LOG 100 - Life Cycle Logistics Fundamentals (Module 1) Latest Updated 2024/2025 Actual Questions and Answers Fully Solved 100% Guaranteed Success.(Graded A+)

Product Support Execution - Implement technical updates, Revise repair schedules after deployment, Evaluate operational availability Engineering and Manufacturing Development - Conducts Supportability Analysis As Devon works on the Army Ground Attack Vehicle program, what SE process actions should she perform to satisfy her life cycle logistician responsibilities? Select all that apply. - Identify a costeffective approach for support, Establish product support plans, Influence system design for supportability As Devon works on the new Army Ground Attack Vehicle acquisition program, which design characteristics should she consider? (Select all that apply) - standardization corrosion prevention human systems integration reliability, availability, maintainability As the Army Ground Attack Vehicle is developed, Devon should consider the following IPS elements within the Technical Management category. (Select all that apply) - Sustaining Engineering Computer Resources Technical Data By using Systems Engineering the life cycle logistician is able to: - Integrate product support disciplines to ensure system availability Choose the proper sequence of the Defense Acquisition Process phases. - Materiel Solution Analysis (MSA), Technology Maturation and Risk Reduction (TMRR), Engineering and Manufacturing Development (EMD), Production and Deployment (P&D), Operations and Support (O&S)Customer Focus - Review the requirements needed for the proposed system Devon needs to know the proper sequence of the parts of the JCIDS process. Place them in the proper order for her - 1. Capabilities-Based Assessment 2. Initial Capabilities Document 3. Milestone A 4. Capabilities Development Document 5. Milestone B 6. Capabilities Production Document 7. Milestone C Devon needs to know the proper sequence of the phases of the acquisition process; sequence them by sorting them into the correct order - 1. Materiel Solution Analysis (MSA) 2. Technology Maturation and Risk Reduction (TMRR) 3. Engineering and Manufacturing Development (EMD) 4. Production and Deployment (P&D) 5. Operations and Support (O&S) Early and Continuous Life Cycle Planning - Establish and quantify supportability objectives Empowerment - Take on a leadership role within the logistics integrated product team As Devon works on her integrated product team in her role as an LCL, what should she focus on? Select all that apply. - Influencing the system design for supportability, Responding to and accounting for changes from other functional areas that affect product support planning, Integrating logistics products and processes into the overall system capability Failure Mode, Effects, and Criticality Analysis - Classifies each failure mode according to severity, Analyzes each potential failure modeFault Tree Analysis - Provides a graphic representation of system failure, Provides analysis of the ways system failure can occur, Provides probability of system failure occurrence Integrated Product Team Member - Provides expertise regarding system elements As Devon works on the Army Ground Attack Vehicle program, what SE process actions should she perform to satisfy her life cycle logistician responsibilities? Select all that apply. - Identify a costeffective approach for support, Establish product support plans, Influence system design for supportability Life Cycle Logistician - Builds supportability into the system design Life Cycle Logistician - Provide expertise on integrated product support elements, Advocate for supportability solutions, Provide inputs to the Life Cycle Sustainment Plan Life cycle logisticians most often work directly with the __________ to coordinate technical risks and issues. - System Engineers Match each IPPD key tenet with its correct description. a) Early and Continuous Life Cycle Planning b) Risk/Opportunity Management c) Optimization of Product Support Provider Approaches d) Multidisciplinary Teamwork e) Empowerment - a) Define key program activities and events to track progress through achieving goals, apply resources, and manage the impact of problems, constraints, and changes to requirements b) Anticipate potential problems and opportunities, and develop appropriate responses to both c) Meet output measures while not dictating a specific approach for delivering those outputs d) Advocate for product support, but recognize the roles and constraints of other team members. e) Accept responsibility and be held accountable for the results of its efforts Materiel Solution Analysis - Identifies performance parameters and analyzes alternativesMilestone Decision Authority - Is accountable for cost, schedule, and performance reporting Multidisciplinary Teamwork - Propose a product support solution that accommodates a system engineering integrated product team request