
Learn the automotive can network theory and practical setup using Vector CANoe, CANalyzer, and CAPL, configuring the application layer to read and analyze network messages for job-ready skills.
Explore how a CAN message frame starts, uses 11- or 29-bit identifiers in arbitration, carries a data field up to 8 bytes, and employs CRC to detect errors.
Create a cluster hmi node by mapping received can signals to display engine status, define transmitter and receiver messages, and simulate the network with a database, signals, and filters.
Define and map the cluster hmi node by configuring and assigning cycle times to CAN messages, creating message attributes, and updating the received signals for accurate network timing.
Learn how real CAN messages travel on the network by wiring real hardware, enabling channels, setting bitrates, and observing application messages through a live trace.
Map engine control unit signals to an airbag can network via a gateway, using rpm and velocity to guide brake decisions. Define signals in a database and simulate can traffic.
· Learn the general network communication principles
· Have an Idea of the OSI layer
· Learn in detail the CAN OSI physical layer
· Analyze the real CAN network in real vehicles
· Be able to face with an automotive harness issue
· Learn in detail the Vector CANOE software
· Learn in detail the CAPL language to stimulate CAN messages on a real CAN Network
· Learn the CAN transceiver function with the related electronic circuit
· Learn all the Vector CANOE software add on components:
CAN network database ( CAN DB + +)
Define CAN nodes
Define CAN Messages
Define CAN signals
Assign value tables to CAN signals
Define the relevant value attributes to run properly the CAN simulation
CAN interactive generator block
CAN Replay block
Take a CAN log acquisition
Fields of the CAN trace window
Visual panel programming ( switch on a virtual car engine , virtual acceleration and deceleration , showing of the engine speed on an analog gauge)
·Integral videos, in my workshops you will see what is happening in real time , I do not cut and paste the video recordings
Continue troubleshooting Vector CANOE run time errors and compilation
· No required previous knowledge is required,
· I will explain step by step what you need for to pass from Beginner to Advanced Automotive Expert
Apply immediately for automotive programming/ testing positions!