Table of Contents

Fabrication.- The substrate and adding material to it.- Creating and transferring patterns#x2014;Photolithography.- Creating structures#x2014;Micromachining.- Solid mechanics.- Applications.- Thinking about modeling.- MEMS transducers#x2014;An overview of how they work.- Piezoresistive transducers.- Capacitive transducers.- Piezoelectric transducers.- Thermal transducers.- to microfluidics.- Laboratories.- Microfabrication laboratories.