Introducing Chinese AGVs into a warehouse does not eliminate the need for experienced material-handling employees. Instead, it changes what those employees do.

A traditional forklift operator spends most of the shift driving, positioning forks, picking up pallets, transporting loads, and placing them into storage locations. After AGV deployment, many of those physical driving tasks can be automated. The employee's role can shift toward fleet supervision, exception handling, pallet quality checks, traffic monitoring, basic troubleshooting, and operational control.

This means the best AGV training program is not simply a software tutorial. It is a workforce transition program that turns experienced material handlers into AGV supervisors and, for selected employees, system super-users.

What Should Traditional Forklift Operators Learn Before Chinese AGVs Arrive?

Training should begin before the AGVs arrive at the warehouse. Employees should understand how automated vehicles behave around people, what their new responsibilities will be, and how to respond when an automated vehicle stops unexpectedly.

A baseline training program should normally cover several areas:

• AGV operating principles

• Warehouse pedestrian safety

• AGV traffic behavior

• Restricted areas and no-go zones

• Emergency-stop procedures

• Safe interaction with autonomous forklifts

• AGV charging procedures

• Pallet quality requirements

• Basic fleet dashboard operation

• Fault and alarm recognition

• Manual recovery procedures

• Escalation procedures

• Basic preventive maintenance awareness

Traditional forklift operators already have valuable warehouse experience. The objective is therefore not to replace their existing knowledge, but to add automation-related skills to it.

How Does an AGV Super-User Differ From a Traditional Forklift Operator?

The role changes from directly controlling every vehicle movement to supervising a larger automated process.

This change can be particularly valuable because experienced forklift operators already understand pallet handling, warehouse traffic, loading conditions, aisle constraints, and common operational problems. The AGV project adds software and automation knowledge to that existing expertise.

How Long Does It Take to Learn the Chinese Fleet Software?

There is no universal training period because fleet software interfaces vary considerably between manufacturers and project configurations. A worker who only needs to acknowledge alarms will require much less training than a super-user responsible for task management and basic system administration.

A practical training structure can separate employees into three levels.

Level 1: AGV Floor User

This employee needs to understand basic AGV behavior and safety. The employee should be able to recognize normal and abnormal vehicle conditions, interact safely with automated vehicles, and report faults to the appropriate person.

Level 2: AGV Operator / Supervisor

This employee uses the fleet dashboard to monitor vehicle status, check active tasks, respond to alarms, and perform authorized recovery procedures.

Level 3: AGV Super-User

The super-user receives deeper training in fleet management. Depending on the supplier's software permissions, this may include task priorities, route management, traffic configuration, charging strategies, user permissions, reporting, and basic troubleshooting.

Instead of asking a Chinese supplier simply, "How many days of training are included?", ask for a competency-based training plan. The more useful question is:What must each employee be able to perform independently after training?

Can Floor Supervisors Adjust the Priority of Delivery Tasks?

This depends on the permission structure of the fleet management software. Some systems allow supervisors to change task priorities through the graphical interface, while more advanced configuration functions may require administrator privileges or supplier authorization.

A supervisor may need to prioritize:

• Urgent outbound pallets

• Production replenishment tasks

• Shipping dock movements

• High-priority customer orders

• Temperature-sensitive inventory

• Exception recovery tasks

• Time-critical staging movements

The interface should make it clear which changes are operational and which changes can affect the underlying traffic logic. A supervisor should not accidentally modify safety-critical parameters simply because the software provides access to them.

During training, supervisors should learn the difference between:

• Changing the priority of an individual task

• Changing the priority of a task category

• Changing vehicle priorities

• Changing route priorities

• Changing permanent traffic rules

These functions should be controlled through appropriate user permissions.

What Should an AGV Super-User Be Able to Do Without Chinese Technical Support?

The objective of super-user training should be to reduce unnecessary dependence on the supplier for routine operational issues.

Depending on the system design, a trained super-user should ideally be able to:

• Log into the fleet dashboard

• Identify vehicle status

• Review active tasks

• Change authorized task priorities

• Cancel or restart permitted tasks

• Review fault codes

• Identify blocked vehicles

• Perform basic vehicle recovery

• Check battery status

• Monitor charging activity

• Review historical alarms

• Generate basic operational reports

• Escalate complex technical faults

The goal is not to teach warehouse employees how to modify the underlying AGV control software. Instead, they should become capable of handling normal operational exceptions without waiting for a remote engineer in China.

