John Irvine, Phd. Email & Phone Number

Bedford, Massachusetts, United States

Brisbane, Queensland, Australial

Brisbane, Queensland, Australial

Cambridge, Ma

Spearheaded cutting-edge initiatives focused on next-gen Information and Decision Systems, with end-to-end oversight of internal research & development (IRAD) and university collaborations. Acted as a trusted advisor to senior leadership and a coach/mentor to R&D teams.✓ Principal Investigator for Identifying Biomarkers that Distinguish Post-Traumatic Stress Disorder and Mild Traumatic Brain Injury Using Advanced Magnetic Resonance Spectroscopy under the Congressionally Directed Medical Research Program (CDMRP). ✓ Partnered with the Naval Medical Research Center and Department of Surgery, Uniformed Services University of Health Sciences as Principal Investigator for Bayesian Modeling for Decision Support in Surgical Wound Closure initiative. ✓ Led numerous end-to-end projects such as Remote Sensing and Indicators of Well-Being and Governance, sponsored by Office of Naval Research under the Human Social Culture Behavior Modeling Program (HSCB)✓ Served as Principal Investigator for Anticipatory Complex Event Recognition Technology (ACERT), a potentially game-changing method of enabling situational awareness through analysis of social media activities. Sponsored by the Office of Naval Research. ✓ Drove innovation within a tightly defined existing framework as Co-Principal Investigator for Graphing Observables from Realistic Distributions in Activity Networks (GORDIAN) working under DARPA's Modeling Adversarial Activity (MAA) Program. ✓ Developed unique remote-sensing-based methods for charting Human Geography as Principal Investigator for Image-Based Socio-Cultural Observation, Predication, and Estimation (iSCOPE).

Arlington, Va/Burlington, Ma

Drove rapid systems and technology development progress, particularly with regards to evaluating ATR and Automatic Feature Extraction (AFE) technology employing panchromatic, multispectral, and hyperspectral imagery towards generating geospatial and intelligence products for sponsor NGA.✓ Led high-priority initiative on non-imaging biometrics under the DARPA Human Identification at the Distance (Human ID) Program. ✓ Partnered closely with Deputy Under Secretary of Defense for Science and Technology (DUSD/S&T) for the development of a breakthrough evaluation methodology for fusion-based image exploitation depending upon both algorithm and human, a genuine breakthrough in the field. ✓ Garnered patented biometrics insights as Principal Investor for the development of novel human identification techniques under the DARPA HumanID Program. ✓ Accelerated development of DARPA's Semi-Automated IMINT Processing (SAIP) system, a unique assisted image exploitation system which employs Automatic Target Recognition (ATR) and image comprehension technology.

Arlington, Va

✓ Served as key member of team responsible for the development and validation of the National imagery Interpretability Rating Scales (NIIRS), the standard metrics for assessing image interpretability for various sensor types, including synthetic aperture radar, thermal IR, and multispectral systems. ✓ Conceived, developed and executed a first-of-its-kind program for applying remote sensing and data fusion towards environmental issues, highlighting the synergistic combination of multispectral and multi-sensor remote sensing with mathematical model. $5M cost savings garnered through the remediation of 1 site.

Phd, Mathematical Statistics

Dissertation: “Changes in Regime in Regression Models” Advisor: Prof. Francis J. Anscombe

M Phil, Mathematical Statistics

Ma, Government

Specialization in National Security Studies

Ba, Mathematics And Economics