一、专业定位

东莞理工学院光电信息工程专业硕士（专业代码：085408）为全日制专业学位硕士，学制两年。该专业旨在培养具备扎实的光电信息理论基础、突出的工程实践与技术创新能力，能够解决复杂光电工程问题的高层次应用型创新人才。

二、培养目标

本专业以培育具备系统化工程思维、跨界整合能力的人才为核心目标。要求学生熟练掌握光电信息相关基本理论和工程实践方法，可胜任光电领域关键技术研发与工程管理等工作，能够在光电信息、先进制造、智能感知等领域发挥专业价值。

三、专业特色与课程体系

专业设置超快激光技术、光电智能感知、先进光电材料三大特色培养方向，精准贴合行业发展需求。实行全日制两年学制，课程体系涵盖光学原理、电子电路、机械设计、硬件智能控制、计算机算法等光机电算一体化的核心内容，强化学生解决多学科交叉工程问题的综合素养。

四、专业导师

光电信息工程专业拥有一支科研实力强、工程背景深厚的导师队伍。导师团队在超快激光技术、光电智能感知、先进光电材料等领域取得了丰硕的研究成果。

五、就业前景

毕业生可在政府部门、高校、研究所、光电企业从事科学研究、技术研发、工程设计与项目管理等工作，成为适应光电行业未来发展的高素质专业人才。

1. Program Overview

The Master of Optoelectronic Information Engineering (Major Code: 085408) at Dongguan University of Technology is a full-time professional master's program with a two-year duration. The program aims to cultivate high-level application-oriented and innovative talents who possess a solid theoretical foundation in optoelectronics and information, outstanding engineering practice and technological innovation capabilities, and the ability to solve complex optoelectronic engineering problems.

2. Training Objectives

The program is committed to developing talents with systematic engineering thinking and cross-disciplinary integration skills. Students are required to master fundamental theories and engineering practices in optoelectronics and information, enabling them to excel in key technology R&D and engineering management in the optoelectronics field. Graduates are expected to leverage their expertise in areas such as optoelectronic information, advanced manufacturing, and intelligent sensing.

3. Program Features and Curriculum

The program offers three specialized training directions—ultrafast laser technology, optoelectronic intelligent sensing, and advanced optoelectronic materials—precisely tailored to industry needs. The curriculum covers core interdisciplinary areas such as optical principles, electronic circuits, mechanical design, intelligent hardware control, and computer algorithms, thereby strengthening students' comprehensive abilities to solve multidisciplinary engineering problems, with 2-year study duration.

4. Supervisors

The Optoelectronic Information Engineering program boasts a supervisory team with strong research capabilities and deep engineering backgrounds. The faculty has achieved fruitful research results in areas such as ultrafast laser technology, optoelectronic intelligent sensing, and advanced optoelectronic materials.

5. Career Prospects

Graduates can pursue careers in government agencies, universities, research institutes, and optoelectronic enterprises, engaging in scientific research, technology development, engineering design, and project management, thus becoming highly qualified professionals adapted to the future development of the optoelectronics industry.