（一）控制实验室I

 实验室主要为专业课程服务，目前主要针对《自动控制原理实验》、《运动控制系统实验》等专业课程设置实验。实验内容分为：自动控制原理实验，运动控制原理实验，计算机控制技术实验，机器人控制技术实验等。

 控制实验室I面向光电学院学生开放，给学生创造了一个良好的学习环境，提高了学生的实践能力。实验室面向的专业有光电信息工程、电子信息工程、测控技术与仪器、通信工程、自动化、计算机、大数据等。

 配备有自动控制原理实验箱30套，运动控制系统平台30套，每次可容纳60名学生。

Control Laboratory I

The laboratory mainly serves professional courses, and currently mainly sets up experiments for professional courses such as "Experiments on Automatic Control Principles" and "Experiments on Motion Control Systems". The experimental content is divided into: automatic control principle experiment, motion control principle experiment, computer control technology experiment, robot control technology experiment, etc.

Control Laboratory I is open to students in the School of Optoelectronics, creating a good learning environment and improving their practical abilities. The majors targeted by the laboratory include optoelectronic information engineering, electronic information engineering, measurement and control technology and instruments, communication engineering, automation, computer, big data, etc.

Equipped with 30 sets of automatic control principle experimental boxes and 30 sets of motion control system platforms, capable of accommodating 60 students each time.

（二）控制实验室II

 控制实验室II负责《工程测试技术实验》、《热工与工程流体力学实验》、《图像处理与机器视觉实验》、《机器人视觉系统与测量》和《过程控制实验》等系列课程的软硬件实验教学，以及硬件综合课程设计和工程实践任务。设备包括：黑体炉2台、压力计4台、导热仪1台、过程控制系统3套。我们为学生提供了优质的实践教学环境，旨在让他们在扎实理论基础的同时获得良好的工程实践训练。

Control Laboratory II

Control Laboratory II is responsible for the software and hardware experimental teaching of series courses including "Engineering Test Technology Experiment", "Thermodynamics and Engineering Fluid Mechanics Experiment", "Image Processing and Machine Vision Experiment", "Robot Vision System and Measurement", and "Process Control Experiment". It also handles hardware integrated course design and engineering practice tasks. The equipment includes 2 blackbody furnaces, 4 pressure gauges, 1 thermal conductivity meter, and 3 sets of process control systems. We provide students with a high-quality practical teaching environment, aiming to provide them with solid theoretical knowledge while obtaining good training in engineering practice.

（三）控制实验室III

 控制实验室III承担《测控系统》、《可编程控制器A实验》和《模式识别原理实验》等系列课程的软件和硬件实验教学、硬件综合课程设计。实验室配置的设备有：测控系统4套和可编程控制台14套。

 我们努力为学生提供高质量的实践教学环境，让他们不仅掌握扎实的理论知识，还能够在实践中获得丰富的工程训练经验。

Control Laboratory III

Control Laboratory III undertakes the software and hardware experimental teaching and hardware comprehensive course design for series courses such as "Measurement and Control Systems," "Programmable Controller A Experiment," and "Principles of Pattern Recognition Experiment." The laboratory is equipped with 4 sets of measurement and control systems and 14 sets of programmable controllers.

We strive to provide students with a high-quality practical teaching environment, enabling them to not only master solid theoretical knowledge but also gain rich engineering training experience in practice.

（四）信息处理实验室I

信息处理实验室I负责《机器视觉实验》、《自主移动机器人技术实验》等系列课程的软硬件实验教学，以及硬件综合课程设计和工程实践任务。设备包括：机器视觉图像处理实验开发组件30套、电机跟踪组件22套、风之臂10套。我们为学生提供了优质的实践教学环境，旨在让他们在扎实理论基础的同时获得良好的工程实践训练。

Information Processing Laboratory I

The laboratory is responsible for the software and hardware experimental teaching of a series of courses such as "Machine Vision Experiment" and "Autonomous Mobile Robot Technology Experiment", as well as the design of hardware comprehensive courses and engineering practice tasks. The equipment includes: 30 sets of machine vision image processing experimental development components, 22 sets of motor tracking components, and 10 sets of wind arms. We provide students with a high-quality, hands-on teaching environment designed to provide them with a solid theoretical foundation and good practical engineering training.

（五）信息处理实验室II

 信息处理实验室II负责《数字通信I实验》、《数字通信II实验》、《电磁场理论实验》等系列课程的软硬件实验教学，以及硬件综合课程设计和工程实践任务。设备包括：电磁场与电磁波综合测试仪19台，信号发生器8台、示波器8台。我们为学生提供了优质的实践教学环境，旨在让他们在扎实理论基础的同时获得良好的工程实践训练。   

Information Processing Laboratory II

Information Processing Laboratory II is responsible for the software and hardware experimental teaching of series courses including " Digital Communications Experiment I", " Digital Communications Experiment II", “Electromagnetic field theory experiment”. It also handles hardware integrated course design and engineering practice tasks. The equipment includes 19 Electromagnetic Field and Electromagnetic Wave Comprehensive Tester，8 signal generators, 8 oscilloscopes. We provide students with a high-quality practical teaching environment, aiming to provide them with solid theoretical knowledge while obtaining good training in engineering practice.

