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-making in autonomous/vehicular systems. Lead high-quality publications and create reproducible artifacts (code, datasets, experiment scripts). Systems, Security & Testbeds: 35% Build and operate prototypes
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, assist in data collection, coding of data, and maintenance of research records and databases. Training Student Research Assistants: Collaborate with and oversee Bush School students on research projects
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collection, coding of data, and maintenance of research records and databases. Training Student Research Assistants: Collaborate with and oversee Bush School students on research projects, clearly explain
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expertise in working across multiple model organisms to investigate circadian rhythms and sleep regulation. Opportunities to Contribute Conducts research in field of expertise, applying specialized knowledge
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. Maintain reproducible code and documentation. Conduct simulation experiments using driving simulators or other software tools to test and validate algorithms. Perform physical experiments on robotic and
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designing experiments and analyzing datasets. Maintains, updates software on TAMU cluster for the group. Contributes to our code base and to keep your own code in a github (or equivalent) repository with
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, and anomaly detection. Build simulation pipelines and, where applicable, hardware-in-the-loop or lab prototypes; manage datasets and reproducible code. Academic Writing Lead and co-author journal and
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. In this role, you will conduct cutting-edge investigations into host-pathogen interactions across multiple ongoing projects. Areas of focus include viruses, bacteriophages, tuberculosis, mycobacteria
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-wave). Ability to perform advanced complex network analysis (preferably with experience on NetworkX). Ability to obtain advanced graphics (e.g. seaborn). Code in Python, C and BASH. Why Texas A&M
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on basic and applied aspects of genomic research within domestic and natural populations. This position will analyze complete genomic datasets from multiple mammalian systems to dissect the repeatability