Dissertations
NOTE: Effective for Fall 2025 (December 2025 graduates), a new policy for dissertation embargoes is in effect. WashU doctoral students may request to embargo the public release of their dissertation for 6 months, one year, or two years. An embargo can only be requested pre-graduation and the initial request must be submitted through ProQuest at the time of dissertation submission. Renewals after the initial embargo will be granted by the Vice Provost for Graduate Education in rare cases.- An embargo renewal request must be submitted in writing at least 30 days before the expiration of the original embargo. The request form will be made available online.
- Only one renewal request can be submitted.
- Renewal requests require written approval from either the graduate’s dissertation committee chair or the current chair of the department that issued the degree before being referred to the Vice Provost for Graduate Education.
- When an embargo expires the dissertation will be automatically released--graduates will not receive advance notice before an embargo ends.
Masters Theses
Current University Libraries policy (effective 2022): At the request of depositors, content can be “embargoed,” or restricted, from view for a limited amount of time of up to three years. Open Scholarship requires an end date to the embargo, at which time the content automatically becomes available for viewing in Open Scholarship. However, the depositor may submit one renewal request to extend the embargo for a maximum of three additional years, for a total maximum embargo of six years. This is dependent on academic departmental policy. "Academic departmental policy may govern the use and duration of embargoes and students should consult their department for this information." -- Open Scholarship Submission and Use Policy, under EmbargoesTheses/Dissertations from 2025
Thinking Beyond Association Tests: Using Mathematical Models to Identify Genes Influencing Exceptional Longevity, Sandeep Acharya
A Neuroimmune Circuit Mediates Chemo Brain Pathology, Daniel Ahmadi
Noninvasive Assessment of the Tumor Using cfDNA, Irfan Alahi
Code Stories for Software Evolution, John Joseph Allen
Soft, Adhesive Dry Electrodes for Improved Electrophysiological Signal Acquisition with Motion Tolerance and Long-Term-Recoverability, Ryan Andersen
Enhancing Ion Transport and Electron Transfer in Redox Flow Batteries Through Component Design, Erfan Asadipour
Adaptive Noise Estimation and Denoising with Deep Learning for NMR Spectroscopy, Naveen Asokan
Reducing Measurement Error in Three-Point Bend Test Using Linear Gradient Correction Model, Juan J. Becerra-Garcia
Multi-Layer Support for Component-Based Cyber-Physical Systems Applications, Oren Bell
Development of a Light-Based Platform to Assess Cervical Mucus Barrier Function and Physical Mucus Properties, Elizabeth J. Buzbee
Interpreting spatial and temporal variations in global air quality using a chemical transport modeling framework, Deepangsu Chatterjee
Characterization of Atmospheric Particles and Gases Based on Mass Spectrometry, Jhao-Hong Chen
Advancing Political Science With Machine Learning: A Gaussian Process Approach, Yehu Chen
Development of a Prototype AWSM-PET System for Augmented Whole-body PET Imaging, Yunlai Chen
Synthetic Gene Circuits for Self-Regulating Circadian- and Inflammatory-Driven Drug Delivery, Amanda Louise Cimino
Nanoengineered Constructs for Immunomodulatory Therapeutic Delivery, Zoe Elisa Clapacs
Nanoengineered Constructs for Immunomodulatory Therapeutic Delivery, Zoe Elisa Clapacs
A Mechanistic Understanding of Transcutaneous Auricular Vagus Nerve Stimulation, Kara Michelle Donovan
Models and Mechanisms of Chemotherapy-Induced Side Effects, Junwei Du
Through the Looking-Glass: Analytical Flexibility and Interpretive Consensus in Resting-State fMRI, Ty O. Easley
Osteoarthritis as a Multi-Factorial Disease: Exploring Piezo Ion Channels and Adipose Tissue as Therapeutic Targets, Erica Valentine Ely
The Physics and Chemistry of Phase Separation of Prion-like Low-complexity Protein Domains, MINA FARAG
Computational Methods and Optimization for Naturalistic Functional Brain Mapping Using Diffuse Optical Tomography, Morgan Fogarty
Computational Methods and Optimization for Naturalistic Functional Brain Mapping Using Diffuse Optical Tomography, Morgan Fogarty
Computational Imaging Under Incomplete Information, Weijie Gan