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ECO-REDESIGN OF A CELLULAR TELEPHONE
SECTION INSTRUCTOR Professor Steven J. Skerlos
SPONSOR Professor Steven J. Skerlos
ME 450 TEAM 26A Samir Karamchandani, Cory Klein,
Shirish Sabnis, Ryan Schrieber, Shamita Shah
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The overarching goal of this research is to
develop a miniaturized, on-line, and low-cost
technology to rapidly detect and quantify
bacteria and fungus populations in environmental
applications. This poster outlines the first of
two phases of research that will achieve a novel
integration of microfluidics and micro-integrated
optics applicable to microbial detection and
quantification in a small, low-power
silicon-based package. A rapid, stand-alone
microbial detector and quantification device will
be produced that is suitable for automated or
hand-held operation and direct integration to
space-constrained systems such as machine tools
and fluid distribution networks. This device is
based on the flow cytometry concept, and is
called the Micro-Integrated Flow Cytometer
(MIFC).
USE AS MANY PICTURES AS POSSIBLE, BUT MAKE SURE
THEY MAKE SENSE! THEY SHOULDNT JUST FILL SPACE
E.G., EXPLAIN A CONCEPT WITH A PICTURE LIKE THIS
Integrate Excitation, and Detection at Chip
Level Chip Level
Integrate Pumps, Electronics, and Channels at
Device Level
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