Phillip Rogers Email & Phone Number

Arlington, Va, Us

San Francisco, Ca, Us

San Francisco, Ca, Us

- Managed and mentored direct reports- Defined team priorities and acceptance criteria for organization wide data science initiatives- Developed and implemented a novel predictive analytics algorithm that reduced DS pipeline costs by 50-70% and improved model accuracy significantly (patent pending)- Overhauled model QA/QC and authored a new system for validation and verification reporting- Collaborated closely with product teams to build a foundation of understanding around the data platform’s technical details- Advised leadership on the organization’s technical strategy

London, Gb

- Developed end-to-end artificial intelligence solutions for data extraction and facilitation of decision making from financial documents (financial statements, fund prospectuses, contracts, etc.)- Technical lead to a team of engineers developing and maintaining a document intelligence platform that supports a suite of customizable end-user solutions- Originated and led in the implementation of processes for AI project discovery, feasibility, engineering, and standards for model documentation used extensively across the AI organization- Established hiring guidelines for data scientists and regularly evaluate AI group candidates via phone screenings and on-site interviews

Nashville, Tennessee, Us

- Coached direct reports and mentees to identify and achieve professional objectives- Team lead and developer on active learning project for rapid collection of labeled data and modeling- Developed and deployed custom version of the DenseNet (arXiv:1608.06993) deep learning architecture for medical chart text classification (multi-class) - Contributed to and maintained shared component libraries used by data scientists and engineers across the AI group- Evaluated AI group candidates via phone screenings and on-site interviews

Nashville, Tennessee, Us

Dublin 2, Ie

Researchers in the Artificial Intelligence Group at Accenture LabsAs a key developer of solutions and technology demonstrations, work since joining Labs has included:- Drove the ongoing collaboration between Accenture Labs and a group in the Computer Science Department at Stanford University- Collaborated with fellow researchers to scope the research agenda and public messaging for prospective clients and within the organization- Conceptualized and led a team in the development of a rapid data labeling workbench

Dublin 2, Ie

Assignment: National Biosurveillance Integration Center, Department of Homeland SecurityInnovation Applied Scientist – Systems Engineering and Technical Assistance (SETA)- Defined conceptual frameworks and architectures for novel, data-driven biosurveillance systems- Developed software to streamline processes for operations, strategic outreach, and analytics- Collaborated with interagency partners and biosurveillance experts to document workflows, gaps, and opportunities to improve shared objectives- Led analytics architecture and back-end integration of external projects on behalf of the organization

- Collaborated closely with leading scientists in the fields of oceanographic and atmospheric simulations, in-situ data analysis, and spectral reflectance analysis- Developed novel analytical approaches to remote sensing/geospatial data to extract intelligence of interest to government customers- Analyzed and conveyed results of experiments to our government customers and team members performing simulations of hydrodynamic signatures.

Gaithersburg, Md, Us

Collaborated with Bioprocess Measurements Group coworkers on ongoing funded research; implementing new signal processing techniques:Developed spectral processing and pattern recognition methods for the classification and quantification of biomolecules in complex mixtures collected with Raman spectroscopy.Designed microlithography masks and thermal-mechanical design optimization for for devices that were fabricated in the institute's nanofabrication facility.Automated gas-flow, temperature acquisition, and data analysis for simulated Martian environment experiments on the ability to quantifying astrobiological molecules.Conceptualized and extended capabilities of electronic-nose-based biomarker detection and quantification in simulated human breath. Formulated and executed optimization methodology for the operation of gas sensors.Mentored a student internsReviewed manuscripts for publication and small business grant proposals.

Albany, New York, Us

Assembled and automated vacuum and gas-flow systems used in thin-film deposition and chemical sensor testing. Researched, experimented with and developed models for the catalytic reactions at gas-solid interfaces of chemical sensing nanomaterials.Collaborated with faculty and students on a variety of projects, including:Researched the growth characteristics and nanoscale morphologies of silicon nanowires grown using the solid-liquid-solid growth mechanism.Advised on the development and examination of mixed composition enzyme/conductive polymer films for the electrochemical detection of glucose.Collaborated with research advisor in the creative development and writing of a National Science Foundation grant proposal which was chosen for funding.

Explorations in Engineering

Performed nanotechnology research in the field of advanced material functionalization.Publication: "Selective, Controllable, and Reversible Aggregation of Polystyrene Latex Microspheres via DNA Hybridization"Rogers, P. H.; Michel, E.; Bauer, C. A.; Vanderet, S.; Hansen, D.; Roberts, B. K.; Calvez, A.; Crews, J. B.; Lau, K. O.; Wood, A.; Pine, D. J.; Schwartz, P. V.Langmuir; 2005; 21(12); 5562-5569.

Ph.D., Nanoscale Science And Engineering

B.S., Physics