Which statement best describes the impact of effectively identifying and mitigating manufacturing risks on a program?

Which statement best describes the impact of effectively identifying and mitigating manufacturing risks on a program?

• A. It increases schedule and cost
• B. It has no effect
• C. It reduces cost, schedule, and performance problems
• D. It only affects hardware quality

Answer: (C)

Proactively identifying and mitigating manufacturing risks keeps a program on track by preventing surprises that drive cost growth, schedule slips, and performance problems. When risks are understood early, you can implement mitigations—such as designing for manufacturability, establishing robust process controls, selecting reliable suppliers, and planning thorough tests—before issues become costly fixes. This approach typically lowers overall cost by reducing rework, scrap, and late changes, and it helps keep the schedule realistic by avoiding unplanned delays. It also protects performance by ensuring the product can meet requirements despite manufacturing variability. The idea that risk management has no effect or only affects hardware quality doesn’t fit, because risks impact cost, timing, and system performance across the entire program, not just the hardware.

Proactively identifying and mitigating manufacturing risks keeps a program on track by preventing surprises that drive cost growth, schedule slips, and performance problems. When risks are understood early, you can implement mitigations—such as designing for manufacturability, establishing robust process controls, selecting reliable suppliers, and planning thorough tests—before issues become costly fixes. This approach typically lowers overall cost by reducing rework, scrap, and late changes, and it helps keep the schedule realistic by avoiding unplanned delays. It also protects performance by ensuring the product can meet requirements despite manufacturing variability. The idea that risk management has no effect or only affects hardware quality doesn’t fit, because risks impact cost, timing, and system performance across the entire program, not just the hardware.