Cost and Affordability approach at Development Planning stage Optimize tomorrow today.TM 1 Significant Technical Issues Pre-MS A ISSUE POTENTIAL IMPACTS • Lack of consistent technical engagement with the operational user to ensure: • Awareness of potential solutions • Understanding of user performance needs • Opportunities for incremental capability delivery • Narrow AoA scope, missed solution opportunities • Acquisition cost/schedule growth due to lack of understanding of the CONOPS • Program-focused analysis, when solutions will impact broad sets of systems and SoS • Delivery of capability that will not integrate, or that has reduced benefit because of external system issues • Lack of consistent technical engagement prior to and following the AoA • Immature alternatives enter the AoA • Lack of engineering on preferred solutions to prepare for MS A and TD Phase MDD Strategic Guidance Joint Concepts CBA ICD Analysis of Alternatives Engineering Analysis Materiel Solution Analysis ASR A Technology Development NDIA SE Division Meeting February 17, 2010 Mr. Michael Duffey Deputy Director, Development Planning Office of the Director for Systems Analysis Optimize tomorrow today.TM Affordability analysis: Analysis can focus on the subsystem, system, and mission levels and is performed for the entire program life cycle. Typical products of an affordability analysis include cost-effectiveness analyses, risk analyses, and total ownership cost estimates. An affordability analysis synthesizes information from three basic areas: mission analysis, technical analysis, and cost analysis.” Affordability Analysis for DARPA Programs, William M. Kroshl and Peter P. Pandolfini Johns Hopkins APL Technical Digest Optimize tomorrow today.TM 3 Affordability Process: Mission– Operational Context Missions, Scenarios, & Capabilities Needed Value Framework (KPP- MOE-TPM) Completed Iterative Cycle Cost Analysis Risk Analysis Architecture (PBS – Tech Baseline Performance Analysis Schedule Analysis Trade-Off Analysis Best Value Yes No Modify Baseline Analyze Issues Optimize tomorrow today.TM 4 System Cost Drivers: • Project Management – Assembly • System Components : H/W, S/W, IT and others Development Production O&S Optimize tomorrow today.TM 5 Project Management: Systems Engineering on a project • Project Initiation and Planning • Project Management and Control Systems Engineering e.g. is consumed by these activities • Quality Assurance Management • Configuration Management • Vendor Management • Documentation Optimize tomorrow today.TM 6 Project Management Cost Drivers: • Operating Specification • # of Requirements • Multiple Site Development • Requirement Stability • Vendor Interface Complexity • # of Interfaces • Project Complexity factor • # of Vendors • # of Operational Scenarios Quantities / Schedule Optimize tomorrow today.TM 7 Cost Cost Project Management Cost Drivers Sensitivity: Operating Specification . Reliability . Portability . Security . Documentation . Testing Multiple Site Development . Single Location . Multiple Locations . International Locations . Quality of Communication Optimize tomorrow today.TM 8 Assembly cost Drivers • Software External Integration • Hardware External Integration Complexity • Hardware Platform Stability • Engineering Complexity • Hardware Platform Availability • Development Engineering for Structure • Number of Unique Hardware Platforms • Development Engineering for Electronics • System Complexity Optimize tomorrow today.TM 9 What information is available? • System Capability Required Technology Opportunities & Resources – Speed , Range, Weight? User Needs A Strategic Guidance Joint Concepts Capabilities - Based Assessment OSD/JCS COCOM ICD MDD Materiel Solution Analysis • Historical analogues system costs? • Organizational/Contractor performance data? FCB JCIDS Optimize tomorrow today.TM 10 Capability based estimation 1. Historical Data 2. Input for analysis 3. Best fit analysis Optimize tomorrow today.TM 11 SoS consideration Cost of SoS Program Management and Requirements Cost for interlinking and interfacing multiple constituent systems Fraction or whole of constituent system cost Optimize tomorrow today.TM 12 Cont.. SoS consideration Cost for development, production and maintenance of Integration equipment Optimize tomorrow today.TM 13 Risk Methodology: “Immature” Technology “Known” Technology “Established” Technology Pre-Concept Concept Pessimistic Design Implementation Most Likely Optimistic Optimize tomorrow today.TM 14 Cost Uncertainty Variance Analysis on Regression Optimize tomorrow today.TM 15 Performance Analysis: Optimize tomorrow today.TM 16 Schedule Analysis: • Estimated schedule : derived from effort estimates • Schedule compression and expansion effects • Schedule Uncertainty • Acceptable levels of uncertainty (cost, schedule and cost & schedule) at different phases Optimize tomorrow today.TM 17 What MDA needs for decision making? Optimize tomorrow today.TM 18 What is expected from Systems Engineering on Cost and Affordability at Development Planning? • Trade studies? • Material trades • Design trades • Country of manufacturing Optimize tomorrow today.TM 19 Value Proposition: • Cost is only one side of coin, other side is benefits • Benefits consideration to include KPPs Optimize tomorrow today.TM 20