CV
Robin Huibin Zhang
Location: Heping, Tianjin, 300041
Mobile Phone: 086 13335070331
Mail: mailtohuibin@gmail.com
Web page: https://www.toprobin.online
Key Strengths
Transforming creative ideas into reality through precise and reliable control technologies. Skilled in exploring technical possibilities within safety boundaries, ensuring sustainable artistic expression through engineering rigor.
Core Competencies
Cross-Domain Technical Integration
– Extensive hands-on experience in equipment and automation control systems (e.g., smart industrial robots, production line control, digital factories).
– Expertise in motion control algorithms, machine vision, smart sensor networks, SCADA, MES, digital transformation, and smart factory upgrades.
– Translates PLC/DCS system design experience into industry-compliant applications, delivering safe, reliable, and operable production facilities.
– Example: Developed a fault prediction model for a glass production line automation project, reusable for critical facility health monitoring systems to reduce downtime risks.
Complex System Delivery
– Led projects with 50,000+ control nodes, managing full-cycle processes from requirements analysis to on-site commissioning, quality assurance, and operations.
– Project Management: Reduced post-maintenance costs through modular design (e.g., decoupling control systems from mechanical drives).
Creative Technical Implementation
– Developed an interactive distance-measuring device using Arduino and HC-SR04 ultrasonic sensors, balancing engineering and artistic sensibilities.
– Enhanced human-machine interface (HMI) usability in industrial designs to improve operational fluidity.
Differentiated Competencies
– Immersive R&D: Researched machine vision-physical controller integration and mobile device logic interlock/queuing optimization.
– Safety Compliance: Proficient in ISO 13849 standards, mitigating equipment certification risks.
– Reliability Focus: Optimized motor selection strategies to boost system load capacity by 20%, enhancing value in high-reliability projects.
Personality & Traits
– Safety-Driven: Integrated ISO 13849/IEC 61508 standards into 12+ safety-critical system designs, achieving zero incidents via FMEA tools.
– Risk Anticipation: Shortened commissioning cycles by 10% through FMEA-based risk mitigation during equipment integration.
– Rapid Learner: Mastered P&G’s PackML protocol in 1 week, migrated packaging control programs from Omron to Rockwell Logix.
– Crisis Response: Resolved Ethernet bus interference at Chery Automotive within 30 minutes using layered isolation.
– Multi-Standard Integration: Led 5+ multinational projects (EVAPCO, First Solar, Starbucks, etc.), harmonizing GB/NFPA standards.
– Technical Innovation: Localized global clock synchronization standards IEEE 1588 for a 13-axis flexo printing system, achieving 4ms precision.
Skill and Certifications
10 years of work experience in engineering environments, primarily focused on electrical, control, and automation systems, leading the construction and delivery of complex systems for theme parks.
Comprehensive understanding of equipment systems and related safety regulations/standards.
Extensive on-site technical support experience in construction at the Universal Beijing Resort theme park.
Strong engineering delivery capabilities in design, analysis, testing, and implementation.
Proven track record of meeting tight deadlines and managing project goals/schedules in fast-paced, collaborative environments, effectively coordinating internal and external resources.
Proficient in hazard analysis tools such as Failure Mode and Effects Analysis (FMEA) and Safety Integrity Level (SIL) analysis.
Expertise in GB standards (Chinese National Standards), IEC, UL, and NFPA regulations.
Familiar with industrial control system infrastructure and configuration.
PLC full-stack development expert (Siemens Simatic, Rockwell Logix, etc.), skilled in SCADA system integration.
Knowledgeable in AC/DC motors and motor control systems.
Experience with ride and show control systems (e.g., Decepticoaster, All-spark, Bumblebee, Harry Potter, Jurassic Park).
Ability to work independently or collaboratively as part of a team, including overseas project experience.
Proficient in Microsoft Excel, PPT, Word, AutoCAD.
Control system expertise: IEC 61131-3 (ST, LD, FBD), SIL2/3 safety PLCs, DCS, PCS, SCADA, MCC.
Programming skills: Python (Pandas, NumPy), C/C++ (embedded systems), Object-Oriented Programming (OOP).
Domain familiarity: Motion control, batch control, machine vision, robotics, MES, DevOps, predictive maintenance.
Languages: Mandarin (native), English (CEFR C1).
Certified instructor who issued qualification certificates to 30+ trainees in automation university courses (including English instruction).
PMI Certified Project Management Professional (PMP).
Cisco Certified Network Associate (CCNA) for routing and switching.
Electrician Certificate issued by the National Emergency Management Administration.
Recipient of the Asia-Pacific Forward Path Award for innovation in automation.
Language Proficiency
– Mandarin: Native Proficiency
– English: Professional Fluency (CEFR C1 Level),10+ years of daily workplace English usage, including technical discussions, cross-cultural collaboration, and documentation, Tailored Training Course Instructor.
