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Kontur is an event-based decision and monitoring platform. Using knowledge-based computational models, the platform translates complex information into a unified analysis environment offering predictive modeling and analysis tools that can manipulate and help interpret the data visually. Generating actionable insights for the client.The platform continuously analyzes its spatial content library containing over 7,000 data sets, relevant historical and real-time data, and various unstructured data streams, ranging from complex weather patterns to IoT sensors & energy monitoring solutions. The Department of State, Department of Defense, FEMA, The White House, Homeland Security, United Nations, USAID, Red Cross, US Northern & Southern Command, and others use the disaster management solution. Foreign governments such as Indonesia (BMKG), Thailand (NDWC), Vietnam (MARD), Honduras, Philippines (NDRMCC), Peru, El Salvador, Bahamas, Chile, Myanmar, Barbados, Fiji, Nepal, and Bangladesh use the disaster management solution.

At Volex AI, our mission is to rapidly harness transformative healthcare and digital twin technologies to deliver vibrant health systems that empowers communities and precision care. Our commitment to delivering robust solutions to complex business issues, specializing in business process optimization, scalability and operational excellence. The time is now to bridge the gap between healthcare advancements and unlocking hidden possibilities in a world full of patterns, revolutionizing the way care is accessed, delivered, and experienced.

Skyminyr is the first AI powered platform designed to deliver the power of human capital intelligence. Skyminyr combines behavioral analytics, sector mapping, and relationship intelligence to equip companies to successfully navigate talent shortages and optimize their workforce.

Apply simple tech to modernize raising chickens and beyond.

- Centrally manage global vendor operation supporting Cloud Learning Services programs of 42+ vendor companies while driving strategy and governance models for vendor selection, contract negotiations, location optimization, capacity modeling and workforce planning.- Advisory to business on strategy, competitive advantages, market benchmarks & practices, framing of support policy & support offerings, customer SLA’s, and keeping $55M budget flat to drive the adoption of Google Cloud technologies to over 7M users.

- Scaled up 24x7, multi-language, real time, global support operations for Google Cloud Learning Services' hand-on learning platform (Qwiklabs) developing repeatable methodologies to increase efficiencies with high customer satisfaction (97%).- Set effective vision, mission, strategy for global support ops of training, sales, GTM, marketing, and professional services programs to drive Google Cloud adoption through training initiatives, direct delivery, and certification.

- Managed Operational Test & Evaluation of $4M launch systems, payload performance, balloon dynamics & recovery process to expand connectivity to hard-to-cover areas around the world using a network of stratospheric internet balloons. - Direct in field operational engineering allowed for rapid development & deployment of new systems identifying limitations of systems & sub-component through troubleshooting initial failures during operations across various domestic and international launch sites.- Providing engineering expertise to team on operational safety, test, suitability, implementation and effectiveness of all launching equipment as well as technical design/modification, integration, test plan and other required documentation.

• Provided senior engineering oversight for the Thermal Vacuum, Test, and Operations Section.• Ensured engineering support, planning, staffing, training, test equipment, and logistical coordination to meet and exceed Space Test Operations and Program spacecraft production requirements.• Disciplines to include environmental testing technologies –cryogenic systems, vacuum technology, test instrumentation and data acquisition, control systems, spacecraft design and assembly, concurrent engineering, materials, manufacturing engineering, process improvements/metrics, equipment and facilities planning, and logistics.

• Program manager for USAF’s first automated ground segment and two environmental CubeSat. Led cross-functional teams to identify risk matrix for solutions for internal and external stakeholders.• Implemented elegant budgeting matrixes, tracking (cost, schedule, performance), and informing leadership and team on the process that resulted in a $500K cost saving of overall budget.• Devised clear milestones on fast-paced and high-level requirements of satellite programs to maximize effectiveness of funding for efficient technology to meet warfighter needs within 24 months programs.• Demonstrated and exploited advance space technologies for Department of Defense agencies migrating operational & developmental capabilities to warfighter in record time and well under budget.• Developed test strategies for RF, spacecraft vibration, environmental testing, and launch integration.• Managed daily scheduling and coordination of multi-band RF antennas and 15 SATCOM technicians• Supported real time mobile telemetry space launch assets for Missile Defense Agency & other agency.• Performed international diplomat/liaison work and site surveys to support space launches from remote/foreign locations (Chile/French Polynesia/Botswana).

• Provided early test involvement, systems engineering and risk management processes to space research and development programs identifying 46 unnoticed test events saving $250K and launch window. • Led sustainment & modernization programs through cross-functional Integrated Product Teams for quad band mobile communications equipment used to support Department of Defense agencies.• Designed integration and testing of muti-mission satellite operations on one software platform• Successfully executed RF Compatibility Test between CubeSat and new ground system using unconventional test methods to reduce cost by $1 Million while enhancing information assurance.

• Section chief to coordinate information management, administrative & personnel action of 145 members• Led upgrade & flew flight center’s 1st C-Band telemetry antenna vs airborne target as technology demonstration.• Coauthored papers on Parameter Identification and UAV collision avoidance and presented results at Test & Evaluation Days

• Directed team managing 10 aircraft special instrumentation/telemetry & supervising 1000+ flight hour• Responsible aircrew to develop, design, conduct test plan reviews, and perform airborne/ground instrumentation checkout on C-12, T-38, and F-16.• Test Conductor for control room operation during ground and flight testing of TPS jets. Provided Go/No Go calls and course of action during critical flight test events.• Developed solutions and performed multiple integration of masters/PhD thesis into real flight programs with software/hardware modifications in less than a month to 3 month from acceptance.

• Prepared graduates to evaluate research, prototype and production aerospace vehicles, avionics systems, and weapons in the areas of performance, flying qualities, and test management.• Chief Mechanical Engineer for new reconfigurable airborne sensor communication and laser pod • Responsible for cost, schedule and performance for design, manufacturing and installation of all aircraft modifications to support 6 test management programs every quarter.• Led logistics supporting Department of Homeland Security test project to increase US border security • Researched the development of surrogate UAV platform to train future UAV pilots using existing excessed gliders reducing cost development and training for emerging UAV communities.