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	<title>Bioinspired Science and EngineeringBioinspired Science and Engineering &#8211; Mechanical Engineering | University of Utah</title>
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<h2>Bioinspired Science and Engineering</h2>
Research interests in our group are in the areas of bioinspired design, biological material science, and biomedical materials. To perform bioinspired science and engineering, a deeper understanding of the properties and structures present within biological materials is required. This can be achieved through the process of biological materials science, which employs the tools and techniques available in the fields of engineering, chemistry and physics to theoretically and physically dissect natural organisms and understand how they thrive within their natural environments. In the Laboratory for Bioinspired Science and Engineering research is ongoing to understand the common structural design elements that are employed by nature to provide impressive mechanical properties and to employ these through a variety of additive and advanced manufacturing techniques.
<h4>Research Positions Available</h4>

<hr />

Positions are currently available for Ph.D. students interested in the study of bioinspired science and engineering. Please contact Dr. Naleway directly at <a href="mailto:steven.naleway@mech.utah.edu">steven.naleway@mech.utah.edu</a> including a C.V.

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<h4>Recent News</h4>
<div id="homepageposts"><div  class="rpwe-block "><ul class="rpwe-ul"><li class="rpwe-li rpwe-clearfix"><a class="rpwe-img" href="https://bioinspired.mech.utah.edu/2022/04/06/ph-d-student-josh-fernquists-poster-places-second-in-tms-competition/"  rel="bookmark"><img decoding="async" class="rpwe-alignleft rpwe-thumb" src="https://bioinspired.mech.utah.edu/wp-content/uploads/sites/25/2022/04/Josh-Fernquist-Poster_TMS-2022-100x100.jpg" alt="Ph.D. student Josh Fernquist&#8217;s poster places second in TMS competition"/></a><h3 class="rpwe-title"><a href="https://bioinspired.mech.utah.edu/2022/04/06/ph-d-student-josh-fernquists-poster-places-second-in-tms-competition/" title="Permalink to Ph.D. student Josh Fernquist&#8217;s poster places second in TMS competition" rel="bookmark">Ph.D. student Josh Fernquist&#8217;s poster places second in TMS competition</a></h3><div class="rpwe-summary">Current Ph.D. student Josh Fernquist placed 2nd in the Biological Materials Science Poster Session at the 2022 TMS Annual Meeting &hellip;</div></li><li class="rpwe-li rpwe-clearfix"><a class="rpwe-img" href="https://bioinspired.mech.utah.edu/2021/06/15/max-mrozs-paper-selected-as-jom-editors-choice/"  rel="bookmark"><img decoding="async" class="rpwe-alignleft rpwe-thumb" src="https://bioinspired.mech.utah.edu/wp-content/uploads/sites/25/2021/06/Mroz-JOM-2021-100x100.jpg" alt="Max Mroz&#8217;s paper selected as JOM Editor&#8217;s Choice"/></a><h3 class="rpwe-title"><a href="https://bioinspired.mech.utah.edu/2021/06/15/max-mrozs-paper-selected-as-jom-editors-choice/" title="Permalink to Max Mroz&#8217;s paper selected as JOM Editor&#8217;s Choice" rel="bookmark">Max Mroz&#8217;s paper selected as JOM Editor&#8217;s Choice</a></h3><div class="rpwe-summary">Max Mroz&#8217;s (M.S. 2020) journal article titled &#8220;Biotemplating of a Highly Porous Cellulose-Silica Composite from Apium graveolens by a Low-Toxicity &hellip;</div></li><li class="rpwe-li rpwe-clearfix"><a class="rpwe-img" href="https://bioinspired.mech.utah.edu/2020/06/19/lab-research-featured-on-the-late-show-with-stephen-colbert/"  rel="bookmark"><img decoding="async" class="rpwe-alignleft rpwe-thumb" src="https://bioinspired.mech.utah.edu/wp-content/uploads/sites/25/2020/06/Colbert-100x100.jpg" alt="Lab Research Featured on The Late Show with Stephen Colbert"/></a><h3 class="rpwe-title"><a href="https://bioinspired.mech.utah.edu/2020/06/19/lab-research-featured-on-the-late-show-with-stephen-colbert/" title="Permalink to Lab Research Featured on The Late Show with Stephen Colbert" rel="bookmark">Lab Research Featured on The Late Show with Stephen Colbert</a></h3><div class="rpwe-summary">The results of &#8220;Impact protection potential of mammalian hair: Testing the pugilism hypothesis of human facial hair&#8221; (Integrative Organismal Biology, &hellip;</div></li></ul></div><!-- Generated by http://wordpress.org/plugins/recent-posts-widget-extended/ --></div>
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