Programming and Control Languages
– IEC 61131-3 (Structured Text, Ladder Diagram, FBD, SFC): Advanced Proficiency
— Design and deploy industrial control systems for discrete, process, safety, motion, batch control, including redundancy applications.
— Experienced with multi-axis motion logic, safety PLC configurations (e.g., SIL2/3), and HMI, SCADA integration.
– Python: Proficient – Object-Oriented Development
— Build scalable applications using class-based OOP, data analysis libraries (Pandas, NumPy), and automation scripts for engineering workflows.
– C and C plus plus: Intermediate-Advanced – Modular System Design
— Develop high-performance function modules for embedded systems, drivers, and real-time control interfaces.
Education Background
– Bachelor | Automation | Zhongyuan University of Technology
Professional Experience
– Rockwell Automation(AB) | Principal Engineer | 2012-05 | Present
Employer: Rockwell Automation (AB)
– Company Introduction: Rockwell Automation is a global leader in industrial automation and digital transformation. We connect people’s imagination with the potential of technology to expand the boundaries of human possibility, making the world more efficient and sustainable. Headquartered in Milwaukee, Wisconsin, Rockwell Automation has approximately 28,000 problem – solvers dedicated to serving customers in more than 100 countries worldwide.
– Position: Principal Engineer
– Parallel Departments: Sales, Phone Support, Engineering, and Operations Teams
Job Responsibilities and Duties
– Provide on-site technical services for Rockwell Automation and third-party products.
– Develop and implement new technologies to improve factory productivity.
– Complete small – scale projects independently and collaborate with the team on large-scale projects, both on-site and remotely.
– Support pre-sales tasks.
– Provide consulting services to customers and present technical solutions.
– Share knowledge with customers.
– Build good customer relationships.
– Promote all Rockwell Automation life cycle service products and services.
– Tailor consulting services for customers with specific operational and business needs related to digital transformation.
– Provide professional services related to project management and implementation.
– Offer associated services in the areas of Cybersecurity, OT networks, and remote support.
– Provide asset management and on – site services for on – site support.
– Provide employee services in skills development training and skills enhancement.
Work Complexity
– Handle a wide range of issues, requiring analysis and evaluation of data on identifiable factors.
– Demonstrate good judgment in selecting methods and technologies for obtaining solutions.
Supervision
– Usually receive little day – to – day work guidance, mainly for new tasks.
Scope
– Receive tasks in the form of goals and determine the processes to achieve them.
Interaction
– Frequently interact with peers and customers to obtain cooperation or present technical information/project activities. Build networks with internal and external personnel within one’s professional field.
Key/Outstanding Work Achievements
– Excel in leading complex engineering projects in an engineering on – site environment. Proficient in the design and optimization of high/medium/extra – low voltage (HV/LV/ELV) systems, ensuring compliance with International Electrotechnical Commission (IEC) and International Organization for Standardization (ISO) safety standards, and implementing advanced automation solutions based on PLC (Programmable Logic Controller). Integrate IT and OT technologies into automation systems to assist enterprises in digital transformation.
– Successfully lead more than 15 large – scale projects, all delivered on time and within budget, while increasing operational efficiency by up to 35+%.
– Build a customer service management system, increasing the repurchase rate by 40%.
– Complete the design and deployment of 4 digital factories, all handed over to the operations department.
– Complete the design and deployment of 1 intelligent factory and hand it over to the operations department.
– Rockwell Automation(AB)| Global OEM Technical Consultant | 2009-01| 2012-05
Employer: Rockwell Automation (AB)
– Position: Global OEM Technical Consultant (GOTC)
– Parallel Departments: Sales, Telephone Support, Engineering and Operations Teams
Job Responsibilities and Duties:
• The GOTC function is responsible for technology adoption and technical support in the Original Equipment Manufacturer (OEM) sales program. It provides the foundation for Rockwell Automation’s reputation and knowledge of excellence in automation technology. Typical activities include proof-of-concept programming, control system design reviews, technical demonstrations, application note development, application throughput testing, and startup engineering support. Advanced knowledge of Rockwell Automation’s core products and system applications is essential: motion control, Logix, NetLinx, operator interfaces, PLCs, I/O, presence sensing, safety, and software.
Job Roles:
• – Design, define, and implement complex system requirements for customers, or prepare studies and analyze existing systems.
• – Determine system specifications, input/output processes, and working parameters compatible with hardware/software.
• – Coordinate the design of subsystems and integrate the entire system.
• – Identify, analyze, and solve problems of insufficient program support.
• – Develop and recommend corrective actions.
Job Complexity:
• – Handle a wide range of issues, requiring the analysis and evaluation of data on identifiable factors.
• – Demonstrate good judgment in choosing methods and techniques to obtain solutions.
