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Problem Management System with AI Analysis and PDCA Methodology

Industry: Automotive – Component Manufacturing
Size: 300 employees
Location: Silesia
Area: Quality

The Challenge

Lack of a systematic approach to resolving quality issues

An automotive company struggled with recurring quality problems and had no structured system for analyzing and resolving them. Issues were handled ad hoc, without in-depth root cause analysis, leading to their recurrence.

Key challenges:

  • No system for registering and categorizing problems
  • Issues resolved reactively without root cause analysis
  • No PDCA (Plan-Do-Check-Act) methodology in the organization
  • Difficulties identifying root causes of problems (Ishikawa, 5Why)
  • No tracking of the effectiveness of implemented solutions
  • Dispersed knowledge about problems and solutions with no knowledge base
  • Ineffective problem-review meetings with no concrete follow-up actions
Business impact: Recurring quality problems, customer complaints, high defect costs, and a lack of a continuous improvement culture

The Solution Process

Comprehensive problem-solving system with AI and PDCA automation

Implementation of an advanced system for structured problem resolution using PDCA methodology, automated AI analysis (Ishikawa, 5Why), corrective task generation, and a meeting module with transcription and summarization.

Delivery time: 4 months
1

System and methodology design

Development of the problem-solving process flow according to PDCA, definition of problem categorization, prioritization, and information flow

3 weeks
2

Reporting and categorization implementation

Creation of a problem reporting form, automatic AI-driven categorization, and a prioritization system based on complexity and impact

3 weeks
3

AI Analysis – Ishikawa and 5Why

Implementation of automated AI problem analysis with generation of Ishikawa diagrams, 5Why analysis for each cause, and root cause identification

5 weeks
4

Automatic task generation

An AI system that automatically proposes corrective and preventive actions based on problem analysis, with assignment of responsible parties and deadlines

3 weeks
5

Meeting system with transcription

Problem-meeting management module with automatic transcription, AI-powered summarization, and generation of action items from meetings

4 weeks
6

Knowledge base and KPIs

Creation of a knowledge base from resolved problems, an effectiveness KPI dashboard, and a solution-stability monitoring system

3 weeks

Actions Taken

Problem reporting and categorization system

A problem reporting form with automatic AI categorization (quality, processes, safety) and prioritization based on impact and complexity

Tools used:
Problem TrackingAI CategorizationPriority MatrixReal-time Notifications
Result: 100% of problems systematically recorded and categorized

AI Analysis – Ishikawa and 5Why

Automated AI problem analysis with generation of Ishikawa diagrams (6M), 5Why analysis for each potential cause, and root cause identification

Tools used:
AI AnalysisIshikawa Diagram5Why MethodRoot Cause Analysis
Result: Reduction of problem analysis time from 4 hours to 30 minutes

Automatic PDCA task generation

An AI system proposing corrective and preventive actions according to the PDCA cycle, with automatic assignment of responsible parties, deadlines, and completion tracking

Tools used:
PDCA CycleTask Generation AIWorkflow AutomationProgress Tracking
Result: 75% increase in the effectiveness of corrective action implementation

Meeting system with transcription and AI

Problem-meeting management module with automatic transcription, AI-powered summarization of key points, and generation of follow-up action items

Tools used:
Meeting TranscriptionAI SummarizationAction Items ExtractionEmail Notifications
Result: Reduction of meeting summary preparation time from 2 hours to 5 minutes

Knowledge base and effectiveness KPIs

A central repository of resolved problems with the ability to search for similar cases, a KPI dashboard (resolution time, effectiveness, stability), and trend analysis

Tools used:
Knowledge BaseSearch EngineKPI DashboardTrend Analysis
Result: 68% reduction in recurring problems thanks to the knowledge base

Results Achieved

Key metrics

Problem analysis time

4 hours30 minutes
95% reduction

Solution effectiveness

45%89%
25% increase

Recurring problems

35%11%
95% reduction

Meeting duration

3 hours1.5 hours
95% reduction

Business benefits

  • Structured approach to problems based on PDCA methodology
  • Automated AI analysis with Ishikawa diagrams and 5Why
  • Reduction of problem analysis time from 4 hours to 30 minutes
  • 98% increase in solution effectiveness through root cause analysis
  • Automatic generation of corrective and preventive actions by AI
  • Meeting system with transcription and automatic summarization
  • Knowledge base reducing recurring problems by 68%
  • KPI dashboard monitoring solution effectiveness and stability
  • Data-driven continuous improvement culture
  • 50% reduction in problem-review meeting duration

Project Gallery

Automatyczne generowanie zadań
System AI automatycznie generujący zadania naprawcze i zapobiegawcze na podstawie analizy problemu z propozycjami odpowiedzialnych i terminów realizacji.
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Baza spotkań
Centralna baza spotkań problemowych z transkrypcjami, podsumowaniami AI, listą uczestników oraz wygenerowanymi zadaniami follow-up.
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Baza zadań
System zarządzania zadaniami naprawczymi i zapobiegawczymi według PDCA z śledzeniem statusów, terminów, odpowiedzialnych oraz efektywności wdrożenia.
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Podsumowanie AI
Dashboard z automatycznym podsumowaniem AI analizującym trendy problemów, efektywność rozwiązań, główne kategorie oraz rekomendacje działań.
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Przyciski automatyzacji
Interfejs z przyciskami automatyzacji dla poszczególnych etapów PDCA umożliwiający szybkie przejście między Plan-Do-Check-Act.
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Schemat rozwiązywania problemów
Diagram przepływu procesu rozwiązywania problemów według PDCA od zgłoszenia, przez analizę Ishikawa/5Why, zadania naprawcze do weryfikacji efektywności.
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Ujednolicenie problemów
System ujednolicania i standaryzacji opisów problemów z automatycznym grupowaniem podobnych przypadków oraz linkowanie do rozwiązań z bazy wiedzy.
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Wskaźniki systemowe
Kompleksowy dashboard wskaźników: czas rozwiązania, efektywność wdrożeń, stabilność rozwiązań, analiza przyczyn źródłowych oraz obciążenie zespołów.
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