Student clay art creations on display at Park University's Campanella Gallery during an upcoming exhibit.
The Campanella Gallery at Park University's flagship Parkville Campus is set to host an exciting new art exhibit titled "Hand Studies in Clay." This exhibition, showcasing sculptures of hands created using stoneware clay, will run from Thursday, November 10th, to Wednesday, November 30th, 2022.
The Gallery, located within Norrington Center, boasts a rich artistic heritage and is open during its regular business hours: Monday-Thursday, 7:30 a.m. to 9 p.m.; Friday, 7:30 a.m. to 4:30 p.m.; Saturday, 10 a.m. to 4 p.m.; and Sunday, 4 to 9 p.m. However, it will be closed on Friday, November 11th (Veterans Day) and Thursday-Friday, November 24-25 (Thanksgiving holiday).
The exhibit is a showcase of student works taught by Elaina Michalski, assistant teaching professor of fine art. The sculptures aim to create naturalistic three-dimensional forms, offering a unique and captivating visual experience.
Admission to the Gallery remains free, making it an accessible and enjoyable destination for art enthusiasts. A reception for the artists is scheduled, although the exact date has not been officially announced yet. Art exhibit receptions at galleries are typically held a few days to a week after the exhibit opening. For the most accurate and current information, we recommend checking the official Park University Campanella Gallery website, their social media pages, or contacting the gallery directly.
The Campanella Gallery is directed by Andrea Lee, Ph.D., associate professor of art and design. This exhibit promises to be a fascinating exploration of artistic expression and the human form, and we encourage everyone to visit and support these talented students.
The Campanella Gallery, with its rich artistic heritage, not only presents "Hand Studies in Clay" but also offers a captivating home-and-garden for art-lifestyle enthusiasts. The sculptures, meticulously created by students under Elaina Michalski, aim to inspire with their naturalistic three-dimensional forms.