Supervision:
• – Usually, there is little day-to-day work guidance, mainly guidance for new tasks.
Scope:
• – Receive tasks in the form of goals and determine the processes to achieve those goals.
Interaction:
• – Frequently interact with peers and customers to obtain the cooperation of others or present technical information/project activities. Build networks with senior internal/external personnel within one’s own professional field.
Main/Outstanding Work Achievements:
• – Provided customized automation solutions for more than 10 international OEM customers, increasing operational efficiency by 25%.
• – Wrote technical white papers and specifications for more than 10 key projects, which were adopted as internal standards.
– KEB | Application Solution Engineer | 2005-05 | 2009-01
Employer: KEB (KEB Group)
– Company Overview: KEB is a manufacturer and system provider of drive and automation solutions, headquartered in Barntrup, North Rhine-Westphalia, Germany. The company employs 1,550 people globally and is renowned for its high-level consulting and service expertise. It operates subsidiaries or representative offices in 14 countries worldwide.
– Position: Application Solutions Engineer
– Collaborating Departments: Sales, Phone Support, Operations Team
Responsibilities & Duties:
– Provided technical adoption and support for OEM (Original Equipment Manufacturer) sales initiatives, reinforcing KEB’s expertise and reputation in automation technology.
– Key activities included proof-of-concept programming, control system design reviews, technical demonstrations, application note development, application throughput testing, and start-up engineering support.
– Focused on research and development of drive and automation solutions, including frequency inverters, servo motors, electromagnetic brakes/clutches, gear motor drives, and related technologies.
Key Roles:
– Designed, defined, and implemented complex system requirements for clients or conducted studies to analyze existing systems.
– Determined system specifications, input/output processes, and hardware/software compatibility parameters.
– Coordinated subsystem design and integrated overall system architecture.
– Identified, analyzed, and resolved issues related to insufficient program support.
– Developed and recommended corrective actions for technical challenges.
Work Complexity:
– Addressed diverse issues requiring analytical evaluation of identifiable factors.
– Demonstrated sound judgment in selecting methodologies and technologies to achieve solutions.
Major Achievements:
– Delivered tailored automation solutions for 20+ OEM clients, improving operational efficiency by 30%.
– Developed PLC-based control systems for industrial machinery, achieving 98% client satisfaction.
– Led the development of a machine vision-based fully automatic wax printing line.
Hands-on experience
Project Management
Deploy DeepSeek R1 to Local Server
Requirements Analysis
Architecture Planning and Design
Solution White Paper
Technical Specification Document
Selection and Configuration
Schematic Wiring Diagram
Code Programming
Configuration Programming
HMI programming
Installation Wiring
Functional Testing
Unit Testing
Complete Machine FAT Testing
Complete Line SAT Testing
QA
Develop Discrete Control Systems
Develop PCS Control Systems
Develop DCS Control Systems
Develop MCC Control Systems
Develop Motion Control Systems
Develop Safety PLC Control Systems SIS EDS
Develop Batch Control Systems
Develop SCADA Systems
Develop Distributed Application Server Systems
DevOps MES Systems
DevOps Asset Management Systems
DevOps Predictive Maintenance Systems
DevOps IDC Systems
Develop Machine Vision Systems
Develop Intelligent palletizing robot
Customized Training Courses for RAU Automation University (including English)
Key Projects
Universal Beijing Resort Theme Park Engineering Services (2023-2024)
• – Delivered complex system engineering services for 7 attractions within the theme park.
• – Provided engineering services for intricate electrical, control, and software systems to enhance safety, reliability, and operability.
• – Conducted design reviews, evaluations, calculations, and software/hardware development and validation.
• – Ensured compliance with local laws, regulations, standards, and codes.
• – Offered technical support for over 32,000 installed base components.
• – Achieved an availability rate exceeding 95% during the engineering service period.
Universal Beijing Resort Theme Park Engineering Services (2020-2021)
• Delivered electrical engineering services for 3 work packages in the Transformers Base, including:
• – Analysis and calculations.
• – Design and vendor design reviews.
• – Construction drawing reviews.
• – Technical evaluations and computations.
• – Risk and hazard assessments.
• – System analysis.
• – Ensured compliance with regulations, codes, and standards.
• – Optimized drive system performance by 21%.
Starbucks Coffee Roasting Digital Production Line (May 2023 | June 2023)
To meet Starbucks’ stringent requirements for high-quality coffee bean roasting and large-scale production needs, we designed and implemented an intelligent roasting production line integrated with advanced process control and safety interlock systems. This achieved triple optimization of safety, efficiency, and quality.
– Integrated SIL-3 (Safety Integrity Level 3) safety controllers to establish a three-tier interlock protection system for temperature over limit, abnormal air pressure, and mechanical overload. With a fault response time of 200ms, the line maintained zero safety incidents throughout the year.
