Job Description 1. Participate in the design, development, testing, maintenance, and after-sales of opto-mechatronic collaborative control systems across PLM stages; 2. Participate in feasibility studies and the formulation of project development task books, and execute the development plans outlined in the project task books; 3. Participate in the R&D of hardware and software for subsystems such as upper computer and big data systems, graphic file server systems, machine vision systems, motion control systems, imaging systems, as well as the integration of the complete machine control system; 4. Participate in the design, implementation, and verification of the complete machine business models and algorithm logic. Direction One (Factory Automation and Intelligent Manufacturing): - Proficient in C++ and C# languages, capable of .NET platform programming interoperability through C++/CLI; - Proficient in WPF/MySQL/TensorFlow.NET, with experience in UI and database design and development for large industrial control systems; - Proficient in common network/industrial bus communication methods such as TCP/IP, CAN, ModBus, Ethercat, RS232/485; familiar with common data verification methods and monitoring tools; familiar with evaluation methods for communication program computational load; Direction Two (Graphic Processing System): - Expert in C/C++ languages and familiar with C++14/17/20 standards and QT desktop graphic systems, or expert in C# language and familiar with WPF desktop graphic systems; - Familiar with concurrent programming development and debugging in C++ on Windows OS, or .NET's TPL concurrent programming library; - Bonus: Experience in developing Gerber or ODB++ format graphic file or CNC system G-code parsers is preferred; knowledge in compilers, interpreters, or domain-specific languages is a plus; Direction Three (Motion Control System): - Proficient in IEC 61131-3 ST language, skilled in C/C++ languages, with development experience in mainstream PLC industrial control systems such as Beckhoff or Siemens; - Familiar with various electrical and mechanical hardware of platform motion control systems; - Bonus: Experience in ACS motion controller development is preferred; experience in system identification and control theory applications is a plus. Direction Four (Precision Alignment): - Strong mathematical foundation, with master's level or above knowledge in matrix analysis, probability and statistics, and differential geometry; - Familiar with MATLAB/Simulink, capable of modeling and simulating opto-mechatronic systems; - Familiar with C/C++/C# languages, proficient in MATLAB C++ code generation tools, with a model-based design (MBD) concept for industrial control systems; - Familiar with UML modeling and analysis of business models and algorithm logic in industrial control systems; - Bonus: Knowledge of Non-Uniform Rational B-Splines (NURBS) curves and surfaces is preferred. Professional Requirements Majors in optics, physics, electronic information engineering, mechanical engineering, or related science and engineering fields.

Job Description 1. Optical Design and Verification: Complete technical verification work for imaging and non-imaging optical systems. 2. Optical Design Optimization: Responsible for optimizing the optical quality issues in optical systems. 3. Establish Standards and Testing Methods for Optical Products: Develop technical standards or technical agreements for purchased or customized integrated engines; establish inspection standards and testing methods for optical products. 4. Others: Complete other tasks assigned by superiors. Professional Requirements Majors in Optics, Physics, Optoelectronic Information Engineering, etc.

Job Description 1. Algorithm Research and Development: Responsible for tracking, researching, and innovating cutting-edge technologies in the field of computer vision, including but not limited to: object detection, image segmentation, pose estimation, object tracking, image classification, etc. 2. Model Design and Training: Design, build, and train efficient deep learning models (such as CNN, Transformer, Diffusion Model, etc.), and adjust and optimize model structures for specific business scenarios. 3. Algorithm Optimization and Deployment: Perform optimizations such as model compression, pruning, quantization, and distillation, while meeting real-time requirements. 4. Data Management: Build and maintain large-scale, high-quality datasets, design and implement data annotation schemes, and use techniques like data augmentation to improve data quality and diversity. 5. Engineering Implementation: Work closely with software engineers to integrate algorithm models into product platforms, complete end-to-end pipeline construction, and solve various issues encountered during actual deployment. 6. Performance Evaluation and Iteration: Design scientific evaluation systems to continuously monitor, analyze, and iteratively optimize algorithm performance, ensuring stability, accuracy, and robustness in real-world scenarios. 7. Technical Documentation: Write clear technical documents, patents, and technical reports, and share knowledge and technical insights with the team. Professional Requirements Majors related to Computer Science, Electronic Information Engineering, Communication Engineering, Software Engineering, etc.