Does the Chinese Manufacturer Offer Remote Webcam Training?

Remote training can be useful for overseas AGV deployments, especially when the supplier's engineers cannot remain at the customer's facility for an extended period.

A remote training program can use live video sessions to demonstrate:

• Fleet dashboard operation

• Alarm recognition

• Task creation

• Task priority changes

• Basic recovery procedures

• Charging management

• Maintenance inspection

• Software reporting

• Remote troubleshooting workflows

However, remote training should supplement rather than completely replace hands-on commissioning training. Some procedures are difficult to learn effectively through a webcam, particularly emergency procedures, manual recovery, physical inspection, charging procedures, and safe interaction with moving AGVs.

The contract should therefore specify which training is provided remotely and which training is provided on site.

What Should Be Included in the On-Site AGV Training Program?

On-site training should be based on the actual warehouse environment. The training team should not teach only a generic software interface.

The curriculum should use the customer's actual:

• Warehouse map

• AGV routes

• Storage locations

• Charging stations

• Pedestrian walkways

• Loading areas

• Staging areas

• Safety zones

• Traffic intersections

• Typical pallet types

Employees learn faster when the training environment matches the conditions they will encounter during normal operation.

How Should Operators Be Trained to Handle a Stalled Chinese AGV?

A stalled AGV is one of the most important practical scenarios to train. Employees should know the difference between a normal waiting condition, an obstacle stop, a software task issue, a safety stop, and a hardware fault.

A basic recovery workflow may include:

1. Identify the vehicle and current alarm.

2. Check whether a person or obstacle is inside the operating area.

3. Follow the warehouse safety procedure.

4. Read the fault information on the fleet dashboard.

5. Perform only authorized recovery actions.

6. Restart or resume the task if permitted.

7. Verify that the vehicle returns to normal operation.

8. Record the incident if required.

9. Escalate the problem when the fault exceeds the operator's authorization.

Employees should never be trained to bypass safety systems simply to return an AGV to operation faster. A successful training program must teach employees when they are authorized to recover a vehicle and when they must stop and request technical support.

How Can I Build an AGV Training Certification Program?

A simple internal certification system can make the transition easier to manage. Instead of considering an employee "trained" after attending a classroom session, require the employee to demonstrate specific competencies.

How Many Super-Users Should a Warehouse Train?

The warehouse should avoid relying on a single employee who understands the entire AGV system. If that person is absent, the operation may become unnecessarily dependent on the supplier.

A better approach is to create several levels of internal capability. For example, each operating shift can have designated AGV supervisors, while a smaller group of maintenance or automation specialists receives deeper technical training.

The exact staffing level depends on fleet size, operating hours, warehouse complexity, and the supplier's support model. A 24/7 operation should particularly consider coverage across all shifts rather than training only daytime personnel.

What Should I Request From the Chinese AGV Manufacturer Before Training Starts?

The supplier should provide a complete training package before the project enters final commissioning.

• Operator training manual

• Fleet software user manual

• Alarm and fault-code reference

• Emergency procedure documentation

• Charging instructions

• Basic maintenance instructions

• Software screenshots or video tutorials

• Training presentation

• Competency assessment checklist

• Remote support procedure

• Technical escalation contacts

• Software version information

The documentation should also identify which procedures are allowed for ordinary operators, which require a supervisor, and which require a qualified maintenance or engineering technician.

What Should I Include in the AGV Training Requirement in the RFQ?

How Can a Warehouse Make the Transition From Forklift Drivers to AGV Super-Users?

The transition works best when employees are involved before automation arrives. Experienced forklift operators should participate in route reviews, pallet handling assessments, traffic analysis, and operational testing. Their knowledge of the warehouse can reveal problems that may not be obvious from CAD drawings or digital maps.

Once the AGVs are deployed, employees can progressively move from basic safety training to dashboard operation, task supervision, fault recovery, and fleet optimization.

The most successful training model treats warehouse employees as part of the automation system rather than as workers being replaced by it. Their practical experience remains valuable, while the new software skills allow them to supervise more material movement with less direct vehicle driving.