24

2021

-

05

The first session of the Transport Packaging Management Professional Training Course—covering both the exam and grading process—has successfully concluded.


The first Transportation Packaging Management Certification Training Program exam concluded smoothly on May 9, with a total of 24 participants. Grading has already begun, and after carefully tallying and reviewing the scores, candidates will be notified of their results next week.

For participants who pass this exam, completion certificates will be awarded in June. For those who do not pass, the organizer—the China Packaging Research & Testing Center—will provide a second chance to take the exam.

The purpose of the center's management training program is to enhance professionals' skills in design and factory management. After grading is complete, we will continue to organize and deliver the training effectively, consistently improving participants' learning experience and knowledge retention—ultimately ensuring a steady pipeline of talent for the industry.

Additionally, preparations for the professional management course have already begun. Building on the foundation curriculum, the advanced course will provide a more comprehensive and in-depth exploration of wood packaging design principles, while also expanding into topics such as paper packaging, cushioning packaging, hazardous-materials packaging, and steel packaging solutions. Training for the professional course is expected to kick off next year. Combined with the existing foundational program, the total course duration will exceed 80 hours—matching both the hours and subject breadth of the management training offered by the Japan-Korea Association (JPA and KAIP).

Professional course content included:

Course Name

Lesson Duration

Mechanics of Materials for Wooden Box Structures

5

Corrugated Box Knowledge

2

Calculation and quotation of packaging costs

2

The structure of a framed wooden crate

6

Design Cases for Wooden Crate Frameworks

6

Outer-frame wooden crate

2

Dangerous goods in logistics

2

The utilization of steel and steel containers

4

Chassis packaging for container transport

3

Buffer Packaging Design

3

Fixed technical methods

4

Comprehensive Design Case

7

undefined

undefined