Emory University is a leading research university that fosters excellence and attracts world-class talent to innovate today and prepare leaders for the future. We welcome candidates who can contribute to the diversity and excellence of our academic community.
Drive the state of the art in scientific computing for life sciences as the Senior Machine Learning Engineer in the Bystro team. Bystro is a next generation tool for genetics, genomics, and other omics research. This individual will lead the development of large language to generate scientific computing code (for example, generating valid genome wide association analyses from a prompt) and improving search experience that augments an existing token and vector-based search engine. Additionally, they will be responsible for driving to development of novel, state of the art statistical models that use Bayesian priors in linear and non-linear generative, regression, and classification settings. We are a small-cross disciplinary team including members of the Wingo Lab, the Cutler Lab, a senior systems software engineer, senior systems administrator, and a frontend developer. Our current expertise spans disease-associations, statistical genetics, genomics, and "big data" analysis, as well as software engineering and systems architecture. The ideal candidate will test different approaches, learn from those experiences, and apply them to the overall goal of simplifying technical portions of analysis so that scientists can spend most of their time coming up with great questions rather than spending most of their time executing them.
JOB DESCRIPTION:
MINIMUM QUALIFICATIONS:
PREFERRED QUALIFICATIONS:
• Expertise with Bayesian & frequentist approaches
• Expertise with generative models (e.g., Probabilistic PCA)
• Expertise with regression models
• Expertise with dimensionality reduction techniques (e.g., Variational Autoencoders)
• Expertise with optimization, especially in high dimensional contexts where estimating normalization constants is difficult (e.g., Annealed Importance Sampling, Variational Bayes)
• Expertise with non-linear models, especially for language/code generation (e.g., Transformers)
• Familiarity with Bayesian nonparametric (e.g., Dirichlet Processes)
• Formal training preferred, especially Ph.D., but it is not required.
NOTE: This role will be granted the opportunity to work from home regularly but must be able to commute to Emory University location as needed. Emory reserves the right to change this status with notice to employee.
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