Process Simulation & Analysis

Concept & Motivation

A process model tells you how work should flow. Process mining tells you how it actually flows. Simulation tells you what would happen if you changed it.

Most organizations stop at the first step: they draw process models, perhaps in a workshop, and file them. The models become documentation — static, rarely updated, disconnected from decisions. The real power of process management begins when models become analytical tools.

This course takes you from static diagrams to dynamic analysis. You learn to simulate processes, mine reality from system logs, and build digital twins of your operations.

What You’ll Learn

  • From models to simulation — discrete-event simulation of BPMN processes. How to assign timing, resources, and probabilities to your models and observe system behavior
  • Petri nets and Coloured Petri nets — the formal mathematical foundation of process simulation. Taught as a practical tool: states, transitions, tokens, firing rules. Why understanding the formalism makes you better at interpreting simulation results
  • Process mining — extracting real process flows from event logs (ERP, CRM, workflow systems). Discovery, conformance checking, and enhancement. Seeing what actually happens vs. what you modeled
  • Scenario analysis — what-if simulations for capacity changes, timing variations, cost structures, and demand fluctuations. Testing process changes before you implement them
  • Digital twins for processes — building a living model that stays synchronized with operational data. The bridge from periodic analysis to continuous monitoring
  • Integration with decision support — feeding simulation results into decision frameworks. When to automate, when to alert, when to escalate
  • Tool landscape — Celonis, ProM, Signavio, and self-hosted alternatives. What each does well and where they overlap

Who This Is For

  • Process managers and analysts who have models and want to make them predictive
  • Operations excellence teams seeking data-driven process improvement beyond Lean/Six Sigma checklists
  • IT and data teams connecting process management with analytics and business intelligence
  • Quality and compliance professionals in regulated industries who need to verify process conformance systematically

Prerequisite: BPMN modeling skills (from c-bpm-1 or equivalent professional experience).

Format & Duration

2-day seminar (on-site). Day 1: simulation fundamentals, Petri nets, and process mining with hands-on exercises using sample data. Day 2: participants simulate and mine their own processes (bring models from c-bpm-1 or your organization), build scenarios, and present findings.

What Makes This Course Different

Simulation and process mining are usually taught in separate courses, by separate communities, using separate tools. This course integrates them — because in practice, you need both. Mining tells you where you are. Simulation tells you where you could be. Together, they close the loop.

The academic rigor (Petri net theory, conformance metrics, statistical analysis of simulation output) is real — because sloppy simulation gives confidently wrong answers. But every formal concept is immediately applied to operational processes, not toy examples.

Participants use our Aipokit platform to build process digital twins — seeing how simulation, mining, and real-time monitoring come together in a single environment.

Next Steps

Graduates are well-prepared for Digital Twins for Operations (c-dtwin-1), which extends process twins to full operational twins covering production, maintenance, and asset management.


Q & A


Learn more about what we do


It's strongly recommended. This course builds directly on BPMN modeling skills — we assume you can read and create process models. If you have equivalent experience from other training or your professional practice, that works too. Contact us if you're unsure.
Process mining extracts actual process flows from system logs (ERP, CRM, workflow tools) — showing you how work really happens vs. how you think it happens. We provide sample event logs for the exercises. If you can bring anonymized event log data from your own systems, the results become immediately actionable.
Petri nets are the mathematical engine underneath process simulation — but we teach them as a practical tool, not a math exercise. You'll understand why simulation works the way it does, which makes you better at interpreting results and spotting when a simulation is misleading. The formalism serves the practice.
We use our Aipokit platform for digital twin-based process simulation, plus open-source process mining tools (ProM framework). You'll also see how commercial tools (Celonis, Signavio) fit in the landscape. The concepts transfer regardless of tooling.
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