Graduate Dissertations
- Aug 189:00 AMDoctoral Dissertation Oral Defense of Hannah AustinDissertation Title: From Recovery to Retention: The Role of Self–Management in Shaping the Work Lives of Breast Cancer Survivors Doctoral Field: Ph.D. in Industrial and Organizational Psychology Description: This dissertation explores how self–management supports breast cancer survivors in navigating employment during survivorship. Through a series of three studies, it validates a multidimensional self–management measure, models pathways linking self–management to work outcomes, and identifies survivor profiles with distinct challenges and resources. This is a HYBRID defense, and will also be held in my Webex room (in addition to the physical location indicated below): https://uconn-cmr.webex.com/meet/hla19001
- Aug 192:00 PMDoctoral Dissertation Oral Defense of Jessica Espinosa
- Aug 2010:00 AMDoctoral Dissertation Oral Defense of Jayasuriya Arachchige Inosh P. Perera
- Aug 2110:00 AMANSC MS Defense: Eswari KanikeANSC MS Defense: Eswari KanikeDate: August 21, 2025Time: 10:00 AMLocation: WITE 115 (York Room)If you require an accommodation to participate in this event, please contact Dr. Mary Anne Amalaradjou at 860-486-6620 ormary_anne.amalaradjou@uconn.edu (mailto:mary_anne.amalaradjou@uconn.edu)at least 5 days in advance of the seminar
- Aug 211:00 PMDoctoral Dissertation Oral Defense of Hannah TaylorThis is a doctoral dissertation defense in the English Department. The title of the dissertation is Nostalgic Apocalypses: Trauma, Memory, and Temporality in Contemporary American Climate Fiction.
- Aug 279:00 AMDoctoral Dissertation Oral Defense of Nicholas KuhlmanDissertation Title: Effects of Collagen Peptide Supplementation on Bone Metabolism, Inflammation, and Recovery in Female Endurance Runners Doctoral Field: Nutritional Sciences
- Aug 281:00 PMDoctoral Dissertation Oral Defense of Joseph IovineApplication of Metabolic Control Theory to Oxidative Phosphorylation in Intracellular Metabolism and the Importance of Membrane Biophysics in Reductionist Model Systems. Molecular and Cell Biology