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Notice for the Third Basic Training Course on Radiation Curing (May 9–14, 2025)

Release time:

2025-03-25 14:30

Notice for the Third Basic Training Course on Radiation Curing (May 9–14, 2025)

Preface

To implement the "Opinions of the State Council on Promoting a Lifelong Vocational Skills Training System" (Guofa [2018] No. 11), and further strengthen the development of vocational skills talent in China’s radiation-curing industry, as well as to cultivate professional and technical personnel with solid foundational knowledge and product-development skills for enterprises, following the successful holding of the second basic training course at Jiangnan University, the Radiation Curing Professional Committee of the Chinese Society of Photographic Science and Technology and the School of Materials and Energy at Guangdong University of Technology have decided to jointly organize the "Third Basic Training Course on Radiation Curing" from May 9 to 14, 2025. The training course will be hosted by the School of Materials and Energy at Guangdong University of Technology. Details are as follows:

Main training content

Through this course, participants should gain an understanding of the general overview of radiation-curing technology and its applications, the fundamental principles of radiation curing, as well as the relationship between structure and performance. They will master basic preparation and characterization methods for radiation-curable materials, acquire specialized knowledge in formulation design, product development, and application, and stay informed about emerging trends in this field.

Training methods, time, and location

1. Training methods: classroom instruction + hands-on experiments + examination and report submission + graduation certificate + panel discussions and Q&A sessions, etc.:

Considering the diverse needs of participants, this course adopts a 3+2 model: the first three days are dedicated to foundational training in radiation-curing technologies and materials; the following two days focus on hands-on experimental instruction covering formulation and product preparation, including formulation design, product fabrication, and characterization experiments for radiation-cured coatings and 3D printing. Upon successful completion of the assessment exam, participants will receive a certificate of completion. This training session will also invite renowned international experts and scholars in the field of photopolymerization to deliver lectures, participate in panel discussions, and answer participants’ questions.

2. Training time and location:

Time: May 9–14 (Register and check in on May 9; theoretical exam on the evening of May 12)

Location: School of Materials and Energy, Guangdong University of Technology (No. 100, West Outer Ring Road, Guangzhou University Town, Panyu District, Guangzhou)

Note: Upon completion of the theoretical or all training courses, participants will be issued a certificate of completion uniformly.

Fee standards

1. Training fee:

The fee for the first three-day basic training from May 10 to 12 is as follows: 3,000 yuan per person for members, 4,000 yuan per person for non-members, and 1,500 yuan per person for students.

The fee for attending the two-day experimental and operational training from May 13 to 14 only is: 3,800 yuan per person for members, 4,800 yuan per person for non-members, and 1,500 yuan per person for students.

Participation fee for the full event training from May 10 to 14: 6,800 yuan per person for members, 8,800 yuan per person for non-members, and 3,000 yuan per person for students.

(※The fee includes training materials, tuition fees, raw and auxiliary materials for hands-on training and assessment, use of instruments and equipment, a certificate of completion, meals during the event, taxes, and other related expenses; it does not include transportation or accommodation costs. In case of special circumstances, a written explanation may be submitted to request an exception.)

Wire transfer information:

Full name: Chinese Society of Photographic Science and Technology
Bank: Agricultural Bank of China, Beijing Kexiannan Road Subbranch

Account: 11250101040014444

※When making the remittance, please be sure to include the following remark: “Organization/Name + Basic Training in Radiation Curing.” You may present a copy of the remittance receipt upon registration.

Contacts and Contact Information

Radiation Curing Professional Committee of the Chinese Society of Photographic Science / Guangdong University of Technology

Secretary Bao Fenfen, 15811082178 (also on WeChat),

radtechchina@126.com;

Tong Chen, 13521729086 (also on WeChat)
721033296@qq.com;

Li Zhiquan, 18306172830, lzq@gdut.edu.cn;

Attachment: Course Content and Schedule for the Third Basic Training Workshop on Radiation Curing

(In case of any changes, the on-site announcement shall prevail; rankings are listed in no particular order.)