– Implemented Multivariable Predictive Control (MPC) algorithms to dynamically adjust temperature (±0.5°C), airflow, and rotation speed in real time, ensuring precise replication of roasting curves.
– Modular production line design enables flexible capacity expansion. Compared to traditional methods, this reduces carbon emissions by over 30%, with an annual production capacity exceeding 60,000 metric tons (135 million pounds). This facility is Starbucks’ largest coffee roasting plant outside the United States.
Corning Pharmaceutical Technology Pharmaceutical Glass Project Phase II (2022-07 | 2022-12)
– To meet China’s growing demand for cost-effective, high-quality Type I borosilicate glass tubes and expand production capacity for pharmaceutical glass tubes and inject vial technologies.
– Implement production line control systems using information technology (IT) and operational technology (OT).
– The latest injection bottle technology can increase the production efficiency of filling lines by 20% to 50%, while reducing packaging production costs and minimizing the probability of product damage
– Complete the deployment of the SCADA system based on the industrial Internet of Things architecture, achieve a 99.5% equipment networking rate for the production line, and real-time monitoring of key process parameters (CPP) with a granularity of milliseconds.
– Complete system verification (DQ/IQ/OQ/PQ) through the "V model", form more than 300 compliance document packages, and pass the NMPA Computerized System Appendix (GAMP5) on-site inspection in one go.
– 20-50% improvement in filling line efficiency (vs. traditional borosilicate vials).
– 18-25% reduction in packaging costs.
– Product defect rate lowered to <0.03%.
– Annual reduction of glass raw material waste exceeding 150 tons.
First Solar Digital Factory (Vietnam | 2018–2019)
• – Deployed machine vision and collaborative robots (cobots), improving production cycle time by 15%.
• – Integrated MES/SCADA systems, achieving 95% uptime for critical processes.
Evapco Critical Air Handling System (USA | 2015)
• – Designed the critical air handling control system, reducing energy costs by 18%.
Otis Elevator S-curve Optimization Application (2006)
• – Under the premise of ensuring the human comfort threshold (ISO 18738 standard), optimize the maximum running speed between floors, and the weekly single running cycle time is 15% (based on the actual measured data of a 20-story building).
Training experience
– Annual industrial automation certification training at Rockwell Automation University (at least two weeks per year)
– Online self-study, deploying the large artificial intelligence model DeepSeek R1 to a local server within one week
