Mentor

CH LIANG

PERSONAL BIO WORK EXPERIENCE AND AWARDS EDUCATIONAL BACKGROUND INSTRUCTION LANGUAGES Job Positions

梁嘉新 CH LIANG

Director of the Operations Center 2-Vision Division

Gallant Precision Machining

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Gallant Precision Machining/Operations Center 2-Vision Division

Job Title

Director of the Operations Center 2-Vision Division

#Engineering & Technology

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PERSONAL BIO

Liang specializes in machine vision and artificial intelligence, and has been devoted to the development of industrial automatic optical inspection (AOI) equipment for more than 20 years. Among his work, Liang leads the R&D team to develop various display panel automatic optical inspection equipment, semiconductor wafer automatic optical inspection equipment, high-precision micro-system metrology equipment.

WORK EXPERIENCE AND AWARDS

Gallant Precision Machining, Taiwan
- Director, Vision System (AOI, AI, Microsystem) Research and Development Division (2020 - present)
- Deputy Director, Vision System (AOI, AI) Research and Development Division (2013 - 2020)
- Manager/Senior Engineer, Vision System (AOI) Research and Development Department (2003 - 2013)
Engineer, Design Division, Plant Engineering Factory, Chunghwa Picture Tubes, Taiwan (2001 - 2002)
Golden Panel Award-Display, Component Technology, Taiwan (2016)

EDUCATIONAL BACKGROUND

Master in Mechanical and Materials Engineering, Tatung University, Taiwan

INSTRUCTION LANGUAGES

English

Job Positions

Co-Supervisor Information

Chihmin CHIU

邱志銘

Institution

Gallant Precision Machining

Division/Department

Operations Center 2-Vision Division

Job Title

Manager

Brief Introduction of the Department

With the development of Taiwan’s electronic equipment industry, driven by the fact that traditional industries no longer actively expand factories, Junhao Precision Vision System Department gradually has its own core technology and continues to expand into new industrial fields, such as IC and these new fields. The equipment and technology required by the product all have core technologies with core technologies. How to transfer these core key technologies to product equipment development in these new fields, or to product equipment in these new fields became the direction of Haoxin's research strategy. Focusing on equipment technologies such as 3D IC equipment, precision I testing equipment, 2D+3D built-in testing machines, Inner Crack, etc., we predict the positive focus in the next few years, continue to transform and innovate on technology and technology, and hope to expand to different technologies based on core technology.

In the process of equipment R&D, the work of R&D engineers includes equipment development feasibility assessment, overall planning, detailed R&D design, in-plant system testing, and trial production testing up to the client, in order to make the technology sustainable and more diverse With international competitiveness, we also cooperate with domestic and foreign research institutes (such as the Industrial Technology Research Institute) and domestic and foreign manufacturers (such as MJC of Japan, IBM of the United States) to develop a new generation of technology leading the industry. In the next three years, we plan to actively invest in the development of related manufacturing processes and testing equipment required by the semiconductor industry, using existing technology applications or extensions, and at the same time adopting diverse technical cooperation models. Since the equipment development process requires the integration of mechanical, electrical, and visual technologies required for general design development, it must also fully integrate the product process characteristics to develop process equipment that meets the needs of customers. The work content is extremely complex and rich. It is also challenging, so highly qualified R&D trainees from National Taiwan University are required to participate in the company’s R&D team.

Department Staff Number

- More than 10 people

Internship Job Description

- Algorithm establishment, image programming, image system design (circuit, light path).
- Theoretical establishment and design of optical detection system.
- Analysis and verification of optical detection system.
- Import and application of optical system.
- Test with the electric control system in the factory.

Preferred Intern Education Level

- undergraduate students (third year and above)
- Master students
- Ph.D. students

Preferred Intern Skill Sets or Qualities

- Familiar with optical system analysis, design and application.
- With relevant experience in Automatic Optical Inspection (AOI)/Machine Vision (Field Application Engineer).
- Familiar with Visual C++ MFC or Visual C++ Windows Form or C#.
- Spirit of teamwork.

Others

- Upon the completion of the NTU International Mentorship Program, students may continue as interns for an additional 1 year, at the discretion of the organisation.
- Salaries (subsidies) provided.
- Benefits provided.
- Accommodation Subsidies provided.

NTU INTERNATIONAL
MENTORSHIP
PROGRAM

The Right Path for Your Career

ORGANIZER

PARTNERSHIP ALLIANCE

+886-2-3366-2007

ntuoiaintern@ntu.edu.tw

oia.ntu.edu.tw