-plane flap valves |
| 08/18/04 | BIOMEMS AND MICROFLUIDICS | DL14 | David Mun | Simulation of Laser Heating in Microchannels Utilizing CFDRC |
| 08/18/04 | BIOMEMS AND MICROFLUIDICS | DL/LWL1 | Stefan Zimmermann, Boris Stoeber, Doerte Fienbork | Microneedle-based minimally invasive continuous glucose monitor |
| 08/18/04 | Physical Sensors & Devices | LWL21 | Jongbaeg Kim | Microfabricated Torsional Actuator by Self-Aligned Plastic Deformation |
| 08/18/04 | BIOMEMS AND MICROFLUIDICS | LWL10 | Kwok-Siong Teh | An Integrated Polypyrrole/Carbon Nanotube (PPy/MWNT) Nanocomposite Glucose Sensor |
| 08/18/04 | Package, Process & Microassembly | BSAC1 | Matthew Wasilik, Ning Chen | FTIR In Situ Depth Measurement System for DRIE |
| 08/18/04 | Package, Process & Microassembly | RM6 | Robert Ashurst, Elizabeth E. Parker | Adhesion in MEMS |
| 08/18/04 | Physical Sensors & Devices | BEB7 | Vladimir Petkov | Electronic Interface for Micromachined Gyroscope Sensors |
| 08/18/04 | Physical Sensors & Devices | BEB20 | Manu Seth | Phase Noise Considerations of a MEMS Oscillator |
| 02/12/04 | BIOMEMS AND MICROFLUIDICS | LPL29 | Philip J. Lee | Nanoprobes for Monitoring Sub-cellular Response to Localized Surface Interactions |
| 02/12/04 | BIOMEMS AND MICROFLUIDICS | LPL22 | Yang-Kyu Choi | Electronic Properties of DNA for Bioelectronics |
| 02/12/04 | BIOMEMS AND MICROFLUIDICS | LPL13 | Sunghoon Kwon | Vertically-Integrated Micro Confocal Imaging Array (VIµ-CIA) |
| 02/10/04 | BIOMEMS AND MICROFLUIDICS | DL12 | Troy Lionberger, Boris Stoeber | Fluid Dynamics in Nanoscale Environments |
| 02/10/04 | Wireless, RF & Smart Dust | RTH41 | Peter (Jeng-Wen) Chen | Nanoresonator Interface Electronics |
| 02/10/04 | Package, Process & Microassembly | RTH31 | Karen L. Scott | Electrical Interconnect of Components Transferred by Fluidic Microassembly Using Capillary Forces |
| 02/09/04 | BIOMEMS AND MICROFLUIDICS | APP65 | Seung-Jae Moon | Nanoscale RF Probing of Cells |
| 02/09/04 | Physical Sensors & Devices | APP53 | Julian Lippmann | MEMS Strain Gauge on Steel: Resonant Sensor Design and Fabrication |
| 02/09/04 | Package, Process & Microassembly | RTH32 | Frank Zendejas | Fluidic Microassembly for Microfluidic Applications |
| 02/06/04 | Physical Sensors & Devices | RTH30 | Noel Arellano | Micromachined Electrodes for Capacitive Sensors |
| 02/06/04 | Package, Process & Microassembly | BSAC2 | Ning Chen, Mathew Wasilik | Reversible Bonding Process Development |
| 02/06/04 | NanoPlasmonics, Microphotonics & Imaging | NT22 | Fabian Strong | Optical Switch Using 2-D Photonic Crystal Waveguides |
| 01/27/04 | MICROROBOTICS | NT17 | Xuchun Liu, Ming Li, Avinash Kane | Design of a Smart Universal Game Board |
| 01/27/04 | Wireless, RF & Smart Dust | NT14 | Ye Wang, Zhihong Li | A Variable Inductor Array Using Lateral-Contact Microrelays |
| 01/25/04 | Physical Sensors & Devices | BEB13 | Boris Murmann | Background Calibration for Low-Power High-Performance A/D Conversion |
| 01/25/04 | Wireless, RF & Smart Dust | RMW27 | Justin Black, Thomas E. Oberheim | Chemical Sensing with Smart Dust |
| 01/24/04 | NanoPlasmonics, Microphotonics & Imaging | LWL23 | Ki Bang Lee | Vertically Supported Microactuators |
| 01/24/04 | BIOMEMS AND MICROFLUIDICS | LWL7 | Yu-Chuan Su, Lei Luo | Water-Powered Microfluidic Devices for Diagnostic and Drug Delivery Systems |
