Timothy S. Moore

Tim Moore is a native of southern Appalachia. He grew up in a small town two hours southwest of Asheville named Cullowhee. An ordained United Methodist minister, Moore received a Doctor of Ministry from Hood Theological Seminary, a Master of Divinity from Duke University, a Master of Letters from the University of St Andrews in Scotland, and a Bachelor of Science in Religion and Philosophy from Greensboro College.

Moore has served local congregations and campus ministries in the mid-Atlantic and worked in administrative positions at the denominational level of The United Methodist Church as a program director at The General Board of Higher Education and Ministry in Nashville, Tennessee.  For over 20 years, he has been a professor, academic and administrative deans, a college chaplain and campus minister, and pastor. Currently, Moore serves as the Director of Donor Development and Director of United Methodist Studies at Union Presbyterian Seminary, an approved United Methodist seminary affiliated with the Presbyterian Church (USA).  The author and editor of numerous articles and books, his most recent publications include Intersections: Faith, Church, and the Academy and Displaced Persons:  Theological Reflection on Immigration, Refugees, and Marginalization, the latter volume includes his chapter exploring human sexuality and the church.

Dr. Josh Fitzgerald, Greensboro College class of 2019

“I loved the GC Honors program and Greensboro College. I felt safe and a sense of genuine belonging at the college. I worked closely with my thesis advisor and professors who helped inspire me to define my path and passion of interest. That path has led me to complete my doctoral studies in Engineering Mechanics.”

- Dr. Josh Fitzgerald, Class of ’19, Mathematics Major

Dr. Josh Fitzgerald earned his master's from Virginia Tech University (studied astrodynamics) as well as earning an Engineering Mechanics Ph.D. He joined the NASA Johnson Space Center in Houston, TX as an Advanced Mission Design Engineer, optimizing trajectories for the Artemis II and III missions to return humans to the moon.