Data Analytics and Visualization
In this course you will analyze and visualize data utilizing a number of leading analytics/visualization software options, both proprietary and open-source.
David Gunter
- Instructor
Offered by
Offered by
Description
Ensure that you have a complete approach to the Validation and Verification (V&V) of your product.
The process of System V&V seeks to assure the developer of a new system that the system works as designed, and that the design fulfills its intended function.
Required documentation to accomplish V&V functions is described.
Hands-on cases help to plan, develop metrics, and execute V&V activities in your organization throughout the life cycle.
Topics Include
- Systems engineering V&V planning
- Requirements analysis and allocation V&V
- Development of V&V metrics
- Specification development
- Test and evaluation integration
- Team/management structures
- Cohesive and successful drawing processes Meets requirements for both the Systems Engineering Certificate Program and the Test and Evaluation Certificate Program.
Pricing in US Dollars. Conversion rates may apply. World Bank eligibility may be available.
Email PDSolutions@uah.edu to see if your country qualifies. Proof of country’s citizenship required.
- Online
- Intakes: TBA
Meet your Instructor
David W. Gunther is a Supervisory Senior Systems Engineer working in Program Executive Office, Command, Control and Communications-Tactical (PEO C3T), Sync Fielding, Integration Engineering.
As the Integration Engineering Division Chief, he is responsible for the development of a unit’s C4ISR network architecture, managing non-recurring engineering/safety testing efforts, conducting integration readiness reviews, developing multiple vehicle and equipment configurations, integration kit procurements and quantities, coordinating cost estimates, vehicle installations, IMS and the coordination with numerous platform and equipment PEOs and PMs, TCMs, FORSCOM, DA G3-5-7, G8 and TRADOC.
Mr. Gunther also has extensive experience in systems engineering, network architecture, system of systems design and development, acquisition, production, sustainment, and supply chain modeling.