|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/best-performing-problem-solutions-using-triz/
课程评论:没有评论
**课程名称:** 使用TRIZ的卓越问题解决方案 **课程概述:** 本课程旨在教授如何使用TRIZ(发明问题解决理论)这一强大的创新工具,在短时间内实现有影响力的创新。TRIZ被誉为解决科学、工程和技术相关问题的有力工具,尤其擅长处理产品和客户界面之外深层的问题。 虽然其他流行创新方法如设计思维、Sprint、乐高 Serious Play 等侧重于用户体验和客户连接,但TRIZ提供了一种更深入、更有针对性的解决方案。本课程将从“矛盾”入手,这是描述待解决问题的核心方式。随后,将深入讲解TRIZ的40个发明原理,这些原理源自专利文献中的成功解决方案,能够激发巨大的创造力,并为解决难题提供明确的方向。 **课程收获:** * **知识与技能:** 掌握TRIZ的核心概念,特别是矛盾分析和40个发明原理的应用。 * **创新能力:** 获得一种“不公平的创作优势”,在解决复杂问题和驱动创新方面超越他人。 * **应用场景:** 学习如何将TRIZ应用于知识产权与专利生成、疑难问题解决、成本节约以及高效的创新会议与工作坊。 **适用人群:** 产品开发人员、工程师、技术人员以及任何希望提升问题解决和创新能力的人士。
Do you need to innovate with impact in a short period of time?There are many innovation methods on the market. Tools like Design Thinking, Sprint, Lego Serious Play, Brainstorming, etc. are probably known to most product developers. Some may have already participated in such practices. They are fun and enable people to think out of the box. Most of these tools focus on the interface of product and customer. Tools like Design Thinking are strong in creating value by putting the innovators into the point of view of the user or customer.In many cases, however, it is necessary to dig deeper. Or the problem to be solved is not the design or interface to the customer. In many situations scientific, engineering and technology related problems must be addressed. For such questions, there is a very strong toolbox called "TRIZ" (Theory of Inventive Problem Solving).TRIZ has the reputation of being extraordinarily strong but also demanding. The 40 Inventive Principles are already known amoung innovators in engineering, however, this method is still under used in most other disciplines and industries. Applying it will provide an unfair creative advantage over other innovators! Here we will start with contradictions, a very strong way to describe the problem to solve. The 40 inventive principles can then be used to address those problems in a very targeted way. They are based on solution principles which were extracted from patent literature. They conclude successfull solution approaches and can be used to trigger tremendous creativity. It can be used for:- IP and patent generation- Problem solving, especially in hard problems- Cost saving- Efficient innovation meetings and workshops