Primary Science & Engineering Technical Advisor (SETA) overseeing a portfolio of ARPA-H (80M lifetime budget). Provide technical guidance to performer teams and ARPA-H staff, engage internal and external stakeholders, review incoming proposals, and track milestone progress. Scope and design new ARPA-H programs — developed the initial structure and vision for the Systematic Targeting Of MicroPlastics (STOMP) program and served as primary architect of the major technical requirements (TA-2) for the Imaging Data Exchange (INDEX) program.

AAAS Science & Technology Policy Fellow in NSF's Office of Advanced Cyberinfrastructure (OAC), supporting open-science and cyberinfrastructure policy. Contributed to the Pathways to Open Source Ecosystems (POSE) program (panels, program-description revision, triage) and to NSF Public Access efforts; member of the NSF team coordinating the multi-agency National AI Research Resource (NAIRR) Pilot, developing data-related practices and policies. For the OSTP Subcommittee on Open Science's Open Science Infrastructure (OSI) Working Group, analyzed openly available federal-agency data and authored the findings in a report on agency investments in open-science infrastructure.

Postdoctoral researcher in computational neuroanatomy developing automated segmentation methods for the brain's major white-matter tracts from tractography, using cross-species and literature-based anatomy. Visualized tractography and segmentation results, quantified tract properties, and developed, documented, and maintained code repositories for replicability. Resulting tools enabled cross-referencing of non-humanprimate 'ground-truth' connectivity against imaging-based human connectivity, and served as anatomy models supporting development of deep brain stimulation (DBS) techniques and technologies.

Application developer for the brainlife.io platform, producing and maintaining containerized brain-data processing applications that drastically simplified use of advanced processing and analysis techniques. Contributed testing, monitoring, and feedback on service deployment and coordination; created novel data-processing and visualization code and adapted existing resources. Led scoping, creation, and maintenance of specific data formats/standards.

Graduate researcher in computational neuroanatomy developing and implementing automated segmentation methods for major white-matter tracts from tractography, enabling personalized models of brain anatomy and connectivity. Visualized segmentation results and quantified tract properties. Developed tractography quality-assurance methods.