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As an ME SPUR participant, Sydney Evans worked with Assistant Professor Kaushik Jayaram to develop a novel robot capable of sticking to and navigating virtually any surface, leveraging electrostatic attraction.

As an ME SPUR participant, Jonathon Gruener worked with Associate Professor Svenja Knappe to create a testing environment for highly-sensitive miniature magnetic field sensors with non-invasive brain imaging, space and industrial applications.

As an ME SPUR participant, Andrew Beiter worked with Assistant Professor Debanjan Mukherjee to develop an in-house library of models for arterial hemodynamics in human patients, using CT and MRI scans and microscopy image data. His summer research project was titled, Image-Based Modeling for Cardiovascular Systems.

As an ME SPUR participant, Julia Beattie worked with Professor Corey Neu to measure intranuclear mechanics. The goal was to provide a non-invasive framework to investigate the mechanobiological function of subcellular and subnuclear domains limited only by the spatiotemporal resolution of the image acquisition method.

As an ME SPUR participant, Justin Hall worked with Assistant Professor Carson Bruns to develop a desktop application that will allow scientists to control a robot that automates weighing and dispensing chemicals, running chemical reactions and purification.

As ME SPUR participants, Christopher Doyle and Anika Levy worked with Scholar in Residence Dan Riffell to compile and organize a standard resource that would allow consumers and designers make informed choices about which products to use or purchase based on energy costs of those products.

As an ME SPUR participant, Adam Bradshaw worked with Professor Shelly Miller to set up a citizen science research effort to connect with households who have electrified and would be interested in connecting this effort to their overall health, wellbeing and indoor air quality.

As an ME SPUR participant, Autumn Zemlicka worked with Assistant Professor Debanjan Mukherjee to develop an in-house library of models for arterial hemodynamics in human patients, using CT and MRI scans and microscopy image data.

The challenges of COVID-19 have inspired innovation among staff, faculty and students, leading to the development of two summer programs for 38 participating students: the ME Summer Design Intensive and ME SPUR.

Mechanical engineering BS/MS student and Boettcher Scholar Simon Hafner was selected as the Spring 2019 College of Engineering and Applied Science Outstanding Graduate for Research. The goal of his research was to increase the energy density and lifetime of batteries, so they can be replaced less often for a lower price.