Baitong Kexin
Contact

New Energy Vehicle Education

EV Performance Testing & Diagnostics Training

Teach the test arrangement, not just the result. Connect architecture, charging, loading and signal evidence in a defined EV testing course.

Connect test hardware and software with measurement planning, system testing, data interpretation and diagnostic reporting.

Plan This CourseExplore the Curriculum
High-Voltage EV Architecture Teaching Platform
High-Voltage EV Architecture Teaching Platform
Learners
Advanced NEV learners and technical instructors
Practical Focus
Architecture / Charging / Loading / Data
Learning Pathway
Measurement plan to defensible test findings
Course Modules
6 practical modules

Why This Course Matters

A useful result starts with a defined measurement chain.

Vehicle test data can combine physical sensors, controller-reported values and calculated quantities. Learners need to know where each number comes from, which conditions apply and what evidence supports a diagnostic or performance conclusion.

Workplace Task Connections

Map test channels, document operating limits, compare compatible-system data and explain the measurement and calculation boundaries.

What Institutions Need to Build

A matched test arrangement with confirmed interfaces, instrumentation and software, plus an instructor-approved demonstration and assessment plan.

Connect every conclusion to a channel and a test condition.

Use the architecture and test objects as the context, the acquisition hardware and software as the evidence chain, and the report as an opportunity to examine assumptions and limits.

The Learning Experience

A Curriculum Built Around Real Tasks.

Map the system before selecting a test. Build separate modules for charging, acquisition, wheel-end response and signals, then combine their evidence where the configuration supports it.

Test foundations

Establish the boundary before the measurement.

Use the high-voltage architecture platform and data hardware to identify the supplied battery, drive and measurement relationships.

Suggested Practical Tasks

  • Map the supplied architecture and compatible test objects.
  • Distinguish measured, controller-reported and calculated values.
  • Record the confirmed channels, limits and instructor-approved conditions.

Learner Evidence

A system diagram and channel-level measurement plan.

Matched Equipment & Resources

Charging test module

Read charging data in its test context.

Use the liquid-cooled DC charging test arrangement with the matched equipment and documented cooling and output conditions.

Suggested Practical Tasks

  • Identify the charging interfaces, cooling arrangement and compatible test object.
  • Record the approved charging observations and data sources.
  • Explain the selected result within the documented operating limits.

Learner Evidence

A charging test record and bounded interpretation.

Matched Equipment & Resources

Data-analysis module

Explain where each reported value comes from.

Pair the data terminal and power analyzer with compatible monitoring software to connect measurement channels with recorded system data.

Suggested Practical Tasks

  • Map the configured channels and their source information.
  • Compare selected records from an approved operating condition.
  • Identify the sensors or calculations required for the conclusion.

Learner Evidence

A channel map and comparative data report.

Matched Equipment & Resources

Drive-response module

Keep the command and observed response together.

Use the hub-loading arrangement and its compatible control software for the permitted speed and torque investigations.

Suggested Practical Tasks

  • Record the matched drivetrain, loading limits and approved condition.
  • Compare the supported direction or response observations.
  • Explain the selected speed and torque information without extending beyond the evidence.

Learner Evidence

A command-and-response record with measurement limitations.

Matched Equipment & Resources

Signal-analysis module

Use the trace to answer a circuit question.

Use the diagnostic signal platform and compatible signal software with the separately specified generators and oscilloscopes.

Suggested Practical Tasks

  • Identify the assigned circuit, input and output signals.
  • Record the approved waveform and measurement settings.
  • Compare the selected observations and explain a supported fault task.

Learner Evidence

A circuit explanation and labeled signal records.

Matched Equipment & Resources

Course assessment

State what the test establishes.

Combine compatible-system records only where the actual channel and timing arrangements support the comparison.

Suggested Practical Tasks

  • Define the test question and the relevant evidence.
  • Document conditions, channel sources and calculation methods.
  • Explain the result, unresolved questions and limitations.

Learner Evidence

An individual test report assessed for traceability and interpretation.

Matched Equipment & Resources

Adapt the modules, practical hours and assessment to your program. Practical work follows your institution’s approved procedures and the equipment manual.

Download Sample Course Outline

Training Equipment

Match the Equipment to the Skills.

Explore the stations, instruments and digital resources used in this course, with links to the modules they support.

Architecture & liquid-cooled charging

Define the compatible architecture, charging interfaces and operating envelope.