Soft Skills
Teamwork: Collaborated with 5+ departments to launch 3 new product lines.
Analytical/Problem-Solving: Resolved 10+ equipment failures using root cause analysis.
Communication: Presented technical reports to senior management and plant stakeholders.
Best Practices Adoption: Implemented ISO 13849 safety standards across 10+ machines.
Oversea work experience:
– Engineering Services | First Solar | Vietnam | NDM factory startup | 2018-12 | 2019-11
– Engineering Services | Evapco | USA | Building Management System startup | 2015-01 | 2015-12
Project Experience included, but not limited:
-| industry | company | user case
Theme Park | Beijing Universal Resort | High reliability improvements of seven attractions in the theme park
Theme Park | Beijing Universal Resort | Transformers Base Project Debugging and Delivery to Operation
3C |Haitian Group | Precision Injection Molding Machine
Pharmaceutical Technologies |Corning |SCADA, MES, Historian, fly-cut, machine vision, melting and cutting, gantry robot, packing, shrink wrapping machine, PCS, Digital factory
Package |Shandong Gaosen | Can Making Line
Package |Tetra Pak | Filling Machine
Packaging |Qingdao JUSTU Precision Machinery | High-Speed Rotary Cutter
Chemical |Hebei Shuangji Chemical | Process Control Line
Chemical |Wanhua Chemical | DCS, Triplex Redundancy Control System
Health Care |P&G | Soap Wrapper Machine, ZHA451 ZHA452 AA_AAA Battery Wrapper Machine
Hygiene |FOSHAN KAYSON HYGIENE | Hygiene Line
Building Automation |Evapo | Critical Process Air System
Building Automation |Tianjin Window Machine | Screen Printing Machine
Textiles |Qingdao Textile Machinery | Combing Machine, Automatic Cross Lapper
Display Technologies |Corning | PRW system
Metal|Shandong Weiqiao|PCS control
Flexo Printing |Ekofa Flexo Packing Machinery | 6 color Flexo Printer, 8 color Flexo Printer, Phillipin 13 color Flexo Printer with Dia Cutter, Tongyi 6 color Flexo with Gravure Printer, 3M Printer Station,
Automotive |Beijing Benz Automotive | Painting Line
Automotive |Chery Automotive Company | painting plant, transport line
Automotive |Zhejiang Tieniu | Auto Press Line
Offshore Oil and gas |COOEC | Offshore FPSO Single Buoy Moorings SBM system， Electrical Apparatus for Explosive Atmospheres
Offshore Oil and gas |Dagang Zhaodong Oil Company Of Petrochina | PCS, Redundancy Control System
Coal|SHANXI COKING COAL | Industrial Control Systems (ICS), Safety instrumented system (SIS)
Environment Technology |Jingjin Equipment |Press Filter 1500 machine
Life Science |Luye Pharma | SCADA, MES, IDC, digital plant
Electronics |China Electronics Technology Group | Nearfield Systems
Elevator |OTIS Elevator | Passenger Elevator
Leather |HENAN PROSPER SKINS &LEATHER ENTERPRISE | PCS control
