Learning by Doing
We believe in learning by doing. Our training curriculum takes a hands-on approach and provides all necessary dSPACE hardware and software tools to reach your learning goals. Class sizes are determined to provide you an experiential learning experience with optimal support and individual attention for every participant.
Ask the Experts
Training sessions are led by experienced dSPACE application engineers that bring years of industry experience to the class.
Upon completing the online registration form, you will receive information regarding payment options. Once payment is complete a confirmation email will be sent with logistics information (including area accommodations). The course fee includes course material, a certificate of successful completion, lunch, and refreshments.
|1-day course||Wixom, MI, dSPACE office||$1200 USD|
|2-day course||Wixom, MI, dSPACE office||$2000 USD|
|1-day course||Regional location||$1400 USD|
|2-day course||Regional location||$2200 USD|
* Discounts offered for multiple students!
Seating is limited for training classes. If you are unable to secure an open seat for a training class you are interested in, we will add your name to a waiting list and contact you if a seat becomes available.
dSPACE will fully refund training class fees if written notification (via mail or email) is received at least ten (10) business days before the scheduled class date.
If a cancellation notice is received at least five (5) business days prior to the scheduled class, dSPACE will refund 75% of your tuition fee.
Last-minute cancellations, received 1-4 business days before the scheduled class date, and no shows will result in full forfeiture of the tuition fee. A substitute can be sent in your place to avoid forfeiture of the full tuition fee.
In the event of unforeseen circumstances, including but not limited to inclement weather, trainer unavailability, lack of participation, etc., dSPACE may choose to reschedule or cancel a particular class. In the case of cancellation, notification will be issued at least one week prior to the class start date. Should this occur, registered attendees will be entitled to reschedule their training to another class date or a full refund of paid tuition fees.
|AUTOSAR and System Architecture|
|AUTOSAR and SystemDesk||Introduction to the main goals and contents of the AUTOSAR standard and the SystemDesk tool for modeling system architectures|
|System Modeling with SystemDesk 4.2||Modeling software and system architectures according to AUTOSAR R4.x|
|Simulating with SystemDesk 4.2||Simulating AUTOSAR systems without additional hardware|
|dSPACE Real-Time Systems|
|Single-processor systems in detail (dSPACE
prototyping systems and
|Introduction to ControlDesk instrumentation and management features|
|ControlDesk Next Generation Advanced||Features such as ControlDesk Automation and the Bus Navigator|
|ControlDesk Next Generation Including Migration||Gain experience in handling experiments and visualizing model variables on instrument panels|
|Rapid Control Prototyping|
|RapidPro System||Introduction to the RapidPro System|
|TargetLink Basic||Introduction to TargetLink|
|TargetLink Advanced||More TargetLink features|
Using the TargetLink AUTOSAR Blockset
|dSPACE SCALEXIO System|
|dSPACE SCALEXIO System||Introduction to SCALEXIO|
|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|
|Advance AutomationDesk||The 1-day course discusses the structures and processes needed to integrate AutomationDesk in an existing test process.|
|Real-Time Testing||Introduction to HIL simulation|
|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||For real-time simulation of vehicle dynamics behavior in an environment|
|ASM Battery Simulation||Concept and the structure of the ASM Battery model|
|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|
|SYNECT Test Management|
|SYNECT Test Management||Processing test data with SYNECT Test Management, including all the steps from handling requirements, test cases and execution plans to executing tests and evaluating the test results|