belajar fishbone diagram dengan pak salmon

In this video, we discuss the Fishbone Diagram for Palm Oil Mill Engineers, a problem-solving method that helps engineers, technicians, supervisors, and palm oil mill practitioners find root causes in a more structured, objective, and data-driven way. In the field, we often fall into the firefighting trap: a machine trips, production stops, a technician is called, a component is replaced, the machine is back up and running, only to have the same problem reappear the next day. This situation is not only tiring, but also drains costs and destabilizes factory operations. This material discusses how to use a Fishbone Diagram to group the causes of problems based on the 6M categories: Man, Machine, Method, Material, Measurement, and Milieu. It also discusses how to dig into root causes using the 5 Whys method, common pitfalls in problem solving, examples of applications in sterilizer stations, digester presses, and clarification. It also discusses how engineers can elevate from simply problem solvers to robust system designers. One of the key messages in this video is that the Fishbone Diagram is not a tool for finding fault, but for discovering what needs to be fixed in the system. A good engineer not only repairs machines, but also improves work patterns, standard operating procedures (SOPs), data, methods, and prevention systems to prevent the same problems from recurring. This video is suitable for palm oil mill engineers, plant technicians, engineering assistants, process assistants, maintenance supervisors, production supervisors, mill controllers, engineering students, and palm oil mill practitioners who want to understand technical problem-solving in a more practical and applicable way. Get the Fishbone Diagram educational book for PKS Engineers at the following link: https://lynk.id/salmonch/k9dz6lwe18ez Timestamp: 00:00 Opening: The machine breaks down again after being repaired 00:30 The real problem isn't always the machine 00:47 Learning Fishbone Diagrams for PKS Engineers 01:09 Problem-solving discussion agenda 01:26 The phenomenon of being trapped as a firefighter 01:35 Dealing with symptoms without addressing the root cause 02:09 The logical anatomy of a Fishbone Diagram 02:18 The function of Fishbone as a visual analysis tool 02:35 Fishbone is not for finding fault 02:46 The 6M categories in problem analysis 03:26 Steps to using Fishbone in the field 04:02 Digging into the root of the problem with the 5 Whys method 04:34 Example of a sensor that frequently errors 05:16 Problem-solving error traps 05:27 Avoid immediately blaming human error 05:42 Use facts and data Field 05:58 The Importance of Action Plans 06:01 Real-life Application of Fishbone in Manufacturing 06:08 Example at the Sterilizer Station 06:29 Example at the Digester and Press 06:39 Example at the Clarifier Station 06:56 Becoming a Resilient Systems Designer 07:00 Firefighter-Type Engineer 07:15 System Designer-Type Engineer 07:37 Great Engineers Fix Systems, Not Just Machines 07:56 Invitation to Study the Complete Book 08:24 Reflection: Which Recurring Problem Will Be Dissected First? 08:48 Closing Hashtags: #SalmonChannel #FishboneDiagram #ProblemSolving #PKSEngineer #PalmOilFactory #PKS #PalmOilMill #RootCauseAnalysis #5Why #SixM #PKSMaintenance #PreventiveMaintenance #PKSTroubleshooting #FactoryTechnologist #TechnicalAssistant #ProcessAssistant #MillController #Sterilizer #DigesterPress #ClarificationStation #SOP #DataDriven #LearnTechnology #EngineeringIndonesia Join this channel to gain access to various benefits:    / @salmonsembiringchannel