Oil and Gas |Petrochina Company Limited | Pipe line , Redundancy Control System
Mine |Jidong Cement | DCS ， MCC, Intelligent manufacturing production line
Paper |Shandong Sun Paper | Food Paper Making Line
Paper |Shandong Zibo Guihe | Paper Production Line
Textile |Xinxiang Chemical Fiber | fiber line
Textiles |Hicorp Group | Computerized Carding Machine
Energy |First Solar | First Solar NDM factory digital plant, machine vision, Cooperative Robots, MES, SCADA, Historian, Application Server, PCS, Safety System, Assert Management
Energy |Goldwind Science Technology | Wind Turbine Pitch Control
Energy |Goman Thin Film Solar Energy Technology | CIGS(Copper/Indium/Gallium/Selenium)solar cells quality testing machine
Tire |Goodyear Tire| NG100 Tire Build Machine, Cutter Machine , MES, Logistic line , Test Machine , Curing Press , Asset Center , Robot
Tire |MESNAC | The Mixing Control System, Curing Machine, Tire Build Machine, Testing Machine
Tire |Pirelli | TBM2446 All-Steel Radial Agriculture Tire Build Machine
Food |Fujian Changfu Dairy Group | Aseptic filling machine
Food |Heilongjiang Shuangcheng Nestle | Aseptic filling machine
Food |Mengniu Dairy | milk line
Food |Nestle | packing machine
Food |Shandong Yishanfang Group | Aseptic filling machine
Food|Shuanghui|Low-Temperature Ham Production Line，Safety System, Direct Burner Management System, PCS, SCADA, remote virtual engineer workstation
Food |Yili| milk line
Food|Starbucks|Hot Air Roaster Coffee Control System, Safety System, Direct Burner Management System, PCS, SCADA, digital factory
张慧斌
个人信息
目前所在地: 天津
电话: 086 13335070331
网页: https://www.toprobin.online
个人优势
通过精准可靠的控制技术实现创意构想，擅长在安全边界内探索技术可能性，以工程严谨性保障艺术表现力的可持续输出
优势与竞争力
跨界技术整合能力
多年设备与自动化控制系统实战开发经验（如智能工业机器人–生产线控制–数字化工厂）与行业应用存在技术共性（如运动控制算法，机器视觉，智能传感器网络，SCADA，MES，数字化转型，智能工厂升级），可快速将PLC/DCS系统设计经验转换为符合行业规范的落地应用，交付安全、可靠和可操作的生产设施
案例：在玻璃产线自动化项目中设计的故障预测模型，可复用于关键生产设施健康监测系统开发，降低停机风险
复杂系统交付经验
主导过50000+控制节点规模项目，具备从需求分析到现场调试，质量保证，交付运营的全周期把控力，契合大型装置开发需求
项目管理维度：采用模块化设计思维降低设备后期维护成本，例如将控制系统与机械驱动解耦
创意技术化落地能力
业余开发交互式测距装置Arduino+超声波传感器HC-SR04，证明工程思维与艺术感知的平衡能力
在工业HMI设计中融入用户体验优化经验，可提升生产设备操作界面的人机交互流畅度
差异化竞争力构建
沉浸式技术预研：自主研究机器视觉与物理控制器联动方案，探索移动设备之间的逻辑互锁与排队优化技术
安全合规洞察：熟悉ISO 13849机械安全标准，提前规设备设备认证风险
可靠性意识：在上一项目通过优化电机选型策略提高20%系统载荷能力，此能力在高可靠性的工程项目中更具价值
性格与行为特质
安全合规导向型 ：坚持将ISO 13849/IEC 61508安全标准贯穿设计全流程，主导完成12+个用户场景控制系统设计，通过FMEA工具实现安全关键系统零事故运行纪录，100%符合GB/IEC/UL/NFPA多国标准
风险预判型： 擅长在设备集成阶段预判风险，曾通过失效模式与影响分析（FMEA）提前消除部件失效隐患，使调试周期缩短10%
快速学习型：1个周内掌握宝洁电池包装项目PackML协议标准，主导完成1套包装设备控制程序迁移（欧姆龙Omron→罗克韦尔Logix ）
紧急响应能力：在奇瑞汽车设备调试阶段突发通讯故障时，采用分层隔离法30分钟内定位到Ethernet总线干扰源
多标准融合设计能力: 统筹5+个跨国协作项目电气设计，协调EVAPCO, FIRSTFOLAR, SBM, STARBUCK, SIS, CORNING 团队完成部署实施，实现GB与NFPA 标准融合应用，双汇项目通过中美双认证审查
