Baitong Kexin
Contact
Baitong Kexin automotive training equipment production and verification facility

BTKX — Service

Virtual Simulation Development

Develop automotive simulation and digital resources for your course, with documented vehicle-diagnosis and joint software-development projects.

Digital Practice

Digital Practice for Your Course.

Define the vehicle or component, the practical actions students will perform and the assessment record before development begins.

  • Model and Tasks

    Specify the represented equipment, permitted operations and modeled fault cases.

  • Teaching and Assessment

    Agree virtual measurements, procedures, scoring and reference resources for the lesson.

  • Deployment and Rights

    Campus software normally uses client/server deployment. PC, VR, AR or XR delivery depends on the agreed hardware and licenses; browser-only SaaS requires a separate project design. Confirm acceptance and any joint copyright arrangement in the contract.

Delivered Projects

Two Documented School Projects.

The interfaces above illustrate standard software titles. The college projects below have their own agreed scope.

Guangdong Mechanical & Electrical Polytechnic

Custom Corolla ZRE151/152/153 diagnosis software with 19 open-circuit faults, score statistics and repair-manual retrieval.

View the Custom Project

Jilin Communications Polytechnic

AC and DC charging teaching software completed in September 2023, with two jointly registered software copyrights.

Registrations: 2023SR1515097 and 2023SR1582884. September 2023 is the completion month; certificate dates record registration.

View the Joint Development

Delivery Process

From Teaching Brief to Acceptance.

Faculty review connects the requested lesson with the working software.

  1. Define the Lesson

    Review the course, physical equipment, learner actions and intended assessment with the faculty.

  2. Review Working Versions

    Demonstrate development milestones and refine the modeled tasks with the instructors.

  3. Validate and Hand Over

    Complete the agreed acceptance checks and prepare the deployment and ownership records.

Platforms, Course Directions and Licensing

Build Digital Practice Around a Specific Vehicle, Task and Assessment.

Beijing Baitong Kexin Machinery Equipment Co., Ltd. develops automotive virtual simulation for vocational schools. Delivered references include a Toyota Corolla ZRE151/152/153 fault-diagnosis simulation with 19 open-circuit faults for Guangdong Mechanical & Electrical Polytechnic, and two jointly registered software copyrights with Jilin Communications Polytechnic. Client/server deployment and PC, VR, AR or XR delivery are selected to match the teaching task.

  • Vehicle model

    Model the agreed teaching vehicle; the Corolla ZRE151/152/153 project is a delivered reference.

  • Fault set

    Agree fault count, type and logic against the syllabus. The Corolla reference contains 19 open-circuit faults; documented competition packages specify ≥80 measurement points and ≥300 data items.

  • Joint intellectual property

    Agree ownership and joint registration in the development contract; two Jilin Communications Polytechnic registrations provide a reference.

  • Delivery platform

    PC client, compatible VR headsets, AR glasses or tablets, or XR interactive devices such as zSpace; client/server campus deployment.

  • Data and assessment

    Timed scoring, visualized grade management and interfaces aligned with national smart education platform standards; integration requirements confirmed per project.

Delivery Formats

  • PC Classroom

    Desktop practice for task familiarization, repeatable procedures and standardized operation drills on an agreed computer configuration.

  • VR

    A compatible headset and controllers support immersive component observation and modeled procedural exercises.

  • AR

    Compatible glasses or tablets overlay agreed virtual content on a physical teaching scene.

  • XR

    Interactive 3D workstations, including zSpace options, support spatial study with the hardware and licensed software matched in the project schedule.

Supported Course Directions

Hardware, licensed content and assessment scope are agreed in the delivery schedule.

  • Drive motor assembly and adjustment

    Model the agreed motor components, assembly sequence and adjustment tasks, with the represented equipment and procedures confirmed for the project.

  • NEV maintenance and power battery testing

    Select vehicle-maintenance and battery-testing tasks around the course, then agree the virtual instruments, fault cases and assessment record.

  • AC charging pile assembly and adjustment

    Connect the represented charging components, assembly actions and adjustment procedures with the physical trainer used by the course.

  • Volkswagen ID.4 J965 fault diagnosis and repair

    Match the ID.4 J965 diagnosis and repair exercises to the selected software title, modeled fault cases and licensed deployment.

  • Power battery assembly and adjustment

    Represent the specified battery assembly and adjustment sequence, with component scope and permitted virtual actions confirmed before delivery.

  • Electric-drive competition tasks

    Match virtual practice to the named event’s electric-drive equipment and technical-file version.

  • Fault-setting platform competition tasks

    Align the modeled connection platform, fault logic and diagnostic tasks with the competition equipment selected for the project.

Good fit if you need:

  • A specific teaching vehicle or fault set beyond the standard software range
  • Joint software copyright registration and agreed institutional research outputs
  • Simulation matched to a named competition device and task-file version

A different scope is needed for:

  • Consumer driving simulators or games
  • Browser-only SaaS assumed as standard; the usual architecture is client/server and alternatives require project design
  • A syllabus outside automotive, agricultural machinery or NEV topics