ITI Academy

Interpretation of Results

The task at hand is the evaluation of simulation results for their validity and usability as well as the comprehension and interpretation of occurring effects and phenomena from a mathematical and physical point of view. This course aims at conveying generally applicable principles and methods for checking and evaluating simulation results presented in the form of about 100 rules derived from many years of experience. more

Interpretation of Results

The task at hand is the evaluation of simulation results for their validity and usability as well as the comprehension and interpretation of occurring effects and phenomena from a mathematical and physical point of view. This course aims at conveying generally applicable principles and methods for checking and evaluating simulation results presented in the form of about 100 rules derived from many years of experience. more

Code export

This course gives you a comprehensive insight into SimulationX’ versatile code export capabilities. Through suitable examples, you will learn how to embed SimulationX models in other environments, such as MiL, SiL, HiL or RCP. more

Interfaces

Several interfaces guarantee a seamless integration of SimulationX and its models into other CAE environments and process cycles. Learn which interface is most suitable for you and how to use it. more

Green Building

In this course, you will learn how to use the Green Building package for modeling and simulating building systems including energy relevant sub-systems, such as electric vehicles. more

Introduction to SimulationX I – Fundamentals

This course lays the foundation for the effective use of SimulationX. Gain comprehensive insight into the application’s functionality and learn about its vast potential for modeling, simulating and optimizing complex, technical systems. Eventually, you will learn how to create your own models for custom applications. more

Introduction to SimulationX II – Advanced Modeling

Learn more about modeling. Create custom functions, calculation blocks, model types as well as model libraries and packages. We show you the potentials of the Modelica based TypeDesigner, and you will learn through suitable examples how to create libraries without any knowledge of programming. more

Introduction to SimulationX III – Methods for Calculations and Analyses

Make use of what you learned in the “Introduction to SimulationX – Fundamentals” and “Advanced Modeling” to take it one step further and become even more efficient in modeling, calculating and analyzing. This course also gives an overview of available interfaces for real-time simulations, process automation (scripting) and external software. more

Introduction to SimulationX I – Fundamentals

This course lays the foundation for the effective use of SimulationX. Gain comprehensive insight into the application’s functionality and learn about its vast potential for modeling, simulating and optimizing complex, technical systems. Eventually, you will learn how to create your own models for custom applications. more

Pneumatics

This course exemplifies how to model pneumatic valves and drives, clutch actuating systems, pneumatic handling equipment as well as mixes of different gases. more

Mechanics 1D

This course is about 1D mechanics and aims at learning how to create and analyze linear and non-linear oscillator chains quickly as well as complex systems for power transmissions and drivelines, various mechanisms and engine suspension. more

Steady-State Simulation

Learn how to quickly simulate and analyze excitation in machinery foundations, combustion engines with elastic crankshafts and cranks, powertrains as well as steady-state phenomena in other domains. more

Introduction to SimulationX I – Fundamentals

This course lays the foundation for the effective use of SimulationX. Gain comprehensive insight into the application’s functionality and learn about its vast potential for modeling, simulating and optimizing complex, technical systems. Eventually, you will learn how to create your own models for custom applications. more

Introduction to SimulationX II – Advanced Modeling

Learn more about modeling. Create custom functions, calculation blocks, model types as well as model libraries and packages. We show you the potentials of the Modelica based TypeDesigner, and you will learn through suitable examples how to create libraries without any knowledge of programming. more

Debugging and Model Optimization

This course will broaden your knowledge about internal processes of SimulationX calculations and typical error scenarios. This knowledge then allows you to systematically pinpoint occurring errors and their origin within the model in order to eventually solve them on your own. The focus lies on understanding and mastering the Tracing feature in SimulationX as the key tool for troubleshooting. more

Fault Tree Analysis and SafetyDesigner

This course will introduce you to modeling and analyzing failure modes and reliability studies in SimulationX. You will learn the basics of failure analysis and get a better understanding of modeling and parameterizing failure modes in SimulationX with the integrated HiP-HOPS tool. more