创意技术转化能力 ：将时钟同步全球规范IEEE1588转化为本地化实施方案，为意高发开发13色无轴柔印同步控制系统，实现4毫秒的14轴追标–模切时序精准匹配
技能和证书
在工程环境中有 10 年工作经验，主要侧重于电气、控制和自动化系统，主导过主题公园复杂系统的建造交付。
对设备系统及相关安全法规和标准有全面了解。
在北京环球度假区主题公园拥有丰富的现场施工技术支持经验。
在设计、分析、测试和实施方面具有很强的工程交付能力。
在快节奏、友好和专业的环境中,有按时完成时间紧迫、管理工作目标及时间表的良好记录,能够有效协调内部和外部资源。
精通危险故障分析工具,如故障模式与影响分析(FMEA)、安全完整性等级(SIL)分析。
精通 GB 规范、IEC、UL 和 NFPA 标准。
熟悉工业控制系统基础设施和配置。
PLC 全栈开发专家(西门子 Simatic,罗克韦尔 Logix,等),掌握 SCADA 系统集成技术
熟悉交流电机和直流电机及电机控制系统。
具有游乐设施和演出控制系统经验,如霸天虎、变形金刚、大黄蜂、哈利波特、侏罗纪公园等。
能独立工作,也能作为团队成员高效协同工作,如在海外工作经历。
精通 Microsoft Excel、PPT、Word、AutoCAD。
精通控制系统：IEC 61131-3（ST、LD、FBD）、SIL2/3安全PLC、DCS、PCS、SCADA、MCC
熟练编程：Python（Pandas、NumPy）、C/C++（嵌入式系统）、面向对象编程（OOP）
熟悉领域：运动控制、批次控制、机器视觉、机器人，MES、DevOps、预测性维护
作为讲师为参加自动化大学培训课程的30+学员颁发合格证书（包括英文）
PMI 认证的项目管理专业人士(PMP)
Cisco 思科技术认证网络路由和交换(CCNA)
国家应急管理局颁发的电工证
因在自动化领域的创新获得了亚太地区前进之路奖。
语言能力
– 普通话：流利（母语）
– 英语：专业流利（欧洲共同语言参考框架C1级别），10年以上日常职场英语使用经验，包括技术讨论、跨文化协同工作和文档编写，客户定制课程培训讲师（英语）。
编程与控制语言
– IEC 61131-3（结构化文本/ST、梯形图/LD、功能块图/FBD、顺序功能图/SFC）：高级熟练
— 设计与开发并部署面向离散控制、过程控制、安全控制、运动控制、批次控制（含冗余应用）的工业控制系统
— 具备多轴运动控制逻辑代码开发、安全型PLC配置（如SIL2/3等级）、人机界面（HMI）SCADA集成等实践经验
– Python：熟练 – 面向对象开发方向
— 基于类的面向对象编程（OOP）构建可扩展应用程序，运用数据分析库（Pandas/NumPy）开发自动化脚本工作流程
– C/C++：中高级 – 模块化系统设计方向
— 开发面向嵌入式系统的高性能功能模块，编写驱动程序及实时控制接口
教育背景
中原工学院 | 自动化 | 学士学位
工作经历
2012.05 – 至今 工作单位：罗克韦尔自动化(AB)
– 公司简介：罗克韦尔自动化是工业自动化和数字化转型的全球领导者。我们将人们的想象力与技术的潜力相连接，拓展人类可能的边界，使世界变得更加高效和可持续。罗克韦尔自动化总部位于威斯康星州的密尔沃基，拥有约28,000名致力于为全球100多个国家的客户提供服务的问题解决者。
– 职位：主任工程师
– 平行部门： 销售、电话支持、工程和运营团队
工作职责及内容：
– 为罗克韦尔自动化和第三方产品提供技术现场服务。
– 开发和实施新技术以提高工厂生产力。
– 独立完成小型项目，与团队合作完成大型项目。现场和异地。
– 支持售前任务。
– 向客户提供咨询服务并展示技术解决方案。
– 与客户分享知识。
– 建立良好的客户关系。
– 推广所有罗克韦尔自动化生命周期服务产品和服务。
– 为具有与数字化转型相关的特定运营和业务需求的客户量身定制咨询服务。
– 与项目管理和实施相关的专业服务。
– 网络安全、OT 网络和远程支持方面的关联服务。
– 资产管理和现场服务，用于现场支持。
– 技能发展培训和技能增值方面的员工服务。
工作复杂性：
– 处理范围广泛的问题，需要对可识别因素的数据进行分析评估。
– 在选择获取解决方案的方法和技术方面表现出良好的判断力。
监督：
– 通常日复一日的工作指导很少，主要是针对新任务的指导。
范围：
– 以目标的形式接收任务，并确定实现目标的过程。
互动：
– 经常与同行和客户互动，以获得他人的合作或进行技术信息/项目活动的演示。在自己专业领域内与内部/外部的各级人员建立网络。
主要/突出工作业绩：
擅长在,包括主题公园在内的,现场环境中主导复杂工程项目。精通高/低/特低电压(HV/LV/ELV)系统设计与优化,确保符合国际电工委员会(IEC)及国际标准化组织(ISO)安全标准,并实施基于 PLC(可编程逻辑控制器)的先进自动化解决方案。将IT技术和OT技术融合应用于自动化系统，助力企业数字化转型
成功主导 15 个以上大型项目,均按时交付且不超预算,同时将运营效率提升最高达 35%。
完成4个数字化工厂的设计部署，全部移交给运营部门
完成1个智能化工厂的设计部署，移交给运营部门
2009.01 – 2012.05 工作单位：罗克韦尔自动化(AB)
– 职位：全球OEM技术顾问GOTC
– 平行部门： 销售、电话支持、工程和运营团队
工作职责及内容：
GOTC职能负责在原始设备制造商（OEM）销售计划中的技术采纳和技术支持。它为罗克韦尔自动化在自动化技术领域的卓越声誉和知识提供了基础。典型活动包括概念验证编程、控制系统设计审查、技术演示、应用说明开发、应用吞吐量测试以及启动工程支持。对罗克韦尔自动化核心产品和系统应用的高级知识是必不可少的：运动控制、Logix、NetLinx、操作界面、PLC、I/O、存在感应、安全和软件。
工作角色：
– 为客户设计、定义和实施复杂的系统需求，或准备研究并分析现有系统。
– 确定系统规格、输入/输出过程和硬件/软件兼容的工作参数。
– 协调子系统的设计并整合整个系统。
– 识别、分析并解决程序支持不足的问题。
– 制定并推荐纠正措施。
工作复杂性：
– 处理范围广泛的问题，需要对可识别因素的数据进行分析评估。
– 在选择获取解决方案的方法和技术方面表现出良好的判断力。
监督：
– 通常日复一日的工作指导很少，主要是针对新任务的指导。
范围：
– 以目标的形式接收任务，并确定实现目标的过程。
互动：
