Technological Communication
Click the buttons below or scroll to view examples of technological communication from my time at LSU.
Laser-Camera System for Operation in Underwater Environments
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In my work at the LSU iCORE lab, I designed a laser-camera system for use in underwater environments. The goal of the project was to create the mechanical system for a fellow student’s thesis with the intent of using the laser grid to determine deformation and faults in underwater piping systems. The top picture shows the final system that could be placed in a water-tight tube and attached to the LSU underwater ROV. The bottom right photo shows the preliminary system with a 3D-printed mount for use within the lab and the final photo shows the laser grid.
Final iteration of the system with white 3D-printed discs used for mounting the protective and diffraction lenses.
First iteration of the system used for testing. 3D-printed mount used to situate the camera and laser in a usable position.
Diffractive optical element in use through the protective lens.
At my internship at Luminary Design, I was tasked with 3D-printing models of shoes to fit into the experience of customizing your own shoe. These files were not made to be 3D-printed and required manipulation in Blender and other software to be accurate to the online model. These shoes were used in a demo of Augment Glass at Infocomm - an AV trade show.
3D-printed shoe in its final form. Many iterations were required to get the best-looking print and most accurate shoe.
Shoe in the context of the Augment Glass experience at Infocomm.
