由 Alex Osborn 和 Sidney Parnes 构思的用于解决问题或发现机会的结构化流程。
- 方法： 构思, 问题解决
创造性问题解决（CPS）
创造性问题解决（CPS）
- 集思广益, 创造力, 设计思维, 创新, 解决问题的技巧, 流程改进, 项目管理, 团队合作, 以使用者為中心的設計
目标
如何使用
- CPS遵循一套正式的流程，包括多个阶段，例如明确问题、产生想法（例如，通过头脑风暴）以及开发和实施解决方案。它将发散性思维（产生想法）和收敛性思维（评估想法）区分开来。
优点
- 提供了一种系统且可重复的创新方法；鼓励在寻求解决方案之前对问题进行充分的探索；可适应各种情况。
缺点
- 与非正式的头脑风暴相比，正式的头脑风暴可能更耗时、更有条理；需要一位引导员，并且需要对整个过程投入足够的精力才能取得最佳效果。
类别
- 构思, 问题解决
最适合：
- 通过遵循结构化的多阶段流程，解决需要创新解决方案的复杂问题。
创意 问题解决 (CPS) is particularly effective in industries such as product design, technology development, and engineering, where teams face multifaceted challenges requiring innovative approaches. It finds application in sectors like healthcare, where teams tackle issues ranging from patient experience enhancements to medical technology advancements, and in consumer goods, where companies are focused on meeting evolving customer needs and preferences. CPS is ideally implemented during the ideation and prototype phases of product development, allowing teams to explore various concepts and refine their ideas based on user feedback and testing. Cross-disciplinary collaboration among participants such as designers, engineers, marketers, and end-users is encouraged, inviting diverse viewpoints and fostering creativity. This methodology promotes a safe environment for brainstorming without fear of judgment, thereby stimulating a wide array of potential solutions. An example of its application is in automotive design, where teams might address not only aesthetic concerns but also functionality, safety, and sustainability, necessitating a thorough investigation of existing constraints and opportunities before arriving at a final design. The flexibility of the CPS approach allows organizations to adapt it to fit specific contexts and challenges, making it applicable not just in corporate settings, but also in educational environments where students 从事 in project-based learning and are taught to think innovatively. This structured approach not only increases the likelihood of generating effective solutions but also enhances team cohesion and collective problem-solving capability.
该方法的关键步骤
- 找出挑战或机遇。
- 明确问题陈述。
- 通过头脑风暴或其他创意技巧产生想法。
- 根据可行性和影响，对想法进行提炼和优先排序。
- 开发选定解决方案的原型或模型。
- 测试并评估原型产品的有效性。
- 实施最佳解决方案并监控结果。
专业提示
- 在问题澄清阶段运用同理心地图，深入了解用户需求和痛点。
- 包含 快速成型 to test ideas quickly, allowing for iterative feedback and refinement before full implementation.
- 在头脑风暴过程中运用 SCAMPER 技术，突破传统思维，将现有概念提炼成新的解决方案。
历史背景
（如果日期未知或不相关，例如“流体力学”，则提供其显著出现的近似估计）
