Areas Joy Minor is Knowledgeable in:
maritime applications, chemical, biological, autonomous,
Techniques Joy Minor Uses:
Scientific Method, Open Systems, SIPOC, IDEF, ISO, CMMI, Design for Six Sigma, Systems Engineering, Open Architecture, Open Business, Integrated Project/Product Teams, Total Ownership Costs, Operational Effectiveness, Cost-as-an-independent variable, Earned Value Management, Hierarchical Decomposition, Functional Allocation, Capability Assessments, Risk Management, Independent Verification and Validation
Joy Minor's Problem Solving Skills:
- System Design
- Technology solutions to physical science challenges
- Autonomous Systems
- Chemical Engineering
- Software Intensive System Design
Joy Minor's Problem Solving Experience:
- I developed an analysis process to determine the most feasible implementation option for integrating agency data with regional Command Centers.
- I developed agency-specific Rapid Transition Readiness (RTR) Levels whereby innovative, mature technologies that meet or exceed a DoD Technology Readiness Level (TRL) of 6 or better, are assessed for relevance to agency's vision and objectives and evaluated based on complexity, novelty, demand signals, and contractual issues.
- I developing a Portfolio Management methodology and Road Map to align with the agency technical architecture, objectives, goals, and system-level requirements
- I developed an Innovations Methodology for identifying, planning, resourcing, and rapidly demonstrating and fielding mature innovative solutions to maritime challenges.
- I developed a MULTI-ATTRIBUTE DECISION ANALYSIS PROCESS to compare measured performance with performance objectives
- I developed the AIR-SEA BATTLE OFFICE INTEGRATED ASSESSMENT PLAN, a process to facilitate the development of performance goals and measures of effectiveness;
- I developed an enterprise view of the priorities and capabilities needed to achieve performance goals and architectural targets
- I developed the AIR-SEA BATTLE OFFICE IMPLEMENTATION PLANNING GUIDANCE (Draft), which included the operational design for achieving End State and Objectives.