As Founder of Orbital AI, I lead the development of cutting-edge AI-powered solutions to empower every mind and elevate every ability. My dual role blends leadership with technical expertise, driving innovation at the intersection of AI and Solutions.FounderAs a founder, I drive Orbital AI's overall success:• Defining our vision in the AI-powered wellness space• Building a world-class team of engineers and AI specialists• Fostering strategic partnerships to expand capabilities and reach• Managing resources and operations for sustainable growthStrategic Technology LeadershipI shape our technological vision and strategy:• Architecting scalable, secure AI systems that push boundaries• Aligning our product roadmap with emerging technologies and market needs• Making critical decisions on tech stack and AI methodologies• Ensuring high-performance, reliable solutionsBridging AI and BusinessMy unique position allows me to:• Translate complex AI concepts into tangible business value• Align AI innovations with health and wellness challenges• Guide AI model development, data strategies, and technology adoption• Ensure our solutions advance the field and solve critical problemsAI Solutions Accelerating Well-BeingAt Orbital AI, we’re focused on accelerating well-being by harnessing AI to sift through data, generate insights, and create solutions at greater speeds.As a technology evangelist and AI advocate, I'm passionate about harnessing artificial intelligence to Empower Every Mind, and Elevate Every Ability. If you're interested in AI's revolutionary potential in doing the same, let's connect. I'm always eager to collaborate, share insights, and explore new frontiers in AI innovation.

Responsible for crafting Models Based Systems Engineering (MBSE) policy and standards to support Transition from Traditional Systems Engineering to Digital Systems Engineering.Systems Engineering: Requirements Tracing, Derivation, and Refinement

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Feature Crew Lead:-Apply an interdisciplinary, collaborative approach to lead activities to plan, design, develop and verify product and system solutions-Acquisition of staff, materials, and equipment: Identify and staff Electrical, Mechanical, and Software engineers to solve problems and develop solutions to advance product features and capabilities.-Guide other engineers to evaluate customer/operational needs to define system performance requirements, integrate technical parameters and assure compatibility of all systems to needs of customers, stakeholders, and subject matter experts (SMEs)-Plan and forecast the Design, Prototyping, Test, and Integration of Product features and timeline-Lead architecture-level trade studies-Define and validate system requirements and interfaces for other engineers to work with-Develop and direct technical concepts in support of proposals and task orders-Lead system-level CONOPS development, functional analysis and decomposition-Lead system-level integration and validation planning-Derive and Design Product Features, Architectures, and Requirements for Product Line

- Models Based Systems Engineering (MBSE) Digital Transformation and strategies, best practices, and implementation.-Creating and Modeling of Systems architecture:- -Requirements Definition and Derivation- -Logical Hierarchy- -Block Definition- -Behavior and State Diagrams- -Interface Definition- -Production Requirements-Develop and Manage- -Configuration Management - -Document Management- -Style Guides

- Utilize MBSE and Modeling and simulation to, develop system-of-systems requirements, and perform analysis system/component trade studies. - Develop, maintains and integrate mathematical-based modeling and simulation, as well as analyzes results of mathematic modeling to develop requirements for the Missile Defense Agency (MDA) Missile Defense System in a model-based systems engineering environment (MBSE).- Utilized modeling and simulation (M&S) performance analysis with MATLAB/C++ and Python to drive end-to-end performance analysis of the Missile Defense System. - Conduct technical meetings with government and industry subject matter experts to analyze and formulate performance and functional requirements for system-of-system level specifications.-Initiate coordination among different sectors and teams, develop meeting agendas, and lead meetings to unblock and finish objective tasking and deliverable development, while maintaining engineering/program metrics for technical debt, schedule and performance tracking. -Manage requirements and ensure traceability

MBSE Development, Strategy and Implementation of Architectural Models for a multi-billion-dollar contract with Strategic Deterrent Systems Division. -Implement and enforce model governance of architecture-Coordinate with architecture teams for compliance with contractual SOWs and established program model governance -Work with integrated product teams to establish content within architecture -Coordinate across multiple integrated product teams to ensure development of an integrated model.-Supported Oversight of Architectural Model customer deliveries-Implement and enforce model governance for all all levels of architecture-Coordinated with sub-integrated product architecture teams for compliance with contractual SOWs and established program model governance -Worked with integrated product teams to establish content within architecture -Coordinated across multiple integrated product teams to ensure development of an integrated model.Aerospace System Engineer with Space Systems.

Systems Engineering, Integration, and Test (SEIT) Engineer under Navigation, Targeting, and Survivability (NTS). Defined and maintained architecture for Direct Infrared Countermeasures (DIRCM) systems-Acceptance Test Procedure (ATP)-Configuration management-Critical Design Review (CDR)-Systems Integration and Test-Requirements analysis, definition, and management, -Functional analysis-Performance analysis-Verification and validation -Interface definition analysis of subsystem and system elements.

Laboratory Management: • Oversaw, revised, developed, and improved chemical and plating procedures for multiple systems – F-35/JSF DAS, AN/ALQ-131, AN/APR-39, Falcon Edge, AN/ALQ-135, and R&D • Overhauled Plating processes in department laboratory reducing the chance of potential hazardous exposure by over 95%, saving the department $15,000.00 in overhead costs and increasing safety in the laboratory.• Trained and support staff in laboratory Chemical and Plating procedures and safety.

• Lead an Independent Research & Development (IRaD) Program with 300K+ budget for product development with goal of commercial capitalization, achieving a technical readiness level (TRL) of 6• Performed financial projections and analysis; Composed and submitted monthly status and budgetary reports• Coordinated and managed team of 8-12 people across 8 states and 3 sectors (TS, MS, ES)• Networked and Interacted with Subject Matter Experts regarding feedback on iterations of the product.• Defined and Set Requirements and Development Goals for product development team.

• Developed Basic Architectural Design for Software based on requirements and input from Subject Matter Experts and Principal Investigator. Designed OV-1 based on this information.• Developed Use Case Scenarios for use by team during demos and interactions with Stakeholders.• Resolved and Developed Relationships with outside contractors for integration and test.• Performed Trade Studies to make decisions/recommendations on development of system.• Coordinated with team across-country to develop use case scenarios that demonstrated two separate Law Enforcement Systems; use case scenario showcased each system’s utility and effectiveness in tactical, situational awareness for law enforcement officers in a realistic and practical conditions.• Coordinated and met with subject matter experts and teams for input and software feedback for further development.

• Lead Scrum Team in “Starting from Scratch” – De-prioritized Microsoft OS offerings and worked with Primary Investigator to Re-Prioritize new Product Backlog/Epics/User Stories for Android and IOS platforms, Created and Incrementally Sprinted development of new offerings of system in Android and IOS platforms, developing 1st increment within 1 month and released advanced increments in 2 week sprints. • Ran Scrum Planning, Daily Scrums, Scrum Reviews and Scrum Retrospective meetings• Developed “Epics” and “User Stories” based on needs of user and Principal Investigator/Product Owner. • Cleared any impediments and facilitate teamwork to meet project milestones using Agile Methodology. • Cleared and Refined Product and Sprint Backlog in coordination with Principal Investigator acting as Product Owner.

Performed qualitative and quantitative analysis via wet chemistry analytical procedure:Wet Chemistry including quantitative measurement via electroplating procedures for lead and copper analysis.Analytical procedures XRF (X-Ray Fluorescence), MS-ICP, and Spark Spectrometry.