Chief Advisor: Hong Xiaoyin

Chief Planners: Liang Hongbo, Liu Xiaoya, Liu Xiaoxuan

All participants register and check in (2:00 PM – 8:00 PM) + Scientific Career and Insights (2.5 academic hours – Hong Xiaoyin) / Afternoon of Friday, May 9th

I. Basic Theoretical Lectures Capacity:

Part 1: Basic Principles of Coatings (Total 8 academic hours) / May 10 (Saturday), Morning and Afternoon: 1.1 Physical and Chemical Fundamentals of Film-Forming Substances and the Film-Formation Process (4 hours); 1.2 Rheological and Surface Properties of Coating Film-Forming Substances (2 hours)

1.3 Physicochemical and Mechanical Properties of Coating Film Formers (2 class hours)

Part 2: Principles of Photocuring Reactions (Total: 2.5 academic hours) /May 10 (Saturday) evening, Part 3: Overview and Progress in Radiation-Curing Technologies and Materials (total of 4 academic hours)/May 11 (Sunday) morning, 3.1 Overview of Radiation-Curing Materials (1.5 academic hours)

3.2 Latest Advances in Radiation-Curing Materials Technology and Applications (2.5 credit hours)

Part Four: Basic Components of Radiation-Curable Materials (8 academic hours) / Afternoon of Sunday, May 11; Morning of Monday, May 12, 4.1 Oligomers and Reactive Diluents (4 academic hours)

4.2 Photoinitiators (4 academic hours)

Part 5: Radiation-Curing Light Sources, Equipment Applications, and Development of Bio-Based Materials (Total of 4 class hours) / Afternoon of Monday, May 12
5.1 Radiation-Curing Light Sources, Equipment, and Applications (2 hours) 5.2 Bio-Based Photocurable Materials (1 hour)

5.3 Molecular Simulation and Cutting-Edge AI Applications Related to Light-Curing (1 hour)

II. Theoretical Exam (total of 2 academic hours) / Evening of Monday, May 12

III. Experimental Procedures and Panel Discussion with Q&A Session

Part 6: Composition and Formulation Design Principles for Radiation-Cured Coatings, Inks, and Other Products (Total of 6 class hours) / Tuesday, May 13, Morning and Afternoon

6.1 Principles of Radiation-Cured Coating Preparation and Applications (2 class hours) 6.2 Principles of Formulation Design for Radiation-Cured Optical Films and Case Studies (1 class hour) 6.3 Principles of Formulation Design for Radiation-Cured Inks and Case Studies (1 class hour) 6.4 Principles of Formulation Design for Radiation-Cured Adhesives and Case Studies (1 class hour)

6.5 Principles of Formulation Design for Radiation-Cured 3D-Printed Products and Case Studies (1 hour)

Panel Discussion and Q&A: 1. A Casual Chat on Photoinitiators (2 hours – Kurt Dietliker) / Tuesday, May 13, 2:00 p.m.; 2. Panel Discussion and Q&A (2 hours – All Instructors) / Tuesday, May 13, 8:00 p.m.

Part 7: Preparation, Characterization, and Finished Product Evaluation of Radiation-Curable Formulations (8 class hours) / All day on Wednesday, May 14

7.1 Preparation and Performance Testing of Light-Curing Coatings 7.2 Preparation and Performance Testing of Light-Curing Adhesives 7.3 Preparation and Performance Testing of Light-Curing 3D Printing Materials

QR code download

Appendix 1: Registration Form for the Basic Training Course on Radiation-Curable Materials

Attachment 2: Notice for the Third Basic Training Course on Radiation Curing

Please scan the QR code to download:

Contact Information

Note: This article is reprinted from the official WeChat account of the Radiation Curing Professional Committee of the Chinese Society of Photographic Science and Technology.

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