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School of Art
Graduate Research

Graduate Research

Byron Ashley

Byron Ashley has artworks selected into Marfa Invitational

Byron Ashley
Ashley with some of his artwork presented during his MFA Thesis Exhibition at the Louise Hopkins Underwood Center for the Arts, Lubbock, in April 2025.

Byron Ashley, a May graduate of the MFA Program in Printmaking and Ceramics, has been selected for the Short-Term Residency Program at the Red Lodge Clay Center in Red Lodge, Montana beginning September 9th (through December 16, 2025). The Residency is ideal for a ceramic artist seeking to invest in their personal studio practice, complete a special project, or who needs uninterrupted time to work in a well-equipped Studio with a supportive community environment. Acceptance into the program was based and dependent on Byron's evident and developed skill in his art practice, and his ability to be self-directed with prior experience and knowledge about ceramic processes.

In May, Byron had several artworks selected into the Marfa Invitational, an exhibition of Texas Artists presented at Saint George Hall in Marfa, TX and organized by Michael Phelan (May 15-26, 2025). 

In May Ashley, in a collaboration with the Speedball Corporation, will also be doing an "Instagram Takeover" for Speedball Ceramic's Instagram account. During the week of May 12-16, 2025 he will be posting videos and reels of his screenprinting underglaze processes on greenware and waterslide decal paper using Speedball Ceramics' line of Ceramic Underglazes.

In October 2024, Ashley presented research into non-toxic methods of etching using Gac 200, aluminum plates and copper sulfate at the Mid-American Print Council Conference, a biennial printmaking conference that took place in Manhattan KS.

Below is Ashley's abstract that was selected for presentation:

"Aluminum etching is an intaglio technique in which an aluminum plate is first covered with a resistant ground for non-image areas. Then the exposed metal part is dissolved in a copper sulfate solution, creating depressed lines and shapes that are later inked and printed. This is a rapid chemical process using a chemical reaction between aluminum and copper in the solution, not an etching process. Thus, no harmful fume is produced. Also, you do not have to spray aquatint resist on the plate as the aluminum automatically creates crystalline texture. In this demo, we will present a way of creating a hardground using screenprinting method. The formula of mixing acrylic polymer medium and common screenprinting ink as a ground and a stop-out will be introduced. It is an environmentally friendly and affordable method of creating digital/photo-based intaglio without the cost of expensive photopolymer plates and encourages larger format and experimental intaglios. These soft materials, aluminum plates and acrylic polymers, really matter!"

Learn more about Byron Ashley.

 

Joshua Mokry

Joshua Mokry receives honorable mention from the Winter 2025 Innovate Grant.

Joshua Mokry

Joshua Mokry, a second year MFA candidate in photography, was one of 6 photography artists to receive honorable mention recognition from Innovate Grant in the Winter 2024 round of awards. Innovate Grant supports artists and photographers through quarterly grants. In addition to the two grant awards, honorable mentions (6 in art and 6 in photography), are featured on their website and join a growing community of vibrant and talented artists. You can view the body of work that Joshua submitted for review here.

Joshua also had three of his artworks selected into TASA's 2025 Juried Exhibition - see below.

 

Joshua Mokry and S Sanchez

Grad Students Joshua Mokry and S Sanchez Selected into TASA Exhibition

Mokry + Sanchez
LEFT: Connect by Joshua Mokry, archival inkjet print; RIGHT: Blue Deteriorated Septum Ornament by S. Sanchez, copper.

Graduate students Joshua Mokry, second year MFA candidate in photography, and S Sanchez, third year MFA candidate in jewelry design & metalsmithing, had artworks selected into TASA’s ARTOVATION 2025 juried art exhibition.