SimNexus

SimNexus for Industrial Process Simulation

Connected process nodes and resources represented in AdSiF Studio

What SimNexus represents

A connected structure for process nodes, resources, queues, and routes.

SimNexus gives industrial engineers a model vocabulary for describing how work moves through a system, where it waits, which resources it requires, and how scenarios change operational outcomes.

Process nodes

Represent stations, operations, inspections, decisions, and process points in the system.

Resources

Model machines, people, equipment, capacity, and availability that constrain process performance.

Queues

Capture waiting behavior, buffer pressure, work-in-process, and bottleneck formation.

Routes

Describe movement paths, branching logic, sequences, and connected process flow.

Production lines

Represent manufacturing and service systems as connected production structures.

Scenarios

Develop alternatives for resource levels, routing rules, demand, capacity, and process changes.

Who it is for

Built for industrial engineering analysis.

SimNexus supports teams that need discrete event simulation, process simulation, manufacturing simulation, production line simulation, queue simulation, and scenario analysis.

Industrial engineers

Build structured simulation models for systems that include resources, waiting, and routing decisions.

Manufacturing planners

Test capacity, staffing, equipment, and line design alternatives before committing changes.

Operations researchers

Explore performance outcomes across controlled scenarios and operational assumptions.

Simulation education

Teach connected process modeling concepts with practical industrial engineering examples.

Inside AdSiF Studio

SimNexus fits into cloud and desktop simulation workflows.

Use SimNexus with AdSiF Studio project files, cloud workspace access, model development, scenario development, Modelio cloud sessions, simulation run management, and desktop simulation workflows.

Example use cases

  • Production line simulation and bottleneck analysis
  • Queue and resource utilization studies
  • Manufacturing process improvement scenarios
  • Routing, capacity, and staffing comparisons
  • Connected process simulation workflow evaluation