Minimum Qualifications: Applicants must meet minimum qualifications at the time of hire. * PhD (or equivalent) in Computational Biology / Bioinformatics, Biomedical Informatics, Computer Science, Statistics / Biostatistics, Applied Mathematics, or a closely related discipline * Demonstrated research productivity, evidenced by 1 first-author peer-reviewed publication or preprint in a relevant area (computational biology, ML, genomics, etc.) * Strong computational background, including: o 2 years of experience in programming (e.g., Python, R, Julia, or similar); o Evidence of working with large-scale datasets (e.g., genomics, transcriptomics, or other high-dimensional data); Preferred Qualifications: * 2 first-author publications or a strong publication record in relevant areas * Experience developing or applying advanced ML/AI methods (e.g., deep learning, generative models, representation learning) * Experience working with large public biological datasets/repositories (e.g., GEO, SRA, UK Biobank, GTEx, etc.) * Demonstrated experience in method and tool development (e.g., new algorithms, tools, or computational frameworks) * Evidence of interdisciplinary research, bridging computational and biological domains * Prior experience mentoring junior researchers (e.g., listed supervision, co-authorship patterns) * Evidence of collaborative research, including multi-author or cross-group projects * Experience with machine learning, AI, statistical modeling, or data analysis, demonstrated through publications, projects, or dissertation work * Track record of completing research projects, as evidenced by publications, preprints, or clearly defined completed work on CV and Google Scholar * Contributions to open-source software, reproducible pipelines, or publicly available tools (e.g., GitHub repositories) Knowledge, Skills and Abilities: * Scientific thinking and intellectual independence: Ability to identify important problems and propose new research directions * Depth of understanding: Ability to clearly explain prior work, assumptions, and limitations * Communication skills: Clarity in explaining complex ideas (talk, discussion, and 1:1 interactions) * Mentorship potential: Thoughtfulness about working with and developing junior researchers * Collaborative mindset: Willingness to engage in shared problem-solving and contribute to group science * Scientific judgment: Ability to balance rigor with progress; knowing when work is "ready" * Creativity and curiosity: Openness to exploring new ideas and questioning assumptions * Professionalism and maturity: Constructive engagement, intellectual generosity, and respect for others' work |