| The project's goal is to research and develop novel statistical machine learning and inference methods for predictive and prescriptive tasks that overcome the challenges posed by applied settings (e.g., non-stationary and missing not-at-random phenomena), combining probabilistic models, deep learning, stochastic processes and approximate inference.
The postdoctoral candidate will have the opportunity to pursue their own ideas, and to lead the design and implementation of novel machine learning solutions within the following research challenges:
1. How to disentangle data missingness patterns from time-varying signals of interest via statistical machine learning models.
2. How to devise data-driven, automated sequential decision making algorithms in dynamic and multi-scale prescriptive environments.
The candidate will investigate both the theoretical and practical aspects of statistical machine learning, with potential assessment of how the devised methods perform in healthcare applications and online digital services.
The candidate will work under the supervision of Ikerbasque Research Fellow Iñigo Urteaga, and will benefit from close collaboration with members of the Machine Learning group at BCAM and external collaborators at Columbia University.
Contract: 1 +1 year
Deadline: 14 April 2023
Requirements: PhD in Computer Science, Statistics (or related field).
Applicants must have completed their PhD before the contract starts.
Skills: Background and experience in machine learning and statistics.
A track record in quality research, as evidenced by publications in scientific journals and conferences of the field.
Self-motivated, independent researcher with scientific curiosity and honesty.
Demonstrated ability to work independently and as part of a collaborative research team.
Good interpersonal skills, with ability to present and publish research outcomes in spoken and written form.
Fluency in spoken and written English.
The preferred candidate will have:
Strong background in statistical modeling and machine learning.
Expertise with generative modeling, stochastic processes and approximate inference.
Familiarity with reinforcement learning concepts, if interested in working on the design of sequential decision algorithms.
Solid programming skills in Python, experience with PyTorch/JAX would be ideal |
finished (2023/03/22, finished 2023/10/21, listed until 2023/09/22)
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