This training focuses on Modelica language fundamentals, equation-based modeling, multi-domain system simulation, component-based modeling, and real-world engineering applications.
Overview
OpenModelica Essentials Training is a practical, hands-on program designed to introduce learners to system modeling and simulation using OpenModelica. This training focuses on Modelica language fundamentals, equation-based modeling, multi-domain system simulation, component-based modeling, and real-world engineering applications. Participants will gain foundational experience in building and simulating physical systems such as mechanical, electrical, thermal, and control systems using OpenModelica.
Learning Outcomes
• Understanding of equation-based modeling concepts
• Ability to build system models in OpenModelica
• Skills in multi-domain simulation
• Knowledge of component-based modeling
• Capability to analyze simulation results
Duration & Delivery Mode
14 hours
Target Audience
• Mechanical, Electrical, and Systems Engineers
• Simulation and Modeling Engineers
• Automotive and Aerospace Engineers
• Research and Development Professionals
• Students in engineering and applied sciences
Pre-requisites
• Basic understanding of mathematics and engineering concepts
• Familiarity with basic programming logic is helpful
• Interest in system modeling or simulation
• No prior Modelica experience required
Skillset Achieved
• Understanding of Modelica language fundamentals
• Ability to build component-based system models
• Multi-domain simulation (mechanical, electrical, thermal) basics
• Equation-based modeling concepts
• System behavior analysis and simulation execution
• Use of OpenModelica environment for modeling
• Interpretation of simulation results
Course Outcome
Upon completion of this training, participants will be able to build and simulate basic engineering systems using OpenModelica. They will be capable of modeling multi-domain systems, analyzing system behavior, and interpreting simulation outputs for engineering applications.
Course Outline
Introduction to OpenModelica and System Modeling
• Overview of Modelica and OpenModelica environment
• Equation-based vs block-based modeling
• Modelica language structure fundamentals
• Setting up simulation projects
Basic Modeling Concepts
• Components and connectors in Modelica
• Simple mechanical system modeling
• Variable definition and equations
• Basic simulation execution
Multi-Domain System Introduction
• Overview of mechanical and electrical systems modeling
• Energy-based modeling concepts
• System interaction fundamentals
• Building simple coupled systems
Hands-on exercises
Advanced Component-Based Modeling
• Creating reusable components
• Parameterization of models
• Hierarchical system modeling
• Model libraries overview
Simulation and Analysis Techniques
• Running simulations and interpreting results
• Plotting variables and system behavior
• Debugging model issues
• Performance and stability considerations
Real-World System Modeling Applications
• Engineering system simulation use cases
• Automotive and mechanical system examples
• Control system integration basics
• Introduction to optimization concepts
Hands-on exercises
Assessment Topics
• Modelica language fundamentals
• System modeling concepts
• Mechanical and electrical system simulation
• Component-based modeling
• Simulation execution and analysis
• Multi-domain engineering systems
Evaluation
• System modeling assignments
• Simulation execution tasks
• Multi-domain modeling exercises
• Final mini simulation project
Course Materials
Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.
Certification
Participants who successfully complete the training will receive an AcadNXT Certification in OpenModelica Essentials Training, validating their expertise in system modeling, simulation engineering, and multi-domain physical system analysis using OpenModelica.
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What Our Students Say
“The training made system modeling concepts very easy to understand and apply.”
“Excellent structured introduction to Modelica and simulation workflows.”
“The course helped me build and analyze engineering system models effectively.”
“Very practical and beginner-friendly simulation training.”
“This course is perfect for starting a career in engineering simulation and modeling.”