course | Engineering Excellence: Mastering Business Process Re-engineering for Operational Success

Introduction to Business Process Re-engineering (BPR)

• Overview of Business Process Re-engineering
• The importance of BPR in the engineering and operations sector
• Key principles and components of BPR
• The role of managers in successful BPR implementation
• Case study analysis: Reviewing a successful BPR initiative in an engineering context

Business Excellence Strategy
 

• Introduction to Business Excellence (BE) models (e.g., EFQM, Malcolm Baldrige)
• Integrating BE into the BPR framework
• Setting organizational goals and aligning them with operational processes
• Building a sustainable culture of business excellence
• Workshop: Aligning business process goals with BE principles

Introduction to Data Analytics & Research for Process Improvement

• Understanding data analytics in process management
• Identifying key performance indicators (KPIs) for process optimization
• Using data-driven decision-making to identify bottlenecks and inefficiencies
• Conducting research for continuous improvement
• Group exercise: Setting up KPIs for a business process improvement project
   

Business Process Mapping and Management (BPM)
 

• Introduction to Business Process Management (BPM)
• Key BPM tools and techniques (e.g., SIPOC, BPMN, Flowcharts)
• Process mapping for understanding and analyzing workflows
• Identifying and prioritizing process improvements
• Hands-on session: Mapping an existing business process using BPM tools

Process Analysis and Improvement Methodologies
 

• Analyzing processes through the lens of Lean and Six Sigma
• Introduction to value stream mapping and waste identification
• DMAIC methodology for improving engineering processes
• Continuous Process Improvement (CPI) and Kaizen
• Workshop: Conducting a DMAIC analysis on a selected process

Optimization Strategies and Tools
 

• Strategies for process optimization.
• Tools and techniques for optimizing workflows and reducing cycle times
• Best practices for optimizing engineering and operational processes
• The role of technology in process optimization
• Hands-on exercise: Optimizing a process through resource reallocation and automation

Implementing Continuous Improvement with Lean and Six Sigma

• Lean principles and Six Sigma methodologies for continual improvement
• How to sustain a continuous improvement culture in operations and engineering
• Utilizing Kaizen and PDCA (Plan-Do-Check-Act) for ongoing process monitoring and refinement
• Measuring and tracking progress using performance indicators
• Workshop: Using the PDCA cycle to address process challenges
• Group activity: Applying Lean principles to an ongoing improvement project
   

Change Management and Stakeholder Engagement

• The role of change management in business process re-engineering
• Engaging stakeholders throughout the BPR process
• Overcoming resistance to change in engineering and operations teams
• Managing communication during process transformation
• Role-playing exercise: Communicating a BPR initiative to team members

Monitoring, Controlling, and Sustaining Process Improvement

• Establishing mechanisms for monitoring process performance post-BPR
• Using performance dashboards and real-time data to track improvements
• Correcting course when process performance deviates from expectations
• Ensuring long-term sustainability of process improvements
• Workshop: Creating a performance dashboard for ongoing process monitoring
   

Integrating BPR into Strategic Operations Management

• Aligning BPR efforts with long-term organizational strategies
• Scaling BPR initiatives across multiple departments and teams
• Embedding BPR into the organization’s operational framework
• Finalizing a strategic action plan for BPR implementation
• Group exercise: Developing an organization-wide BPR action plan