Visão Geral

Este curso aborda os fundamentos da engenharia da qualidade integrados à metodologia PDCA (Plan, Do, Check, Act), com foco em controle de processos, melhoria contínua, análise de desempenho e excelência operacional. O participante aprenderá a aplicar ferramentas da qualidade, metodologias de controle e técnicas de otimização para aumentar a eficiência, reduzir falhas e promover a melhoria contínua nos processos organizacionais.

Objetivo

Após realizar este curso, você será capaz de:

• Compreender os fundamentos da engenharia da qualidade com PDCA
• Aplicar o ciclo PDCA em processos de qualidade e operações
• Utilizar ferramentas da qualidade para análise e melhoria de processos
• Monitorar indicadores de desempenho e conformidade
• Implementar ações corretivas e preventivas
• Promover excelência operacional e cultura de melhoria contínua

Publico Alvo

• Engenheiros e analistas da qualidade
• Profissionais de processos e melhoria contínua
• Supervisores e coordenadores operacionais
• Auditores e profissionais de compliance
• Gestores industriais e organizacionais
• Interessados em engenharia da qualidade e excelência operacional

Pre-Requisitos

• Noções básicas de gestão da qualidade
• Interesse em melhoria contínua e controle de processos
• Conhecimentos introdutórios em indicadores e análise operacional

Conteúdo Programatico

Module 1: Fundamentals of Quality Engineering and PDCA

1. Introduction to quality engineering concepts
2. Overview of the PDCA methodology
3. Continuous improvement principles
4. Quality management fundamentals
5. Process-oriented management concepts
6. Operational excellence strategies

Module 2: Process Analysis and Quality Planning (Plan)

1. Process mapping and workflow analysis
2. Defining quality objectives and KPIs
3. Risk identification and mitigation planning
4. Root cause analysis techniques
5. Building quality action plans
6. Documentation and standardization practices

Module 3: Quality Control and Operational Execution (Do)

1. Implementing quality control procedures
2. Standard operating procedures (SOPs)
3. Statistical process control fundamentals
4. Inspection and verification techniques
5. Communication and operational coordination
6. Managing process variations and deviations

Module 4: Monitoring Quality Performance and Compliance (Check)

1. Monitoring quality indicators and metrics
2. Data collection and quality analysis techniques
3. Auditing processes and operational controls
4. Identifying nonconformities and improvement opportunities
5. Reporting and quality dashboards
6. Evaluating operational performance outcomes

Module 5: Corrective Actions and Continuous Improvement (Act)

1. Corrective and preventive action methods
2. Root cause analysis methodologies
3. Standardization of successful practices
4. Continuous improvement cycles
5. Organizational learning and lessons learned
6. Sustaining quality and operational improvements

Module 6: Advanced Quality Tools and Methodologies

1. Pareto analysis and Ishikawa diagrams
2. 5 Whys methodology fundamentals
3. Lean and Kaizen concepts
4. Six Sigma overview and applications
5. Waste reduction and process optimization
6. Customer-focused quality strategies

Module 7: Leadership, Governance and Quality Culture

1. Leadership in quality environments
2. Governance and compliance fundamentals
3. Building a quality-oriented organizational culture
4. Team collaboration and engagement practices
5. Communication and stakeholder management
6. Ethical practices and accountability

Module 8: Technology, Automation and Data Analytics

1. Digital tools for quality management
2. Automation in quality processes
3. Data analytics and business intelligence basics
4. Monitoring systems and dashboards
5. Digital transformation in quality engineering
6. Emerging technologies in operational excellence

Module 9: Practical Applications and Quality Engineering Case Studies

1. Real-world quality engineering examples
2. Practical simulations and exercises
3. Common implementation challenges and solutions
4. Building quality improvement roadmaps
5. Best practices in operational excellence
6. Measuring quality and organizational performance outcomes