Acquisition hardware & system-data software

Plan the measurement channels, data sources and monitoring software needed for each experiment.

Wheel-end loading & control

Match the loading arrangement, drivetrain interfaces and control package.

Diagnostic signals & monitoring

Connect the circuit exercise with separately specified instruments and software.

Plan Your Teaching Setup.

Choose the equipment, digital resources and quantities around your syllabus, class size and practical timetable.

Plan the Equipment Mix

For connected practical tasks, review the station interfaces, accessories, software and measurement setup with your instructors before ordering.

Explore Performance Testing & Diagnostics Equipment

Beyond the Hardware

Give Your Faculty a Course They Can Teach.

Baitongkexin’s course-development service helps your faculty connect the syllabus, lesson plans, practical task sheets and assessment materials with the selected equipment.

Baitongkexin Curriculum Development

For the Course Leader

Course Plan & Outcome Map

Connect the 6 modules with learner prerequisites, practical hours, equipment and local occupational requirements.

For the Instructor

Lesson & Demonstration Resources

Define the presentations, supporting media, equipment references and demonstration guidance needed for the agreed tasks.

For the Learner

Practical Task Sheets

Structure preparation, observations, measurement records and individual explanations around the actual station or software task.

For the Assessor

Rubrics & Evidence Records

Specify observable criteria and distinguish preparation, virtual records, physical workmanship and diagnostic interpretation.

From Course Idea to Teaching Delivery

Plan the Program as a Whole.

Use the course map to discuss the learning, equipment, resources and faculty preparation together.

  1. 01Define

    Learning Needs

    Review prerequisites, local workplace tasks and the required outcomes for testing & diagnostics.

    Output: Agreed course brief

  2. 02Design

    Course & Laboratory

    Map the selected modules to stations, digital resources, room conditions and learner rotation.

    Output: Course and equipment map

  3. 03Prepare

    Resources & Instructors

    Specify the resource package, equipment-based instructor preparation and commissioning responsibilities.

    Output: Defined delivery schedule

  4. 04Review

    Teaching Readiness

    Check the agreed equipment, resource versions and demonstration tasks with the faculty.

    Output: Readiness and acceptance record

Laboratory & Delivery Planning

Match the Learning Task With the Teaching Environment.

Review station access, utilities, computers, shared instruments and group organization before finalizing the equipment schedule.

Baitongkexin EV Laboratory Planning

Faculty Preparation

Prepare the People Who Will Teach.

Define equipment demonstrations, resource use and task assessment in the instructor-support scope for the selected configuration.

Explore Instructor Preparation

Where the Skills Can Lead

Connect Learning With Workplace Tasks.

Use these directions to discuss course relevance with local employers and define the next stage of role-specific development.

EV test laboratory support

Channel maps and condition records provide a base for supervised measurement and test-assistant work.

Course connection: Test planning + traceability

Charging test support

Charging interfaces and bounded test records support further role-specific charging investigation.

Course connection: Charging + operating conditions

Drive-response analysis support

Loading records and torque/speed interpretation connect with supervised drivetrain test tasks.

Course connection: Load response + measurement

Diagnostic data support

Signal evidence and source-aware reports support further diagnostic and data-review training.

Course connection: Signals + data interpretation

Use these skills as a starting point for discussions with local employers about qualifications and further training for each role.

Course Planning Questions

Before You Build the Program.

Q01

Do these eight items form a ready-connected test system?

Not automatically. Confirm the full interface, channel, power, cooling, mechanical and software schedule for the selected arrangement before planning connected tests.

Q02

Can a power analyzer measure mechanical output by itself?

Mechanical output requires a suitable torque/speed measurement chain or an explicitly identified calculation source. Define that evidence separately.

Q03

Does the wheel-end platform include a standard drive cycle or efficiency map?

A standardized drive-cycle or complete efficiency-map package is not assumed. Specify the desired loading points, measurements and calculation method for review.

Q04

Are the monitoring software and instruments included with every platform?

Hardware, software, sensors, generators and oscilloscopes have different scope roles. List each required item and its compatibility in the agreed configuration.

Build Your Course

Start With the Learning. We’ll Map the Setup.

Tell Baitongkexin who you teach, which testing & diagnostics tasks matter and what your institution already has. Use the brief to begin a focused planning conversation.

Create a course brief below, then copy or download it to send with your inquiry.

Contact the Baitongkexin Team

Connected Learning

Connect this course with the next practical task in your program.

View All Courses & Training