| 01/24/04 | Wireless, RF & Smart Dust | LWL13 | Ki Bang Lee | High Frequency MEMS Resonator for Wireless Communication Applications |
| 01/24/04 | Micropower | LWL12 | Ki Bang Lee, Firas Sammoura | Disposable Microbatteries and Microvehicles for MEMS |
| 01/24/04 | Physical Sensors & Devices | LWL22 | Maggie Chau | Nanostructure-Based Nanoactuator |
| 01/24/04 | Package, Process & Microassembly | LWL19 | Kwok-Siong Teh | Nickel Nanocomposite Film for MEMS Applications |
| 01/21/04 | Physical Sensors & Devices | BEB6 | Joseph Seeger | Electrostatic Actuator Design for a Digital Output Gyroscope |
| 09/05/03 | Package, Process & Microassembly | RMW26 | Jonathan D. Foster | Fabrication of a High Aspect Ratio Piezoelectric Microactuator |
| 08/27/03 | BIOMEMS AND MICROFLUIDICS | LPL30 | Philip Lee, Rob Lin | 3D Alignment of Collagen Fibrils in Microchannels |
| 08/22/03 | Package, Process & Microassembly | JSS1/RTH | Jack Peng | Fluidic assembly of RF receiver with glass-substrate inductors & antenna |
| 08/22/03 | Wireless, RF & Smart Dust | RTH/TJK2 | Blake C.-Y. Lin | As-Grown SiGe Thin Film with Low Stress and Low Strain Gradient |
| 08/22/03 | BIOMEMS AND MICROFLUIDICS | LPL10 | Jeonggi Seo | Disposable Integrated Optical MEMS and Microfluidic Channels for High Resolution Biochip Array |
| 08/20/03 | Wireless, RF & Smart Dust | KSJP26 | Benjamin Cook | RF Dust for Human Gestural Interpretation |
| 08/20/03 | NanoPlasmonics, Microphotonics & Imaging | RSM34 | Daniel Good | Feedback Control and Electronics for Deformable Mirrors |
| 08/20/03 | BIOMEMS AND MICROFLUIDICS | RTH/JDK1 | William J. Holtz, Khoa Nguyen | A Microfabricated Electrochemical Oxygen Generator for High-Density Cell Culture Arrays |
| 08/15/03 | BIOMEMS AND MICROFLUIDICS | RMW25 | Justin Black | Microsphere Capture and Perfusion in Microchannels Using Flexural Plate Wave Structures |
| 08/14/03 | BIOMEMS AND MICROFLUIDICS | DL16 | David Mun | Simulation of Micro-Fluidic Laser Heating Utilizing CFDRC |
| 08/11/03 | Physical Sensors & Devices | APP52 | Robert G. Azevedo | MEMS Strain Gauge on Steel: Test Fixture Design |
| 08/01/03 | BIOMEMS AND MICROFLUIDICS | LPL26 | Ho-Kwan Kang | Floating planar nanogap capacitor for biosensor application |
| 07/31/03 | NanoPlasmonics, Microphotonics & Imaging | RSM29 | Michael A. Helmbrecht | Micromirror Arrays for Adaptive Optics |
| 07/31/03 | Physical Sensors & Devices | LWL4 | Jongbaeg Kim | MEMS Sensor for Hard Disk Glide Test |
| 07/30/03 | Physical Sensors & Devices | APP54 | Theodore Prescop | MEMS Strain Gauge on Steel: Testing Localized Silicon-Steel Bonds |
| 07/30/03 | Package, Process & Microassembly | APP38 | Helen Holder | Microconnector |
| 07/30/03 | BIOMEMS AND MICROFLUIDICS | APP68 | Jonathan Fischer | Plastic Injection Molded Microneedles |
| 07/30/03 | Micropower | APP59 | Chen-li Sun | MEMS Rotary Engine Power System / Dynamic Fuel Evaporator System |
| 07/30/03 | Micropower | APP60 | Jack Yu | MEMS Rotary Engine Power System / 2.4 mm Engine Demonstration Unit |
| 07/30/03 | Micropower | APP50 | Kelvin Fu | MEMS Rotary Engine Power System / 1 mm Engine Design and Fabrication |
| 07/30/03 | Micropower | APP49 | Aaron Knobloch | MEMS Rotary Engine Power System / 2.4 mm Rotary Engine with Integrated Generator |
| 07/30/03 | Wireless, RF & Smart Dust | KSJP10 | Brett Warneke, Brian Leibowitz, Mike Scott | Ultra-Low Energy Circuits for Distributed Sensor Networks (Smart Dust) |