（六）电磁与微波实验室

 电磁与微波实验室负责《微波工程基础》、《光通信技术A实验》、《信号与系统实验》等系列课程的软硬件实验教学，以及硬件综合课程设计和工程实践任务。设备包括：可调稳压电源12台，光纤通信实验箱11台等。我们为学生提供了优质的实践教学环境，旨在让他们在扎实理论基础的同时获得良好的工程实践训练。

Electromagnetic and Microwave Laboratory

The Electromagnetic and Microwave Laboratory is responsible for the hardware and software experimental teaching of the series of courses such as "Microwave Engineering Fundamentals", "Optical Communication Technology A Experiment", "Signal and System Experiment", as well as hardware integrated course design and engineering practice tasks. The equipment includes: 12 sets of adjustable voltage stabilized power supply, 11 sets of optical fiber communication experimental box, etc. We provide students with a high-quality practical teaching environment, aiming to provide them with solid theoretical knowledge while obtaining good training in engineering practice.

（七）光学实验室Ⅰ

光学实验室主要负责《物理光学》、《信息光学》、《应用光学》《光谱技术》《光通信技术》《激光原理》《光电子学》等系列课程的实验教学。学生通过完成系列光学实验,可以加深对光学基本原理的理解,掌握光学实验的基本操作技能,为后续相关专业课程的学习奠定基础。实验室提供独立光学元器件，学生可以根据实验目标设计和搭建实验系统，有助于锻炼学生系统性解决复杂问题的综合能力。同时，实验室还支撑专业学生毕业设计和课程设计。该实验室拥有先进的实验设备和丰富的教学资源,为学生提供了良好的实践平台,有利于培养学生的动手能力和创新思维。设备包括：应用光学实验系统6套，光通信实验系统6套，光电子学实验系统10套，激光原理实验系统8套，物理光学实验系统8套，信息光学实验系统6套，光谱技术实验系统3套等。

Optics Laboratory I

The Optics Laboratory primarily serves the core professional basic courses. such as "Physical Optics"," Information Optics", " Applied Optics "," Spectrum Technology", "Optical Communication ","Optoelectronics", "Principle of Laser". Through a series of optical experiments, students can deepen their understanding of the basic principles of optics, master the basic operational skills of optical experiments, and lay the foundation for the learning of subsequent relevant professional courses. The laboratory provides independent optical components, and students can design and build experimental systems according to the experimental objectives, which helps to exercise students' comprehensive ability to systematically solve complex problems. At the same time, the laboratory also supports the graduation design and course design of professional students.

The laboratory has advanced experimental equipment and rich teaching resources, providing students with a good practical platform, which is conducive to the cultivation of students' hands-on ability and innovative thinking. The equipment includes 6 sets of Applied Optics experimental equipment; 6 sets of Optical Communication experimental equipment; 10 sets of Optoelectronics experimental equipment; 8 sets of Principle of Laser experimental equipment; 8 sets of Physical Optics experimental equipment; 6 sets of Information Optics experimental equipment; 3 sets of Spectrum Technology experimental equipment. Etc.

（八）光学实验室II

光学实验室主要负责《物理光学》、《信息光学》、《应用光学》《光谱技术》《光通信技术》《激光原理》《光电子学》等系列课程的实验教学。学生通过完成系列光学实验,可以加深对光学基本原理的理解,掌握光学实验的基本操作技能,为后续相关专业课程的学习奠定基础。实验室提供独立光学元器件，学生可以根据实验目标设计和搭建实验系统，有助于锻炼学生系统性解决复杂问题的综合能力。同时，实验室还支撑专业学生毕业设计和课程设计。该实验室拥有先进的实验设备和丰富的教学资源,为学生提供了良好的实践平台,有利于培养学生的动手能力和创新思维。设备包括：应用光学实验系统6套，光通信实验系统6套，光电子学实验系统10套，激光原理实验系统8套，物理光学实验系统8套，信息光学实验系统6套，光谱技术实验系统3套等。

Optics Laboratory II

The Optics Laboratory primarily serves the core professional basic courses. such as "Physical Optics"," Information Optics", " Applied Optics "," Spectrum Technology", "Optical Communication ","Optoelectronics", "Principle of Laser". Through a series of optical experiments, students can deepen their understanding of the basic principles of optics, master the basic operational skills of optical experiments, and lay the foundation for the learning of subsequent relevant professional courses. The laboratory provides independent optical components, and students can design and build experimental systems according to the experimental objectives, which helps to exercise students' comprehensive ability to systematically solve complex problems. At the same time, the laboratory also supports the graduation design and course design of professional students.

The laboratory has advanced experimental equipment and rich teaching resources, providing students with a good practical platform, which is conducive to the cultivation of students' hands-on ability and innovative thinking. The equipment includes 6 sets of Applied Optics experimental equipment; 6 sets of Optical Communication experimental equipment; 10 sets of Optoelectronics experimental equipment; 8 sets of Principle of Laser experimental equipment; 8 sets of Physical Optics experimental equipment; 6 sets of Information Optics experimental equipment; 3 sets of Spectrum Technology experimental equipment. Etc.