This case study explores the usage of Process Functional Modeling (PFM) as a problem-solving tool in microchip manufacturing. PFM is an innovative way of thinking that involves breaking down a process into its components on multiple levels and generating innovative solutions. The tool enables us to move from general to specific, from process to operations, operations to components, and components to functions. In this article, we provide a real-life example of how a team applied PFM to the microchip manufacturing process. We want to demonstrate its effectiveness in creating a model of failure in the context of the whole process….
As an engineer or innovator, you may often find yourself faced with complex problems that require a solution. In these situations, it can be tempting to rely solely on your own knowledge and experience to find a solution. However, have you ever considered the benefits of using problem-solving tools? Why do we need these tools, and what can we gain from incorporating creative thinking instruments into our problem-solving process? In this article, we’ll explore the importance of problem-solving tools and the advantages they offer for engineers and innovators. Let’s start with a definition, and try to answer what is engineering…
Improving processes is essential for any organization looking to increase efficiency, reduce costs, and improve overall performance. Whether streamlining operations, automating repetitive tasks, or eliminating bottlenecks, there are many ways to improve processes and boost productivity. In today’s fast-paced business environment, organizations that can quickly and effectively adapt to changing market conditions are more likely to succeed. By identifying opportunities for improvement and implementing solutions, businesses can stay ahead of the competition and achieve their goals. This article will explore the benefits of Process Functional Modeling and how it can be used to make strategic and tactical decisions that lead…
We always talk about solving problems and improving processes of an operation, a part of a bigger process. This is great! In fact, it is always encouraged to break the bigger, more complex process into smaller pieces so we can simplify the problem we are working on. However, this approach may create another issue. The engineers working on a problem, especially in large complex processes, might end up diving into the wrong operation of the process. In this article, we introduce the newly released tool in the PRIZ Innovation Platform that is built to help engineers look at the whole…