Upcoming Doctoral Dissertations

School of Engineering and Science

DISSERTATIONS IN JULY

July 17, 2026 - Hanfei Yu

Candidate

Hanfei Yu

Date

Friday, July 17, 2026

Time

09:00 AM (Eastern)

Title

Co-Designing Infrastructure, Runtime, and Model Serving for Efficient AI Systems

Location

Zoom

"Artificial Intelligence (AI) has rapidly transformed scientific research, industry, and everyday life. The rapid evolution of AI models, particularly large language models (LLMs), has dramatically increased the computational and memory demands of modern AI workloads. As AI models continue to grow in scale and complexity, performance bottlenecks increasingly arise across multiple layers of the AI systems stack" Read more

July 7, 2026 - Guanqun Yang

Candidate

Guanqun Yang

Date

Tuesday, July 7, 2026

Time

02:00 PM (Eastern)

Title

Scalable Software Testing and Analysis with NLP Methods

Location

GN 303

"Building reliable and secure software increasingly depends on work that grows faster than the people available to do it: sorting and prioritizing security vulnerability reports, testing machine learning models for hidden failures, and judging the AI assistants that now help write code. Each of these tasks is still done largely by hand. This dissertation demonstrates that natural language processing (NLP) methods can handle much of this manual work. " Read more

July 13, 2026 - Luke McEvoy

Candidate

Luke McEvoy

Date

Monday, July 13, 2026

Time

11:00 AM (Eastern)

Title

Physics-Informed Sparse Single Photon 3D Imaging

Location

Buchard 715

"Single-photon light detection and ranging (LiDAR) offers exceptional sensitivity for 3D imaging but faces fundamental barriers: sparse signal photons, high noise, and slow acquisition speeds due to point-by-point scanning. These limitations are especially severe in photon-starved environments or when imaging through scattering media. This dissertation overcomes these challenges through a unified hardware-software framework that co-designs physical data acquisition with computational reconstruction." Read more

To view past Doctoral Dissertations, please visit this website.