• Educate students, faculty, and staff on use of 3D printers and laser cutters• Act as the tool expert for Epilog Laser Cutters• Teach users programs such as Inkscape, Epilog Engraver, Cura, and Fusion 360• Advise users on projects including choices regarding materials, tools, and software.• Troubleshoot issues regarding machinery such as laser cutters and 3D printers• Oversee the Makerspace and maintained a safe environment for people to learn andcreate

• Aid students in understanding home work assignments• Grade assignments on complex physiological processes

• Instruct students on the utilization of design and simulation tools in Fusion360• Aid in education of students on topics such as computational stress analysis, failure criteria, and fatigue analysis• Grade computational and simulation based assignments

• Contributed to multiple research projects involving the design and fabrication of complex organ-on-a-chip devices• Designed and Visualized CAD models of devices and the molds needed for fabrication• Optimized SLA printer by determining resolution limits and assessing material properties of printed parts• 3D printed SLA resin molds for millifluidic organ chip devices• Contributed to the development of an in-house post processing workflow required to manufacture usable molds for fluidic devices• Optimized PDMS soft lithography workflow for use of challenging molds• Assembled and bonded multilayer fluidic devices using both plasma bonding and PDMS stamping methods• Prepared collagen hydrogels for loading in millifluidic devices in studies focused on optimizing device design to improve injection success rates• Utilized fluorescent microscopy and fluorimetry to quantify transport of biological macromolecules in fluidic devices• Used basic cell culture skills for 2D culture and expansion and 3D culture in hydrogels• Created vascularized tissues in complex fluidic devices• Conducted image analysis to produce quantitative data from fluorescent micrographs• Developed fabrication methods for biological membranes for in vitro use

•Developed test methods and fixtures to identify design failure modes under extreme testing conditions •Compiled testing data and completed and presented data analysis of these results to engineering technology team•Created a plan of action to fix design flaws identified during testing