About the Course
Successful digital transformation and automation initiatives depend on accurately understanding existing workflows and eliminating inefficiencies before writing a single line of code. This course provides an end-to-end methodology for discovering enterprise processes, modeling them with BPMN 2.0 standards, and stripping out non-value-adding activities.
Participants diagnose bottlenecks in current-state (As-Is) workflows using root-cause and value-stream analysis, then architect streamlined future-state (To-Be) processes.
Target Audience and Prerequisites
- Process analysts, business analysts, operational excellence specialists, and organizational design professionals
- Team members leading process improvement ahead of ERP, BPM, or RPA automation initiatives
- No prior technical prerequisites are required; general familiarity with business operations is sufficient
Key Takeaways
- BPMN 2.0 Modeling: Build clear, standards-compliant process maps using pools, lanes, gateways, events, and subprocesses
- Bottleneck and Waste Analysis: Pinpoint handoff delays, rework loops, and approval bottlenecks using
Leanand root-cause tools - To-Be Process Design: Architect optimized future-state workflows ready for standardization and digital automation
- Process Documentation: Create structured process charters,
SIPOCdiagrams, andRACIresponsibility matrices
Curriculum
Process Architecture, Discovery, and SIPOC Analysis
- Shifting from functional silos to process-centric thinking and enterprise process hierarchies (APQC framework)
- Scoping process boundaries with
SIPOC(Suppliers, Inputs, Process, Outputs, Customers) diagrams - Conducting current-state (
As-Is) discovery through stakeholder workshops, Gemba walks, and log review
Applied Process Modeling with BPMN 2.0 Standards
- Core
BPMN 2.0elements: activities, task types, collapsed/expanded subprocesses, andPool/Lanedesign - Controlling sequence flow with
Exclusive (XOR),Parallel (AND),Inclusive (OR), andEvent-Basedgateways - Modeling happy paths and exception handling using Start, Intermediate, and Boundary Events (Timer, Message, Error)
As-Is Process Analysis: Bottlenecks, Root Cause, and Value Analysis
- Value-Added vs. Non-Value-Added activity classification and identifying the 8 wastes of
Lean - Analyzing cycle times, organizational handoffs, resource utilization, and queue bottlenecks
- Applying root cause analysis techniques:
Ishikawa(Fishbone),5 Whys, and Pareto analysis
To-Be Process Redesign, Automation Readiness, and Rollout
- Process redesign heuristics: activity parallelization, eliminating redundant approvals, and decision automation
- Evaluating process steps for workflow engine,
RPA, and AI automation suitability - Authoring process charters,
RACImatrices, and change management plans forTo-Beimplementation
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