分析提供产品保证所涉及的决策

B. LeBlanc
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引用次数: 5

摘要

每天都有竞争性提案提交给国防部,从武器到服务和支持合同,再到双频舰载雷达系统。一家公司相对于其他潜在承包商的竞争力,取决于它能否以客户可承受的成本设计出优质的产品。提供负担得起的产品的一部分以保修的形式出现。提供保修的风险和回报很难量化。可靠性工程师经常被要求评估为系统提供保修的风险。为一项未经验证的技术提供担保显然是非常冒险的。然而,不为他们的产品提供某种形式的保证也会带来风险,因为这意味着增加了客户的生命周期成本,尤其是在竞争对手提供保修的情况下。任何公司的目标都是确定一种方法来检查和管理与提供保修相关的风险,而不是不提供保修。建立了一个工作模型,该模型可用于评估最优保修条款和条件,以最大化净现值(NPV)。NPV是根据一系列来自产品销售的未来现金流和与保修计划成本相关的费用来计算的。保证成本和决策模型可以不断完善和改进,以供任何国防承包商实际使用。可以收集额外的数据,以尽量减少假设的数量,例如在某些条件下赢得合同的概率等。然而,当前的模型展示了@RISK软件工具的强大功能,以及可以轻松执行的复杂分析类型。随着国防承包商继续努力改进他们的提案流程和合同胜率,保修成本和风险分析工具的开发,就像这里展示的一样,提供了竞争优势。能够量化与许多未知因素相关的风险和机会比仅根据“直觉”和直觉做出这些类型的决策更有利。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of decisions involved in offering a product warranty
Every day, competitive proposals are submitted to the Department of Defense for anything ranging from weapons to service and support contracts to dual-band ship-based radar systems. A company's competitiveness against other potential contractors is riding on its ability to design superior products at an affordable cost to the customer. Part of offering an affordable product comes in the form of a warranty. It is difficult to quantify the risks and rewards of offering a warranty. Reliability engineers are often asked to evaluate the risk of offering a warranty on a system. Offering a warranty on an unproven technology is obviously very risky. However, not providing some form of guarantee on their products also comes with risk, as it infers added life cycle costs to the customer, particularly if the competition is offering a warranty. The goal of any company is to identify a way to examine and manage risks associated with offering a warranty, versus not offering a warranty. A working model was developed, which can be used to evaluate optimal warranty terms and conditions to maximize net present value (NPV). The NPV is calculated from a series of future cash flows derived from product sales and expenses associated with warranty program costs. The Warranty Costs and Decision Model can be refined continuously and be improved for actual use by any defense contractor. Additional data could be collected to minimize the amount of assumptions, such as the probability of winning a contract under certain conditions, etc. The current model as presented, however, demonstrates the power of the @RISK software tool, and the type of complex analyses that can be easily performed. As defense contractors continue to try to improve their proposal processes and contract win percentages, development of a warranty cost and risk analysis tool, like the one presented here, offers an edge over the competition. Being able to quantify risk and opportunity associated with many unknowns is advantageous over making those types of decisions based on "gut feel" and intuition alone.
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