Michael Hunter, Pmp Email & Phone Number

New York, United States

Reston, Va, Us

Hired to improve TruWeather’s SaaS products to support scaling its API offerings to meet the needs of the UAS Traffic Management and Advanced Air Mobility markets. Responsible for all Engineering & Program Management activities across commercial and government markets while managing 15 direct reports. Assisted Operations and Business Development functions in growing new revenue opportunities. IMPACT: Architected and oversees the development of an Enterprise Service Bus to enable integrating disparate weather sensors into a global, distributed network where Data quality tiers conformant to the pending ASTM F38 standard are established for subscription based on sensor performance. Facilitating business growth by advancing systems architecture and design, software functional design, employing integrated master plans, sound project management practices, and initiative-taking execution. Developed multiple workflows to standardize cross-functional team activities in securing revenue streams. Implemented Data Architecture in Microsoft Teams supporting revenue capture workflows. Led alignment initiative integrating engineering development with program planning activities, establishing program-wide commonalities enabling the development of new weather business opportunities. Co-developed accounting and timekeeping instruments to support cost-plus contracts from DoD customers and NASA. Established individual skills development plans focused on 1- & 3-year goals.

Recruited into a startup organization in the Internet radio and streaming industry to lead the development of systems that support content delivery, translate data analytics, and accelerate the conversion chain in an industry poised to surge in the coming year.IMPACT: Responsible for the YAY+ Technical Architecture that delivers a new alternative to contemporary social media platforms. Oversees Third-Party custom integration and validation efforts. Administers all subcontracts.

Rome, New York, Us

Built a new business vertical capable of creating radar systems that addressed multiple applications with focus spanning from concept through commercial readiness for this technology company who delivers state-of-the-art sensing solutions. Built project team with oversight of multiple efforts with multimillion-dollar budgets. IMPACT: Developed a business capture strategy that maximized chances to win across current and future customer sets. Optimized bid and proposal efforts. Created roadmap to maximize performance providing the processes needed to strategically redefine, modify, and transform legacy projects across multiple verticals. Created and delivered the radar systems architecture and the resulting signal processing and tracking application software (Maneuver Assurance Radar System – MARS). Identified RTI DDS as a critical technology for distributed operation, with a proven pedigree in field operations. Developed and integrated the application software, implementing all integral plans. Spearheaded the incorporation of Cursor on Target (CoT) framework into the MARS architecture.

North Syracuse, New York, Us

Enlisted to investigate and demonstrate the efficacy of a prototype system to support on-the-move operations for the not-for-profit research and development company whose customers were in defense, environment, and intelligence industries in support of an ongoing multimillion-dollar DARPA program. IMPACT: Drove the integration of a prototype radar signal processor with the Boeing A160 airframe, identifying and removing technical barriers that had contributed to past system failures. Authored and guided the integration of space-time adaptive processor into the tactical baseline to support airframe operations on the move. Increased tactical effectiveness and elevated survivability in lowering the operational ceiling in addition to yielding lower fuel costs during on the move operations. Conducted trade study across feasible, efficient Space-Time Adaptive Processing (STAP) implementations to identify the variant with the best ROI for FPGA implementation. Carried out subarray and motion compensation trade space analyses for next-gen, GMTI space-time processor, critical to the validation of the advanced design for next-gen, GMTI space-time processor, and contributing to resulting patent.

Corning, New York, Us

Brought on board to support the rollout of a digital notebook plugin for MS Word to be used to register and track corporate intellectual property after organizational influx of internal IT projects for the billion-dollar technology company that specializes in advanced optics for industrial and scientific applications. Drove efficiencies focusing on PMP processes, collaborating with project leader to champion project advancement.

Hauppauge, New York, Us

Procured from Adaptive Methods to oversee the integration of AAC and Adaptive Methods competing technologies into the development of an enhanced ACI sensor to serve as an early warning against incoming torpedoes for the state-of-the-art company offering solutions in weapons, sensors, and integrated systems. Managed a five-member team charged with delivering a service-oriented information exchange system; facilitated tactical information communication between the Navy’s Undersea Warfare Combat and Decision Support Systems to allow for direct access to real-time data feeds.IMPACT: Contributed to the anti-submarine warfare mission capability architecture validation process acting as corporate representative by assisting in mapping out architecture validation efforts. Authored a tap point services adapter approach to interface legacy system services to custom JBoss-based ESB, enabling competing prime contractors to connect their integrated systems, resulting in unprecedented, direct access to information between two key tactical systems.

Melbourne, Florida, Us

Enhanced multiple passive signal processing algorithm implementations to produce real-time equivalents including LOFAR, DEMON, and SPED.IMPACT: Enabled tighter integration between prototype and tactical baselines while reducing the overall time needed to test and field new functionality.

Laurel, Maryland, Us

APL technical liaison for the MARS processing system TEMPALT.IMPACT: Streamlined TEMPALT activities by serving as the interface between the technical team and the local chain of command.

Bethesda, Md, Us

Managed a $300k IR&D task to implement NSSN Submarine Sphere Array Passive Processing String with GEDAE. Responsible for all technical, schedule, and cost resources, conducted internal & external customer demonstrations, and systems engineering documentation. Supervised junior resource in interfacing GEDAE to embedded HW.IMPACT: Demonstrated efficiencies and labor savings in utilizing GEDAE to develop software for tactical sonar systems.

Master Of Science - Ms, Electrical Engineering With A Focus On Systems Architecture

Master Of Science - Ms, Electrical Engineering With A Focus In Signal Processsing

Bachelor Of Science - Bs, Electrical Engineering With A Focus In Control Systems