Job Description 1. Single Board Development: Hardware solution design, schematic, PCB design, single board processing, single board debugging and testing, single board unit testing, complete machine debugging and testing, production transfer, etc. 2. Hardware Cost Reduction: Data server 1-to-N solution, cost reduction for IO boards and synchronization boards, solution verification, capacity testing; component-level or solution-level substitution, handling of obsolete materials and other material issues. 3. Problem Handling: Maintenance of single boards and machines, handling of electronic material issues; production transfer issues for IO, marking, and synchronization boards, progress tracking. 4. Reliability Testing: Analyze hardware reliability according to project requirements, design reliability verification plans, and conduct reliability testing. 5. Material Selection and Verification: Material selection for optical modules, network cards, file servers, etc., new material selection and verification. 6. Others: Complete other tasks assigned by superiors. Professional Requirements Majors in Electronic Information Engineering, Communication Engineering, Mechanical Automation, etc.

Job Description 1. Participate in project initiation and review, responsible for the development and design of the product electrical control system (output necessary and detailed production process guidance documents); 2. Responsible for the selection and application of electrical components, and calculation of various related parameters; 3. Responsible for solving general technical problems during new product development and product maintenance processes; 4. Responsible for product iteration optimization, cost control optimization while ensuring stability; 5. Participate in the formulation and review of internal electrical design related standard documents; 6. Able to guide junior electrical control engineers in related technical work; 7. Participate in technical communication and confirmation of technical documents with customers and suppliers. Professional Requirements Majors in Electrical Engineering and Automation, Production Process Automation, Power System Automation, Mechatronics, etc.

Job Description As a key talent development candidate in the company, undergo a 1-year rotational training program, with position and level determined based on performance; main departments available for selection: Human Resources Department, Marketing Department, R&D Management Department, General Manager's Office 1. Participate in the daily work of the company's functional departments and assist in completing various tasks; 2. Collaborate with team members to ensure smooth execution of work processes; 3. Actively learn and continuously improve personal skills to meet job requirements. Professional Requirements Majors in Accounting, Human Resources, Public Administration, Financial Management, Marketing, Law, Business Management, etc.

Job Description 1. Participate in the design, development, testing, maintenance, and after-sales of opto-mechatronic collaborative control systems across PLM stages; 2. Participate in feasibility studies and the formulation of project development task books, and execute the development plans outlined in the project task books; 3. Participate in the R&D of hardware and software for subsystems such as upper computer and big data systems, graphic file server systems, machine vision systems, motion control systems, imaging systems, as well as the integration of the complete machine control system; 4. Participate in the design, implementation, and verification of the complete machine business models and algorithm logic. Direction One (Factory Automation and Intelligent Manufacturing): - Proficient in C++ and C# languages, capable of interoperation between .NET platform programming languages via C++/CLI; - Skilled in WPF/MySQL/TensorFlow.NET, with experience in UI and database design and development for large industrial control systems; - Proficient in common network/industrial bus communication methods such as TCP/IP, CAN, ModBus, Ethercat, RS232/485; familiar with common data verification methods and monitoring tools; familiar with evaluation methods for communication program computational load; Direction Two (Graphic Processing Systems): - Expert in C/C++ languages and familiar with C++14/17/20 standards and QT desktop graphic systems, or expert in C# language and familiar with WPF desktop graphic systems; - Familiar with concurrent programming development and debugging in C++ on Windows OS, or .NET's TPL concurrent programming library; - Bonus: Experience in developing parsers for Gerber or ODB++ format graphic files or CNC system G-code is preferred; knowledge in compilers, interpreters, or domain-specific languages is a plus; Direction Three (Motion Control Systems): - Proficient in IEC 61131-3 ST language, skilled in C/C++ languages, with development experience in mainstream PLC industrial control systems such as Beckhoff or Siemens; - Familiar with various electrical and mechanical hardware of platform motion control systems; - Bonus: Experience in ACS motion controller development is preferred; experience in system identification and control theory applications is a plus. Direction Four (Precision Alignment): - Strong mathematical foundation with master's level or above knowledge in matrix analysis, probability and statistics, and differential geometry; - Familiar with MATLAB/Simulink, capable of modeling and simulating opto-mechatronic systems; - Skilled in C/C++/C# languages, proficient with MATLAB C++ code generation tools, and familiar with model-based design (MBD) concepts for industrial control systems; - Familiar with UML modeling and analysis of business models and algorithm logic in industrial control systems; - Bonus: Knowledge of Non-Uniform Rational B-Splines (NURBS) curves and surfaces is preferred. Professional Requirements Majors related to Computer Science, Electronic Information Engineering, Communication Engineering, Software Engineering, etc.

