Amanda Barnette’s dedication to art preservation has defined her academic journey. Over the past four years at Arizona State University, her course selection reflected her artistic interests: from art history and renaissance art to modernism and foundation drawing. Yet, amidst her art-focused curriculum, chemistry classes stood out as a crucial component. While seemingly incongruous, these classes were essential for Barnette’s pursuit of a career in art preservation, particularly in the restoration of historic buildings.
The significance of chemistry extends beyond traditional scientific fields. From winemaking to forensic investigation, a foundational understanding of chemical principles is vital for various professions. According to Ashli Morgan, an assistant teaching professor at ASU’s School of Molecular Sciences, fields like viticulture, brewing, cosmetics, and fragrance design rely heavily on chemical knowledge. Moreover, disciplines such as biological illustration, law, and science communication require proficiency in chemistry.
For those interested in art preservation, chemistry knowledge is indispensable. Amelia Hay, program coordinator at ASU’s Herberger Institute for Design and the Arts, emphasizes the importance of understanding chemical reactions between artistic materials and their environment. This understanding is crucial for conservators to maintain artworks’ authenticity and integrity over time. Dana Mossman Tepper, chief conservator at ASU Art Museum, underscores the role of chemistry in assessing material deterioration and environmental impact on artworks.
Barnette’s journey through her chemistry classes was challenging, particularly grasping the theoretical aspects. Despite the difficulties, her perseverance paid off. Combining her art history degree with chemistry coursework, Barnette secured acceptance into the historic preservation graduate program at The School of the Art Institute of Chicago—a moment she describes as bringing tears of joy.
Reflecting on her experience, Barnette recommends aspiring art preservationists to consider a minor in chemistry, facilitating a smoother transition to graduate studies. She attributes much of her success to ASU, considering it a vital steppingstone that equipped her with essential skills for her future endeavors.
In the realm of art preservation, chemistry serves as a cornerstone, ensuring the preservation of cultural heritage for generations to come.
