
Learn the basics of process FMEA and control plan, their relation, and how to analyze occurrence, severity, and detection to drive corrective actions and prevent failures.
Emphasize quality through pfmea and the control plan, linking process flow mapping to proactive risk management and continuous improvement to prevent failures and ensure consistent customer satisfaction.
Identify and prevent potential process failures through a proactive, team-based PFMEA framework that analyzes risks, prioritizes preventive actions, and maintains an iterative, live documentation to improve quality and customer satisfaction.
Use process flow as essential input for process FMEA to map steps, assess risks, identify control plan actions, and maintain living documentation with continuous updates.
Identify start and end points and decision points in the process flow, map paths for inspections, and use process fmea to assess risk and validate the flow.
Form a cross-functional PFMEA team including production, quality, design, logistics, maintenance, safety, and line operators to identify failure modes, assess severity, occurrence, and detection, and develop corrective actions.
Explore PFMEA according to VDI and VDA concepts, including scope definition, process flow diagrams, failure analysis with man-machine-method-material and Ishikawa tools, risk ranking by severity, occurrence, detection, and corrective actions.
Define project scope and plan by establishing a timeline with milestones, standards and regulations, and customer requirements, apply separate PFMEA for plastic injection, painting, and assembly, and identify internal customers.
Explore the three general PFMEA inputs, lesson learned, customer claims history, and grouping by similarity and complexity, and how their use boosts organizational learning and PFMEA quality.
Explore extracting inputs from technical drawings for a process FMEA during image analysis, assessing dimensions, tolerances, coatings, assembly instructions, and equipment needs to ensure zero-defect production.
Check technical specifications and customer requirements to assess severity of potential failure modes, compare actual and expected performance, and develop corrective actions that address root causes in design and processes.
This training course is designed to provide participants with a comprehensive understanding of the Process Failure Mode and Effects Analysis (PFMEA) process. PFMEA is a structured approach for identifying potential failure modes in product or process design and developing appropriate controls to mitigate the risk of failure.
*** In case of any unclear point, 1-1 teleconferences to be provided until the whole concepts have been understood %100.
*** Specifis cases of participants will be handled also during 1-1 teleconference meetings.
The course will cover the following topics:
Introduction to PFMEA: Understanding the purpose and benefits of PFMEA, and the key components of the PFMEA process.
PFMEA Methodology: Understanding the steps involved in the PFMEA process, including identifying potential failure modes, assessing the severity, occurrence and detection of each failure mode, and developing appropriate controls.
Documentation: Understanding the documentation required for PFMEA, including creating process flow diagrams, identifying process inputs and outputs, and documenting control plans.
Implementation: Understanding the steps required to implement PFMEA, including monitoring the effectiveness of the controls, reviewing and updating the PFMEA as necessary, and communicating the results to all stakeholders.
Case Studies: Reviewing examples of successful implementations of PFMEA in various industries.
Process Flow Identification
Risk Assessment
Control Plan
Integration of Process Flow, PFMEA and Control Plan