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Following is a list of current Nano-CEMMS research projects. Click on each project name to see its associated poster.
Manufacturing Systems
Directed Materials Assembly using Microfluidic Deposition Nozzles
Macro-Positioning Staging and Integration for E-Jet
Macro-Positioning Staging and Integration for E-Jet: Parallel Alignment and Control
Development of a Micro-Scale Machine Tool System for Electrochemical Deposition (a)
Development of a Micro-Scale Machine Tool System for Electrochemical Deposition (b)
Process Integration Platforms: Tooling, Instrumentation and Positioning
Modeling and Experimental Studies of Inkjet Processes
Meniscus-Controlled Deposition of Nanostructures
Superionic Electrochemical Nanoimprinting
Microcantilever Technology for Nano-CEMMS
Nanoscale Sensing, Positioning and Fabrication
Optical Sources for Sensing
Integration of VCSEL or Related Technology into VLSmFNs (a)
Integration of VCSEL or Related Technology into VLSmFNs (b)
Molecular Gates with Ordered Nanoarrays for Improved Control of Molecular Transport
Advanced Control Technologies for Nanoscale Positioning and Registration
Meso- and MEMS-scale Nanopositioning Technologies
Multiplexed Electrical Sensing Array for Microfluidics
Micro-Nanofluidics
Design and Fabrication of Microfabrication of Fluidic Circuits for Molecular Gate Toolbit
Electrohydrodynamic Jet Writing
Fundamental Studies on Liquid Transfer Between Surfaces
Computational Modeling for E-Jet Writing
Computational Modeling for Heterogeneous Integration
Organic Media Compatible VLSI-Microfluidic Networks
Stanford Microfluidics Foundry
Synthetic Chemistry Controlled Surface Reactions
Multi-Scale, Multi-Domain Computational Modeling for Fluidics-Based Manufacturing (a)
Multi-Scale, Multi-Domain Computational Modeling for Fluidics-Based Manufacturing (b)
Modeling Colloidal Transport Through Microchannels and Nozzles
Development and Characterization of Polydimethylsiloxane Nanocomposites
Testbeds and Applications
Polymer-based Multifunctional Nanoscale Sensors
Nanostructured Materials for Self-Healing
Integration of Microfluidic and Well Plate Technology for Combinatorial Chemistry and Bioassays
VLSI-Microfluidic Chip for Nanoliter-scale Combinatorial Chemistry
Application of Functional DNA on Microfludic and Nanofabricated Systems
Materials and Device Designs for Printed Displays
Transfer Stamping for Heterogeneous Integration
This Web site is supported primarily by the
National Science Foundation under NSF Award #0749028 (CMMI).
© 2009 The Board of Trustees at the University of Illinois