Introduction
Applicable majors: software technology, mobile application
development, computer application technology and other professional
Enterprise positions: software testing engineer, vehicle-mounted
testing engineer, embedded testing engineer
Applicable scenarios: professional teaching, comprehensive training,
competition training, exhibition display
Course products: courses on software testing technology and automated testing tools
Project products: Intelligent cockpit test, vehicle-engine network communication protocol test, charging system test, etc. based on intelligent networked automobile industry. The training test technology stack includes functional test, interface test, automation test, performance test and other comprehensive test items
Hardware systems: Intelligent network-connected vehicle system sandtable
Feature
The mainstream of technical
solutions
The testing system is the automotive-grade
product, with strong industry attributes and mainstream architecture,
mainstream application types of the system under test, and mainstream testing
technology, methods, and tools.
Comprehensive job skills
Based on the TOPCARES teaching method, the lab
fully matches the employment needs of test engineers, and drives the learning
of test technology skills with project practice, covering the entire process of
vehicle testing, test demand analysis, test plan formulation, test case design,
test execution, and test summary analysis.
The course structure integrates engineering and
learning
The curriculum system is established by referring to the professional national standards and talent training plans, which are derived from "positions-typical work tasks-professional abilities". The learning areas are divided accordingly, and the course structure is organized based on the enterprise's work process. This ensures a seamless connection between the course content and professional standards, as well as between the teaching process and production process of the enterprise.
The teaching design is easy to understand and progressive
The learning and training of each technology
stack in the test are systematically completed according to the work scenario,
following a staged and task-based approach that aligns with students' cognition
and growth rules. This approach ensures clear learning goals and comprehensive
skills development. Additionally, the same business scenario project is
integrated throughout the teaching process to enhance understanding of business
needs.
Rich and diverse teaching resources
It is equipped with a hardware and software integrated test system, product requirement specification, toolkit, various test documents, test scripts, project curriculum standards, teacher version work pages, student version work pages, and micro videos to facilitate teaching implementation.