MEMS devices and microscale processes are investigated from the design and modeling stages to the fabrication and testing stages. Researchers explore areas like nanomanufacturing, soft materials for robotics, micro-sized robots, DNA origami, and more. 

Faculty involved: Maarten de Boer, Reeja Jayan, Carmel Majidi, Metin Sitti, Burak Ozdoganlar, Rahul Panat, Rebecca Taylor

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Is 3D printing the future for ceramics? College of Engineering News 

Exploring high-entropy alloys, College of Engineering News 

Our faculty analyze experimental measurements and high-fidelity modeling of the transport of charge, heat, mass, and momentum. 

They are building efficient fuel cells, creating droplets of medication less than a micrometer in size, and developing better technologies for solid state lighting and solar energy conversion. They use machine learning to predict the physical phenomena pertinent to mechanical engineering.

Faculty involved: Amir Barati Farimani, Shawn Litster, Jonathan Malen, Alan McGaughey, Sheng Shen 

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Waste not, watt not, Mechanical Engineering News

Sheng Shen's spectacular super solder, College of Engineering News 

Researchers discover cause of vastly different thermal activities in superatomic structural analogues, Phys.org 

Engineering "thubber", College of Engineering News

Faculty investigate the characterization and modeling of small-scale phenomena that impact global systems. Microscale laboratory methods and computational modeling focus on developing and optimizing energy-related processes while monitoring the physicochemical properties of the atmosphere. Machine learning tools allow researchers to investigate efficient ways to clean and desalinate water. 

Faculty involved: Amir Barati Farimani, Ryan Sullivan

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Tweezing out the properties of particles, College of Engineering News