Projects have included:o Development of high-resolution/precision distributed sensing arrayso Safety assured time multiplexed protocols o Development of IoT microcontroller safety frameworks suitable for the open-source communities o Specialized antenna designs addressing unique propagation and multipath vulnerabilitieso Hyper ballistic parachute sensing fabric arrayso Android Team Awareness Kit or ATAK / CivTAK heatmap visualization capability o Bio-signal, acoustic and optical analysis and classificationo Health, fitness and injury scoringo Automation of the data curation processo Implementation of quality, manufacturing and testing processesIn service of various U S Space, Military, RDEC agencies

Development of safety rated systems under the DO-178 process for US Army Ground Vehicle Research Division.Successful design, development and deployment of Emergency and Operational safety systems for terrestrial autonomy• Developed Concept of Operations (CONOP) for convoy and tele-operative missions• Safety ESTOP and OSTOP applications• Modular robotic vehicle safety architecture• Created and managed capability insertion roadmap and related release requirements • Performed Failure Mode Effects Analysis (FMEA) with mitigation strategies • Developed distributed safety capabilities for modular hardware architecturesSensor fusion perception frameworks for high availability navigation and collision assessmentSuccessful proposal development achieving over $5 Million in fundingSafety telemetry radio development including:• Novel time multiplexed packet radio protocols• Real time 2D RF propagation analysis and visualization• Continuous network characterization and performance monitoringDeveloped a Geo boundary safety monitor providing:o Route planner with geo zone creation and convoy violation alerting o Google Earth real-time visualization o Robotic pose interface for real time GIS system oversight and mission playback o Event visualization with integrated developmental algorithm simulation Created an independent data collection applique for robotic evaluation and safety evidence generation:: o PPS synchronized high resolution time correlated geo tagged events o NTRIP corrected GNSS / INS navigation fusion (cm level positioning with confidence scoring)Work used design patterns to achieve DO-178 driven ASIL citification • Redundant mixed signal information paths• Data fusion and classification methods• Designed and executed safety test protocols for certification

Leadershipo Foundational team of Philips Connected Sensing Venture o Rapid co-creation tech division lead for divisiono Team ideation using value proposition, business canvas tools o Created technical road map and interdivisional ecosystem Contributed innovative computation and connectivity designso Concurrent service design using IoT connectivity (XMPP, MQTT, COAP, HL7) o “Full Stack” processing model to optimize specificity while reducing network bandwidtho Code efficient signal processing (modified pipe and filter design patterns) Created mechanical prototypes with corresponding feature extraction to characterize o Respiratory and myocardial dynamicso Gait, activity and metabolic contexto Changes in hemodynamic statusCreated specialized (tightly synchronized) body area networks

Development of E-textile sensing garment for health state assessmento Advanced capacitive and inductive respiratory technology o Proposed new models of hyper ballistic projectile detection o Cardiac state assessment using statistical and non-linear metrics Clinical protocol development and study execution with IRB and ORP approvals Developed semi-automated data analysis and reporting tool chainsManagement of Grants and Studieso Department of Homeland Security / Skidmore College Firefighter study o Multi-Site clinical validation Business development in support of technology partnerships

Key contributor to execution of WPSM Government Strategic Technology Objective. Worked across commercial vendors, academic institutions and Government agencies for requirements development and program implementation UI/UX design: C2 / logistical management for training and battle health management systemProgram Management - Managed congressional grants, sensor development and generated technical requirementsIncident Logistics- Designed systems for assessment of responders at risk and casualty management Process Engineering - Designed and implemented systems for real-time fusion of body sensors, field medic interventions and historical patient records throughout the process of casualty triage, extraction and transportation Analyst - Characterized performance of Warfighter monitoring devices used in training, combat and remote triageOffered sole source contract for commercial development of work

Recruited to establish funding for Advanced Bio Group within Partners Health Care and develop innovative monitoring technology.Grant Management - Successfully achieved award of Congressional Grant for MGH Warfighter Health Monitor Product Manager - Evaluated Government needs and developed project proposal and requirements Health State - Successfully classified mitral valve prolapse through analysis of heart sounds and designed as robust life signs detection algorithm for Warfighter monitoring Patent Awarded

Board creation and funding (brought to $14M valuation) Real time QOS traffic analysis and provisioning algorithms Produced case studies, competitive analysis, and ROI analysis Developed product requirements and specifications with industry forum validation

Initiated development of shared patient records across product lines resulting in iCare programIdentified and developed new market opportunities in tele-medicine and emerging home healthcare markets including participation in Kaiser Permanente home care and Mayo Clinic outreach programsDrove information and connectivity strategy for a $500M dollar divisionAchieved product growth rate of 20% or greater for three years in a row

Research and Developmento Designed procedural and diseases specific graphical user interface displays o Nine product development cycles – multiple FDA submissionso Developed requirements and product roadmapsTechnical supporto Managed legacy product supporto Voice of customer Product design efforts focused ono ICU, OR and ER acute care monitorso Patient centric systems integration

Developed cardiac pacing and defibrillation devices for first responders

Developed signal processing algorithms for leased line telecommunications devices