MOOC - ADAS/ADF Testing and Validation Engineer
Vehicle automation overview
The first unit aims to give a general overview of connected and automated driving. At the first two elements, the unit presents the motivations to develop automated vehicles and the well-known standardized SAE levels (Society of Automotive Engineers). The third and the fourth elements present the general approach of vehicle controlling and the testing and validation process of the new functions in these vehicles.
ADAS testing and validation:
The element includes examples of ADAS and automated functions.
ADTESTEUR.U1.E4.PC1
The student knows the most common ADAS (Advanced Driver-Assistance Systems) functions that can be tested according to existing independent (non-internal) protocols/standards.
ADTESTEUR.U1.E4.PC2
The student knows the organizations which provide procedures to test these functions, the student able to associate the potential functions to the defined protocols/standards/regulation.
ADTESTEUR.U1.E4.PC3
The student knows all the conditions and requirements to be fulfilled during the test execution—a condition related to weather, surrounding, data acquisition, preparing of vehicles, etc.
ADTESTEUR.U1.E4.PC4
The student is able to select and set up all of the equipment to accomplish these predefined ADAS tests.
The student understands the operation of targets, driving robots, measurement systems.
The student is aware of the limits and performance of the devices.
ADTESTEUR.U1.E4.PC5
The student knows the principle to assess the measured data and rate the test performances according to the assessment protocols (Focusing on EuroNCAP (European New Car Assessment Programme))
ADTESTEUR.U1.E4.PC6
The student can set up and realize optionally configured scenarios.