Job Description 1. Responsible for prototype trial production and small batch production of new product development projects, formulation and improvement of process route maps, production BOM, process technical SOPs, and other documents; 2. Design process equipment as needed and be responsible for the verification and improvement of process tooling; 3. Design and manufacture mechanical-related tooling, jigs, and fixtures to meet production needs and reduce costs; 4. Deeply engage in the production site, understand the production process and quality status, coordinate and resolve production process issues, and propose improvement suggestions for potential product quality risks; 5. Responsible for the implementation and follow-up of design changes; 6. Work closely with the Quality Department, R&D Department, and Production Department to analyze and solve quality, design, and production processing issues, and cooperate with the technical service department to provide on-site technical support and problem-solving for customers. Professional Requirements Mechanical Automation, Mechanical Engineering, or related majors

Job Responsibilities: 1. Responsible for remotely guiding technical service engineers in handling on-site PCB process issues; 2. Handling PCB process-related issues for clients, judging client process issues; 3. Handling client PCB process problems and on-site analysis; 4. Internal laboratory simulation production to proactively solve quality problems. Qualifications: 1. Master's degree or above, willing to travel; 2. Understanding of PCB circuit/solder mask/FPC production processes; 3. Knowledge of circuit board/solder mask production/process, able to accurately identify problems in the production process and guide on-site personnel to resolve them.

Job Overview: Based on the company's business strategy planning, technology and product planning, fully preside over the work of the Optoelectronic Manufacturing Center, the Complete Machine Manufacturing Center, and the Process Prototype Center of the Operation Manufacturing Department, improve product quality, material cost control and guarantee, control production rhythm, and improve the efficiency and effectiveness of the company's overall product operation. Specific work: 1. Department planning: Responsible for formulating annual production goals and plans based on the company's strategy and planning, and supervising and promoting them. 2. Production management: Responsible for organizing production to ensure that production tasks are completed with guaranteed quality and quantity; 3. Process improvement: Responsible for the product process improvement and optimization of the operation manufacturing system to improve production efficiency and product quality; 4. System management: Establish and improve the production operation mechanism, improve the rules and regulations of each center and the work responsibilities of each process to ensure the coordinated operation of each center; 5. Personnel management: Responsible for internal personnel and target management of the production manufacturing center. 6. Others: Obey work arrangements and complete other tasks assigned by the company or department. Qualifications: 1. Education background: Master's degree or above, majoring in mechanical engineering, electrical engineering, commerce, management or related fields, with more than 8 years of relevant work experience. 2. Knowledge: Master enterprise management knowledge; relatively familiar with mechanical assembly manufacturing processes; relatively familiar with production safety laws and regulations, quality management systems and labor laws. 3. Skills: Master the use of office software such as WORD and EXCEL and company information systems, CAD and SOLIDWORKS drawing software, and have basic network knowledge.