Research Mobility Program

AML-TN highlights research collaboration and the exchange of knowledge—not only within UBC, but also beyond its borders. Our Research Mobility Program exposes graduate students to diverse perspectives, with the opportunity to gain international research experience and expand their professional networks. These stays focus on mentorship while advancing projects in artificial intelligence and machine learning. 

Note: Students are open to undergo research stays at institutions not listed, but these stays must be pre-approved to ensure alignment with goals and adequate supervision.

Contributions & Support

To ensure a successful and productive experience, AML-TN provides:

  • $4,000 financial support to cover student costs associated with the stay

  • Assistance in organizing and planning the visit, including coordination with the host institution

Host institutions provide in-kind support that typically includes:

  • Supervision by a collaborating faculty member at the host institution

  • Research and office space, computing resources, and administrative facilitation
  • Exchange of scholarly information, including research papers, indices to theses, and relevant books

  • Invitations to attend scholarly and technical meetings, including seminars, talks, and events

These contributions ensure that students fully engage with the research community, gain hands-on experience, and develop professional relationships that last throughout their careers.

 

Applications are open year round, and reviewed consistently. All graduate students supervised by participating UBC faculty are encouraged to apply via the link below! 

 


Research Stays

Graduate StudentHost FacultyResearch Stay LocationResearch Topics
Amman Yusuf
Ph.D., Computer Science
Mi Jung Park (Supervisor)
Mingyu KimKookmin University
Seoul, South Korea
Privacy, memorization, and safety in text based generative models, with focus on discrete diffusion models
Cedar Turek
Ph.D., Computer Science
Frank Wood (Supervisor)
George ConstantinidesImperial College London
London, England
Donney Fan
Ph.D., Computer Science
Geoff Pleiss & Mark Schmidt (Co-Supervisors)
Jacob GardnerUniversity of Pennsylvania
Philadelphia, USA
Bayesian optimization, machine learning agents, black box optimization
Luna Peck
Ph.D., Computer Science
Danica Sutherland (Supervisor)
Michael Biehl, Caroline Rowland, & Paul SmolenskyChalmers University of Technology
Gothenburg, Sweden
Perspectives on language acquisition in analytical connectionism, with a emphasis on LLM learning
Pierre Mackenzie
Ph.D., Computer Science
Kevin Leyton-Brown & Serena Wang (Co-Supervisors)
Ariel ProcacciaHarvard University
Cambridge, USA
Evaluation and Metrics for ML
Taylor Lundy
Ph.D., Computer Science
Kevin Leyton-Brown (Supervisor)
Sageev OoreDalhousie University
Halifax, Canada
LLM evaluation
William Cheng
MSc., Computer Science
Mi Jung Park (Supervisor)
Mingyu KimKookmin University
Seoul, South Korea
Privacy and Security in Machine Learning for diffusion models, adaptation, and LLMs
Zhejun Jiang
MSc., Computer Science
Mi Jung Park (Supervisor)
Jinseong ParkKorean Institute for Advanced Study (KIAS)
Seoul, South Korea

Diffusion Language Models, Trustworthy AI
Saiyue Lyu
Ph.D., Computer Science
Mathias Lécuyer (Supervisor)
Martin VecehvETH Zürich
Zürich, Switzerland
Trustworthy AI, in particular, certified robustness against adversarial attack during test time adaption; and certified training for universal adversarial robustness; possibly VLM/LLM alignments

Graduate StudentHost FacultyResearch Stay LocationResearch Topics
Tiange (Ivy) Liu
MSc., Statistics
Trevor Campbell (Supervisor)
Jonathan HugginsBoston University
Boston, USA
Bayesian Inference for a Challenging Biosignature Recovery Problem Using MCMC
Zheng He
MSc., Computer Science
Danica Sutherland (Supervisor)
Arthur GrettonGatsby Computational Neuroscience Unit
London, England
Kernel based conditional independence testing

Graduate StudentHost FacultyResearch Stay LocationResearch Topics
Frederik Kunstner
Ph.D.,
Mark Schmidt (Supervisor)
Jorge Ignacio González CázaresAlan Turing & Isaac Newton Institutes
London & Cambridge, England
The emergence of heavy-tails in optimization for machine learning and its impact on training
Nathaniel Xu
Ph.D., Computer Science
Danica Sutherland (Supervisor)
David GinsbourgerUniversity of Cambridge
Cambridge, England
Kernel Methods