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
The Effect of Fascicular Elastin on the Mechanical and Functional Properties of Healthy, Damaged, and Healing Tendon, Shawn Pavey
Effects of Mechanical Anisotropy on Physiology and Pathology of iPSC-Derived Engineered Heart Tissue Models of Healthy and Diseased Myocardium, Ghiska Ramahdita
The Transformation of Isoxaflutole in Natural and Engineered Systems, Jacqueline A. Rogers
Transfer Learning for Temporal Logic Objectives, Lucas M. Santana Rovira
Large-Scale Modeling and Inference of Non-Stationary Brain Dynamics, Addison Schwamb
Ultra-Sensitive Whispering Gallery Mode Resonators for Photoacoustic Bio-Sensing and Imaging, Dipayon K. Sikder
Dynamic Spectral and Systems-Theoretic Approaches for Inference and Control of Heterogeneous Complex Networks, Bharat Kumar Singhal
Dynamic Spectral and Systems-Theoretic Approaches for Inference and Control of Heterogeneous Complex Networks, Bharat Kumar Singhal
Developing Aerosol Representation in Atmospheric Modeling, Inderjeet Singh
Computational Complexity of Soundness Verification for Neural Networks, Scott Sirri
Strategic Reactor Allocation for Deadlock-Free Execution, Jeevan Sivamohan
Automated Beam Stitching and Segmentation Procedure for Space Division Multiplexing Optical Coherence Tomography Angiography, Andrew J. Song
Generic FPGA Preprocessing for Astrophysics Instruments in HLS, Qinzhou Song
Microfluidic platforms for multiplexed studies of bacteria: design, fabrication, and applications in bacterial research, Andreea Stoica
Explainable Decision-Making: From Formal Logic to AI Systems with Explainable Behavior, Stylianos Loukas Vasileiou
Explainable Decision-Making: From Formal Logic to AI Systems with Explainable Behavior, Stylianos Loukas Vasileiou
Interference Management For Next-Generation Dynamic Spectrum Sharing, Jie Wang
Real-time System Availability for Cyber-physical Systems, Jinwen Wang
Molecular Dynamics and Computational Predictions of T-cell Activation, Sean J. Wang
Optical Imaging of Cortical Neurophysiology in Healthy Mice and Following Stroke, Xiaodan Wang
Security Protection for Real-Time Cyber-Physical Systems, Yujie Wang
Partially Supervised Reinforcement Learning for GPS-Denied Navigation, Ethan Weilheimer
Empirically Exploring the Physical Realizability of Adversarial Examples, Ruoyao Wen
Trustworthy Autonomy Through Robust Control and Alignment, Junlin Wu