Introduction to SimulationX I – Fundamentals

This course lays the foundation for the effective use of SimulationX. Gain comprehensive insight into the application’s functionality and learn about its vast potential for modeling, simulating and optimizing complex, technical systems. Eventually, you will learn how to create your own models for custom applications. more

Control Engineering

The goal of this course is to learn how to design RPM and position controlled drives (PID controller) as well as how to model and analyze non-linear controllers. more

Mechatronics

This course’s main focus lies on designing and analyzing controlled drives, test stands and devices, stepper motor drives as well as controlled synchronous and asynchronous motors. The introduction to SimulationX and the Mechanics course form the basis for this seminar. more

Introduction to SimulationX I – Fundamentals

This course lays the foundation for the effective use of SimulationX. Gain comprehensive insight into the application’s functionality and learn about its vast potential for modeling, simulating and optimizing complex, technical systems. Eventually, you will learn how to create your own models for custom applications. more

Mechanics 1D

This course is about 1D mechanics and aims at learning how to create and analyze linear and non-linear oscillator chains quickly as well as complex systems for power transmissions and drivelines, various mechanisms and engine suspension. more

Hydraulics

Suitable examples will demonstrate how to model valves, hydraulic drives, end cushioning of cylinders and proportional directional valves easily and quickly. more

Thermal

You will learn how to create, model and analyze heat exchangers, open systems and thermodynamic cycles. more

FEM and CAD Import

We will show you how you can expand SimulationX MBS models by single CAD elements or entire CAD assemblies using the CAD import functionality. Suitable examples will illustrate the import of elastic structures from FE software programs. more

Vehicle Dynamics

Based on a quarter vehicle model and several component models, such as the steering mechanism and the suspension, you will learn step by step how to create an entire passenger car model in motion. more

Introduction to SimulationX I – Fundamentals

This course lays the foundation for the effective use of SimulationX. Gain comprehensive insight into the application’s functionality and learn about its vast potential for modeling, simulating and optimizing complex, technical systems. Eventually, you will learn how to create your own models for custom applications. more

Introduction to SimulationX II – Advanced Modeling

Learn more about modeling. Create custom functions, calculation blocks, model types as well as model libraries and packages. We show you the potentials of the Modelica based TypeDesigner, and you will learn through suitable examples how to create libraries without any knowledge of programming. more

Introduction to SimulationX III – Methods for Calculations and Analyses

Make use of what you learned in the “Introduction to SimulationX – Fundamentals” and “Advanced Modeling” to take it one step further and become even more efficient in modeling, calculating and analyzing. This course also gives an overview of available interfaces for real-time simulations, process automation (scripting) and external software. more

Debugging and Model Optimization

This course will broaden your knowledge about internal processes of SimulationX calculations and typical error scenarios. This knowledge then allows you to systematically pinpoint occurring errors and their origin within the model in order to eventually solve them on your own. The focus lies on understanding and mastering the Tracing feature in SimulationX as the key tool for troubleshooting. more

Introduction to SimulationX I – Fundamentals

This course lays the foundation for the effective use of SimulationX. Gain comprehensive insight into the application’s functionality and learn about its vast potential for modeling, simulating and optimizing complex, technical systems. Eventually, you will learn how to create your own models for custom applications. more

Mechanics 1D

This course is about 1D mechanics and aims at learning how to create and analyze linear and non-linear oscillator chains quickly as well as complex systems for power transmissions and drivelines, various mechanisms and engine suspension. more

Drive Systems

After completing the introduction and mechanics courses successfully, you will learn how to easily model powertrain components with varying depths of detail and how to optimize your entire model effectively. The seminar offers several specializations for you to choose from. more

Modelica

This course introduces you to the object oriented model description language “Modelica”. You will learn the basics of modeling and simulation through appropriate examples of the Modelica libraries for physical domains. more

Drive Systems

After completing the introduction and mechanics courses successfully, you will learn how to easily model powertrain components with varying depths of detail and how to optimize your entire model effectively. The seminar offers several specializations for you to choose from. more