To get you under way quickly we regularly hold training sessions. Even customer-specific training and on-site training are possible.
| AUTOSAR | |
| AUTOSAR | Introduction to the main goals and contents of the AUTOSAR standard |
| System Architecture | |
| SystemDesk 3.2 Basic | Modeling, integrating and simulating system architectures and distributed software systems |
| SystemDesk 3.2 Advanced | Advanced features including an automation interface, a container manager and simulation features |
| SystemDesk 4.0 | Modeling software and system architectures according to AUTOSAR R4.0 |
| dSPACE Real-Time Systems | |
| dSPACE Real-Time Systems | Single-processor systems in detail (dSPACE prototyping systems and dSPACE Simulator) |
| ControlDesk | |
| ControlDesk Next Generation Basic | Introduction to ControlDesk instrumentation and management features |
| ControlDesk Next Generation Advanced | Features such as ControlDesk Automation and the Bus Navigator |
| Rapid Prototyping | |
| RapidPro | Introduction to the RapidPro System |
| ECU Autocoding | |
| TargetLink Basic | TargetLink in detail |
| TargetLink Advanced | More TargetLink features |
| TargetLink AUTOSAR Support | Using the TargetLink AUTOSAR Blockset |
| dSPACE SCALEXIO System | |
| dSPACE SCALEXIO System | Introduction to SCALEXIO |
| Test Automation | |
| AutomationDesk | Test automation and test management based on AutomationDesk |
| AutomationDesk Project Process | Using AutomationDesk in a small project and building a custom-library-based test solution |
| Real-Time Testing | |
| Real-Time Testing | Introduction to programming real-time tests based on the Python programming language |
| dSPACE Automotive Simulation Models | |
| ASM Vehicle Dynamics | For real-time simulation of vehicle dynamics behavior in an environment |
| ASM Engine Simulation | Real-time simulation of diesel and gasoline engines |
| ASM Engine InCylinder Simulation | Real-time simulation of an in-cylinder-pressure-based engine |
| FPGA | |
| FPGA Basic | dSPACE provides various real-time components with freely programmable FPGAs |
| FPGA Electric Drives | The training course will equip you with all the skills you need for working with the dSPACE XSG Electric Components Library |
| Bus Systems | |
| RTI CAN MultiMessage Blockset | Handling complex CAN setups in hardware-in-the-loop applications |
| dSPACE FlexRay Configuration Package | |
| dSPACE FlexRay Configuration Package | Simulation of one or more nodes in FlexRay networks |
Learning by Doing
Our training rooms are equipped with one dSPACE system for every two participants. The number of participants is limited to 12 persons. When there are more than eight participants, we use two trainers to guarantee that each participant gets optimal support.
Ask the Expert
Training sessions are led by experienced dSPACE application engineers.
Language
The courses are held in English or German, depending on the nationality of the participants.
Fee
Please pay the participation fee after receiving your confirmation of registration and the bill. With the confirmation you will also receive a map showing how to reach us and information about accommodations.
The fee includes course material (in English), a certificate for successful participation, lunch break, coffee break and refreshments.
Customer-Specific Training
Customer-Specific Training
We offer on-site training and individual training on demand. If you are interested, we can also carry out training at our two Project Centers in Munich (Germany) and Stuttgart (Germany). A minimum of 4 participants is required. For special schedules, please contact us via phone or e-mail.
Course Fees
Our course fees are as follows:
1-day course EUR 770.-
2-day course EUR 1070.-
3-day course EUR 1380.-
If two 1-day courses are held on successive dates, these can be combined in a package deal of EUR 1070.-
You can also combine a 1-day course with a 2-day course, for which we charge EUR 1380.-
