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New Energy Vehicle Education

EV Fundamentals & High-Voltage Safety Training

Build a shared foundation for every EV practical. Connect system recognition, electrical reasoning, harness work and supervised safety simulation.

Baitongkexin brings physical displays, electrical teaching platforms and digital resources together for EV foundation teaching at vocational colleges and technical institutes.

Plan This CourseExplore the Curriculum
EV High-Voltage Safety Simulation Trainer
EV High-Voltage Safety Simulation Trainer
Learners
Entry-level automotive and NEV learners
Practical Focus
System recognition / Circuits / Safety
Learning Pathway
Foundation before specialist practice
Course Modules
6 practical modules

Why This Course Matters

A technical vocabulary for the whole EV workshop.

Learners meet battery systems, drive assemblies and vehicle circuits before they can investigate them. A foundation course should help them identify what they are looking at, explain circuit relationships and recognize the boundaries of an authorized practical task.

Workplace Task Connections

Component identification, diagram reading, appropriate instrument selection and clear task records underpin later battery, motor and vehicle-diagnosis training.

What Institutions Need to Build

A repeatable introduction that connects visual teaching, electrical fundamentals and supervised simulation before learners move to specialist stations.

Build understanding before independent practice.

Use visible structures to establish the system map, electrical tasks to develop evidence-based reasoning and simulation to rehearse an approved learning sequence.

The Learning Experience

A Curriculum Built Around Real Tasks.

Move from system structure to circuits and harness work. Keep safety simulation and emergency-response practice within their own instructor-led teaching scope.

System foundations

Read the vehicle as connected systems.

Use the display wall, drive structure display and exploded assembly to relate components to their place in the system.

Suggested Practical Tasks

  • Identify the physical samples and components actually supplied.
  • Compare a diagram with the sectioned or exploded structure.
  • Explain the documented relationship between battery, motor and drive components.

Learner Evidence

An annotated component map and a short system explanation.

Matched Equipment & Resources

Electrical foundations

Turn a circuit diagram into a measurement question.

Use the electrical platform and teaching resources to connect components, diagrams and permitted measurements.

Suggested Practical Tasks

  • Identify the components required for an assigned teaching circuit.
  • Complete an instructor-approved circuit or measurement exercise.
  • Record readings with units and explain the circuit behavior.

Learner Evidence

A circuit diagram, measurement sheet and evidence-led explanation.

Matched Equipment & Resources

Workshop fundamentals

Make the connection visible and inspectable.

Use the harness kit for task-matched wire preparation, connector handling and terminal replacement under supervision.

Suggested Practical Tasks

  • Identify the connector, terminal and tools specified for the task.
  • Carry out the approved preparation or replacement exercise.
  • Inspect the finished practice piece against the instructor’s criteria.

Learner Evidence

A labeled practice piece and inspection record.

Matched Equipment & Resources

Supervised simulation

Explain the isolation logic before the practical.

Pair the physical safety simulation trainer with the teaching software to discuss isolation and interlock concepts.

Suggested Practical Tasks

  • Identify the documented circuit and interlock relationships.
  • Rehearse a supported virtual or simulated isolation task.
  • Explain the checks and authorization boundaries in the institution’s lesson.

Learner Evidence

A simulation task record and annotated safety-sequence explanation.

Matched Equipment & Resources

Response preparation

Understand the role of response training.

Use the feedback manikin and non-shocking AED trainer for the instructor’s approved response lesson. Keep its assessment separate from electrical practical competence.

Suggested Practical Tasks

  • Identify the training devices and their simulated functions.
  • Participate in an appropriately supervised practice session.
  • Review the instructor’s feedback and the institution’s response arrangements.

Learner Evidence

An instructor-reviewed training record; certification is a separate matter.

Matched Equipment & Resources

Course assessment

Demonstrate preparation, explanation and workmanship.

Select a circuit, harness or simulation assignment appropriate to the learner’s level and the actual equipment.

Suggested Practical Tasks

  • Prepare the selected task using the approved resources.
  • Complete the practical and record observations individually.
  • Explain the findings and identify what remains outside the task.

Learner Evidence

A foundation portfolio covering recognition, practical work and reasoning.

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.

Safety simulation & response practice

Different teaching activities require their own instructor guidance and assessment.

System structure & component awareness

Use physical samples, projected structures and exploded components for guided recognition.

Electrical foundations & harness work

Connect the practical circuit with teaching resources and task-matched workshop tools.

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 NEV Fundamentals & Safety 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 fundamentals & safety.

    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 workshop preparation

System recognition and practical records support further role-specific workshop training.

Course connection: Systems + task preparation

Electrical service support

Circuit reading and instrument reasoning provide a base for supervised diagnostic development.

Course connection: Circuits + measurement

Harness assembly & inspection

Documented preparation and inspection tasks connect with wiring and connector workmanship.

Course connection: Harness work + inspection

Technical laboratory support

Equipment identification and resource organization support development toward workshop-support duties.

Course connection: Equipment + documentation

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

Does the safety simulation authorize live high-voltage work?

No. It supports the documented simulated tasks. Live work requires the institution’s authorization, trained supervision and the applicable equipment and workplace procedures.

Q02

Are the displays operating vehicle systems?

These displays support component recognition and structure study. For powered operation or service practice, select equipment specified for that task.

Q03

Is CPR or AED certification included?

The course uses a CPR manikin and an AED trainer. Recognized certification requires the appropriate instructor, course and assessment arrangements.

Q04

Can the electrical foundation be taught before EV specialization?

Yes. Scope the circuit, measurement and harness tasks around learner prerequisites, then connect the results with the battery, drive and electrical-system courses.

Build Your Course

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

Tell Baitongkexin who you teach, which fundamentals & safety 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.

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