About
Mr. McDonald, a native of Montgomery, AL., is a two-time graduate of The University of Alabama where he earned his BA and MFA in design and technical production. With a preferred concentration in lighting, he has designed dance and theatre productions throughout the southeast. His lighting credits include: The Nutcracker, Swan Lake, The Grapes of Wrath, The Piano Lesson and Romeo and Juliet, just to name of a few. He has designed both scenery and sound for various productions throughout the state of Alabama. He has produced work for the Alabama Shakespeare Festival, American Ballet Theatre, the American College Dance Association, Theatre Tuscaloosa, Opera Birmingham and the Alabama Project. As assistant professor and technical supervisor for the department of theatre and dance at The University of Alabama, his duties include technical direction, lighting design and sound for the department's five dance concerts and teaching courses in technical theatre.
Current Work
Lyndell McDonald’s academic interests include increasing diversity in technical theatre, diversifying works performed in collegiate theatre and dance programs and increasing workforce development opportunities through technical theatre education. Minorities are underrepresented in theatre and performing arts related jobs. He is developing a program that will introduce students to skills associated with technical theatre that can also lead to increased employment opportunities. In addition, he is working to create a playwrights of color initiative for higher education institutions. Once developed, the initiative would not only increase performance opportunities for minority students, but will enhance the literary and artistic landscape at participating institutions. A subsequent goal of the initiative is to increase BIOPIC artists in tenure track positions at colleges and universities. Through this initiative we can help create a more inclusive environment on collegiate campuses.
Research Area Keyword(s)
Culture, diversity, education, technical theatre