自动化设计师岗位职责

1. 独立完成自动化设备 3D 结构图纸设计、二维工程图绘制与图纸标准化输出，全程跟进项目落地进度，及时协调解决设计与现场对接问题，保障项目有序推进。
Independently complete 3D structural drawing design, 2D engineering drawing drafting standardized drawing output of automated equipment, follow up the whole project progress, timely coordinate solve problems between design on-site docking to ensure smooth project implementation.
2. 自动化方案制定:根据调研结果，结合注塑工艺和自动化技术，制定适合项目的自动化解决方案。方案内容包括设备选型工艺流程设计、控制系统架构等，确保方案既能满足生产需求，又具有良好的经济性和可操作性。
Formulation of Automation Solutions: Based on the research results, combined with the injection molding process automation technology, formulate an automation solution suitable fthe project. The content of the solution includes equipment selection, process flow design, control system architecture, etc., to ensure that the solution can not only meet the production requirements but also have good economic efficiency operability.
3. 注塑机及周边设备设计:根据产品尺寸形状和生产批量等因素，选择合适的注塑机型号，并对注塑机的关键参数进行计算和优化。同时，设计或选型配套的自动化周边设备，如自动上料系统、机械手、取件装置、模具快速更换系统等，以实现注塑过程的自动化操作。
Design of Injection Molding Machines Peripheral Equipment: According to factors such as product size, shape, production batch quantity, an appropriate model of the injection molding machine, calculate optimize the key parameters of the injection molding machine. At the same time, design the supporting automated peripheral equipment, such as an automatic feeding system, robotic arm, part removal device, rapid mold change system, etc., to achieve automated operation of the injection molding process.
4. 注塑模具评估与优化:参与注塑模具的设计评审，从自动化生产的角度对模具的结构、开合模方式、顶出系统等提出优化建议，确保模具能够与自动化设备良好配合，提高注塑生产的效率和质量。
Evaluation Optimization of Injection Molds: Participate in the design review of injection molds. From the perspective of automated production, put forward optimization suggestions fthe mold structure, mold opening closing methods, ejection systems, etc., to ensure that the molds can cooperate well with automated equipment improve the efficiency quality of injection molding production.
5. 设备安装与调试指导:在项目实施阶段到现场指导设备的安装和调试工作，确保各设备按照设计要求正确安装到位，并进行系统联调，使整个自动化生产线能够协同工作
Equipment Installation Debugging Guidance: During the project implementation phase, go to the site to provide guidance on the installation debugging of equipment. Ensure that all equipment is correctly installed in place according to the design requirements, conduct system joint debugging to enable the entire automated production line to work in coordination.
6. 生产问题解决与优化:在注塑生产过程中，密切关注自动化系统的运行情况，及时解决出现的问题。通过对生产数据的分析和总结，不断优化自动化系统的性能提高生产效率和产品质量。
Troubleshooting Optimization in Production: During the injection molding production process, closely monitthe operation of the automation system promptly address any emerging issues. Through the analysis summary of production data, continuously optimize the performance of the automation system to enhance production efficiency product quality.
7. 设计文档编制:编写详细的设计说明书操作手册、维护手册等技术文档，为设备的安装、调试、使用和维护提供准确的指导资料。
Design Document Preparation: Compile detailed technical documents such as design specifications, operation manuals, maintenance manuals to provide accurate guidance materials fthe installation, debugging, operation, maintenance of the equipment.

岗位要求：
要求大专及以上学历，机械工程、自动化、电气工程及其自动化等相关专业毕业，以确保具备扎实的专业基础知识。
A college degree above is required, with graduation from relevant majors such as Mechanical Engineering, Automation, Electrical Engineering Automation, etc., to ensure solid professional basic knowledge.
熟悉塑料成型工艺知识, 自动化控制原理, 电气与电子知识, 机械设计与制造知识. 熟练使用绘图软件, 编程软件, 仿真软件, 能够独立完成设备调试与故障排除技能. 具备一定数据分析与优化能力.
Required to be familiar with plastic molding process knowledge, automation control principles, electrical electronic knowledge, as well as mechanical design manufacturing knowledge. Proficient in using drawing software, programming software, simulation software. Capable of independently completing equipment debugging troubleshooting. Possess certain data analysis optimization capabilities.
3年以上实际工作经验
Over 3 years of solid working experience
具备良好的工艺准备和实施控制能力，具备较好的分析问题和指导现场的能力，具备较好的敬业精神和改善、创新和学习能力。具备良好的人际沟通能力。
Have good capabilities in process preparation implementation control, possess strong abilities in analyzing problems providing on-site guidance, demonstrate a high level of professionalism, as well as capabilities in improvement, innovation learning. Have excellent interpersonal communication skills.

1.负责海工平台、海上模块、FPSO电气专业全套设计工作，独立完成电气方案规划、系统设计、平面布置设计
2.绘制电气系统图、桥架布置图、配电箱原理图及接线图等。
3.负责海上防爆电气、动力系统、照明系统、应急供电、UPS、配电系统、岸电系统设计与设备选型。
4.编制电气设备规格书、材料清单、电缆清册、询价技术文件、设计说明书。
5.配合工艺、管道、结构、仪表专业提资、碰撞检查、布局优化，完成专业间接口协调。
6.熟悉 CCS、DNV、ABS、IEC、海上平台电气规范，完成图纸自查、审图整改、船级社意见回复。
7.配合项目预制、组装、报验、调试阶段技术支持，解决现场电气设计类问题。
8.整理竣工资料、试验方案、报验资料，配合项目交付。


1.电气自动化、船舶电气、机电一体化等相关专业，本科及以上学历。
2.有海工平台、LNG 模块、海上模块电气设计经验优先，不招纯船厂施工、现场维修人员。
3.熟练使用 CAD 进行电气出图，能独立完成整套模块电气设计。
4.熟悉海上防爆电气、防腐电气、海洋环境电气设计要求。
5.熟悉电缆敷设、桥架规划、接地系统、动力照明、应急配电设计逻辑。
6.了解基本船级社规范，能对接审图、答疑整改。
7.具备英文图纸、技术资料阅读能力，英文口语能力

岗位职责
1.独立负责高端非标自动化设备整体方案规划、结构设计、整机落地；
2.完成机构选型、三维建模、运动仿真、工程图输出、BOM 清单编制及成本核算；
3.跟进设备装配、调试、现场问题整改，解决机构卡料、精度偏差、结构干涉等技术难题；
4.沉淀标准化设计库、优化结构方案，实现设备降本、提效、提质；
5.配合电气、工艺团队，完成机器人、视觉、伺服、气动等机电一体化集成设计；
6.主导重点项目技术攻坚，能带小组开展设计工作。
任职要求
1.学历经验：大专及以上，5 年及以上非标整机独立设计经验，熟悉 3C、新能源、汽车零部件、精密检测类自动化设备；
2.专业技能：精通 SolidWorks 建模、仿真、出图，熟练标准件、气动、伺服、传动机构选型；
3.专业基础：扎实掌握机械公差、材料工艺、精密结构设计，具备极强方案策划能力；
4.综合能力：懂机电配合逻辑，了解 PLC、传感器、机器人集成基础，可独立对接客户工艺需求；
5.核心特质：具备项目全流程交付经验，擅长疑难问题排查与结构优化，有设备降本、专利、标杆项目者优先；
6.素质要求：逻辑清晰、抗压性强、技术思维独立，拒绝纯绘图型工程师，具备带队能力优先。