A curated list of delightful and free automotive engineering resources, looking for contributors ❗

A powerful automotive ECU development tool. UDS, CAN-TP, DOIP, LIN , Script(TS) like CAPL, HIL Test

CAPL Support for VS Code

The library of functions written in CAPL.

A capl dll to support bootloader test in Canoe

CANoe XmlTestModule 测试报告美化工具

Django webapp to generate CAPL scripts from .xls test cases

A Python equivalent for CAPL. Python utility to send and receive CAN messages through CANalyzer

Python tool to auto-generate Vector CANoe / CANalyzer configuration artifacts for CAN and LIN networks from CAN DBC and LIN LDF inputs, combined with structured Excel workbooks.

Developed a Rest Bus Simulation for automotive Electronic Control Units (ECUs) using Canoe. The project involved creating custom panels, writing CAPL scripts for handling various message types (event, fixed periodic, event periodic) and designing a complete DBC (Database Creation) to facilitate efficient message management and testing.

A CANoe project with CAPL and pannel for a simple vehicle body electronics system (CAN-Comfort) full validation.

No description provided.

Python interface to automate and communicate with CANalyzer CAPL functions.

Testing of RADAR BSW (Base Software) modules for Medium Range Radar (MRR), focusing on Customer Diagnostics (CD), Communication Manager (COM), and Fault Management (FM). Includes requirement analysis, test case design & execution, automation scripts, and defect tracking to ensure radar performance and reliability in real-time automotive application

No description provided.

Validated Hill Start Assist (HSA) functionality using the Electronic Braking ECU on a dSPACE Scalexio HIL test bench. Focused on braking logic, standstill scenarios, and compliance with automotive safety standards. Implemented automated HIL test execution in Python, performed fault injection, requirement traceability (DOORS/RQM), and ensured robust

Worked on the RADAR ASW (Application Software) module for Adaptive Cruise Control (ACC), specifically for the Medium Range Radar (MRR) system. The project focused on validating and enhancing radar-based ACC functionalities, ensuring effective communication, diagnostics, and fault management to support real-time vehicle operations. Responsibilities

Verify eMMC mount on TBox after suspend/resume in unified vehicle controller