An academic medical oncology research program is seeking a Visiting Scholar to join a translational oncology laboratory focused on breast cancer genomics and precision medicine. The laboratory specializes in advanced genomic profiling of breast cancer, with expertise in single-cell proteomics, multi-omics integration, and translational cancer research.

This position offers a collaborative educational environment designed to provide advanced training in cancer genomics, bioinformatics, translational oncology research methodologies, and clinical research collaboration. The Visiting Scholar will work closely with physician-scientists, computational biology collaborators, and multidisciplinary research teams to investigate tumor heterogeneity, treatment resistance, and biomarker discovery in breast cancer.

The program actively participates in multi-institutional clinical trials and maintains strong collaborations with computational biology and bioinformatics core facilities. The Visiting Scholar will also have opportunities to engage in academic mentorship, scientific presentations, and manuscript development.

• Gain hands-on experience in cancer genomics methodologies and translational oncology research workflows.
• Learn next-generation sequencing (NGS) data analysis techniques and single-cell genomics applications.
• Receive training in bioinformatics pipelines and genomic data interpretation within a clinical oncology context.
• Develop skills in experimental design, translational research methodology, and biostatistical analysis of genomic datasets.

• Analyze genomic datasets from breast cancer patients, including studies focused on acquired treatment resistance.
• Apply computational approaches to identify resistance-associated molecular alterations and biomarkers.
• Conduct analyses evaluating tumor microenvironment changes associated with treatment response and resistance.
• Collaborate with biostatistics and computational research teams on genomic and survival analyses.
• Contribute to manuscript preparation, scientific presentations, and collaborative research initiatives.

• Participate in weekly laboratory meetings, research-in-progress discussions, seminars, and cancer center grand rounds.
• Contribute to the development of future international collaborative research projects and grant opportunities.
• Engage with multidisciplinary clinical and research teams in a highly collaborative academic environment.

• Complete institutional research training requirements.
• Participate in laboratory and research meetings.
• Receive training in bioinformatics tools and databases such as cBioPortal, TCGA, and GEO.
• Conduct literature review focused on breast cancer treatment resistance mechanisms.

• Analyze existing breast cancer genomic datasets.
• Apply computational methods to identify treatment resistance-associated alterations.
• Attend departmental seminars and scientific conferences.
• Present preliminary findings during internal research meetings.

• Perform advanced analyses of tumor microenvironment and resistance-related molecular pathways.
• Collaborate with biostatistics teams on genomic and clinical outcome correlations.
• Expand proficiency in translational research methodologies and data interpretation.

• Prepare manuscripts for peer-reviewed publication.
• Develop proposals for continued institutional collaboration.
• Create implementation strategies for applying learned methodologies within the scholar’s home institution.

The Visiting Scholar will receive structured mentorship through:

• Weekly one-on-one meetings with faculty leadership
• Guidance from senior laboratory and research staff
• Ongoing feedback on research progress and scientific development
• Exposure to multidisciplinary translational oncology research programs