– 经常与同行和客户互动，以获得他人的合作或进行技术信息/项目活动的演示。在自己专业领域内与内部/外部的各级人员建立网络。
主要/突出工作业绩：
为10个以上国际OEM客户提供定制化自动化解决方案，提高了25%的运营效率。
撰写了10个以上关键项目的技术白皮书和规范，作为内部标准被采纳。
2005.05 – 2009.01 工作单位：科比 (KEB)
– 公司简介：KEB是驱动和自动化解决方案的制造商和系统供应商，公司总部位于德国东威斯特法伦州的巴恩特鲁普。全球员工人数为1,550人。拥有高水平的咨询/服务专业知识。在全球14个国家设有公司/代表处。
– 职位：应用方案工程师
– 平行部门： 销售、电话支持、运营团队
工作职责及内容：
应用方案工程师职能负责在原始设备制造商（OEM）销售计划中的技术采纳和技术支持。它为KEB在自动化技术领域的卓越声誉和知识提供了基础。典型活动包括概念验证编程、控制系统设计审查、技术演示、应用说明开发、应用吞吐量测试以及启动工程支持。致力于变频器、伺服电机、电磁制动器和离合器以及减速电机驱动和自动化解决方案开发与研究。
工作角色：
– 为客户设计、定义和实施复杂的系统需求，或准备研究并分析现有系统。
– 确定系统规格、输入/输出过程和硬件/软件兼容的工作参数。
– 协调子系统的设计并整合整个系统。
– 识别、分析并解决程序支持不足的问题。
– 制定并推荐纠正措施。
工作复杂性：
– 处理范围广泛的问题，需要对可识别因素的数据进行分析评估。
– 在选择获取解决方案的方法和技术方面表现出良好的判断力。
主要/突出工作业绩：
– 为20多个OEM客户提供量身定制的自动化解决方案，提高了30%的运营效率。
– 开发了基于PLC的工业机械控制系统，实现了98%的客户满意度。
动手实践能力,包括但不限于
项目管理
将 DeepSeek R1 部署到本地服务器
需求分析
架构规划与设计
解决方案白皮书
技术规范文档
选择与配置
原理接线图
代码编程
配置编程
安装接线
功能测试
单元测试
完整机器 FAT 测试
完整生产线 SAT 测试
质量保证
开发离散控制系统
开发 PCS 控制系统
开发 DCS 控制系统
开发 MCC 控制系统
开发运动控制系统
开发安全 PLC 控制系统
开发批量控制系统
开发 SCADA 系统
开发分布式应用服务器系统
开发运营 MES 系统
开发运营资产管理系统
开发运营预测性维护系统
开发运营 IDC 系统
开发机器视觉系统
开发智能堆垛机器人
讲授 RAU 自动化大学定制培训课程（包括英语）
关键项目
北京环球度假区主题公园工程服务（2023-2024）
– 为主题公园的7个景点提供复杂系统工程服务
– 提供复杂电气、控制和软件系统的工程服务，以增强安全性、可靠性和可操作性。
– 进行设计评审、评估、计算以及软件/硬件开发和审查。
– 确保符合当地法律、法规、标准和规范。
– 为超过32,000个安装基础的零件提供技术支持
– 在工程服务期间实现了超过95%的可用率
北京环球度假区主题公园工程服务（2020-2021）
为变形金刚基地的3个工作包提供电气工程服务，包括
– 分析和计算。
– 设计和供应商设计评审。
– 施工图纸审查。
– 技术评估和计算。
– 风险和危害评估。
– 系统分析。
– 确保符合法规、规范和标准。
–将驱动系统性能优化了21%
星巴克咖啡烘焙数字化生产线（2023-05 | 2023-06）
为满足星巴克对高品质咖啡豆烘焙的严苛要求及规模化生产需求，我们设计并实施了一条集成先进过程控制与安全联锁系统的智能化烘焙产线，实现安全、效率与品质的三重优化。
– 整合SIL-3级安全控制器，构建温度超限–气压异常–机械过载的三级互锁防护，故障响应速度达200ms，实现全年零安全事故。
– 采用多变量预测控制（MPC）算法，实时调节温度（±0.5℃）、气流及转速，确保烘焙曲线精准复现。
– 模块化产线设计支持产能弹性扩展，相较于传统方式，可减少超30%的碳排放；年产能超过6万吨(1.35亿磅) ， 成为星巴克在美国以外产能最大的烘焙工厂
康宁医药技术药用玻璃项目二期（2022-07 | 2022-12）
为满足中国对高性价比、高质量的I型硼硅酸盐玻管日益增长的需求。扩大药用玻管和注射剂瓶技术的产能。
– 采用信息技术(IT)和运营技术(OT)实施生产线控制系统。
– 最新注射瓶技术可以将灌装线的生产效率提高 20%至 50%，同时降低包装生产成本并将产品损坏的概率降至最低
– 完成基于工业物联网架构的SCADA系统部署，实现生产线99.5%设备联网率，关键工艺参数（CPP）实时监控颗粒度达毫秒级。
– 通过"V模型"完成系统验证（DQ/IQ/OQ/PQ），形成超300份合规文档包，一次性通过NMPA计算机化系统附录（GAMP5）现场核查。
– 灌装线综合效率提升20-50%（与传统的硼硅注射剂瓶相比）
– 包装成本降低18-25%
– 产品不良率降至0.03%以下
– 年减少玻璃原料浪费超150吨
第一太阳能数字工厂（越南 | 2018–2019）
– 部署机器视觉和协作机器人，提高生产节拍15%。
– 集成MES/SCADA系统，实现关键流程95%的正常运行时间。
益美高关键空气处理系统（美国 | 2015）
– 设计关键空气处理控制系统，降低能源成本18%。
奥的斯乘客电梯S曲线优化应用（2006）
– 在保证人体舒适阈值（ISO 18738标准）的前提下，优化楼层间峰值运行速度，缩短单次运行周期时间15%（以20层楼宇实测数据为基准）。
培训经历
– Rockwell Automation 大学年度工业自动化认证培训(每年至少两周)
– 在线自主学习，一周之内实现将人工智能大模型DeepSeek R1 部署到本地服务器
软技能
团队协作：与5个以上部门合作，成功推出3条新产品线。
分析/解决问题：通过根本原因分析，解决10余起设备故障。
沟通能力：向高层管理层及工厂相关方汇报技术报告。
最佳实践应用：在10余台设备中推行ISO 13849安全标准。
以下海外工作经验：
– 工程服务 | 第一太阳能 | 越南 | NDM工厂启动 | 2018年12月 | 2019年11月
– 工程服务 | Evapco | 美国 | 建筑管理系统启动 | 2015年1月 | 2015年12月
项目经历,包括但不限于：
– 行业 | 客户名称 | 用户场景
主题乐园 | 北京环球度假区 | 主题乐园内七个景点的高可靠性改善
主题乐园 | 北京环球度假区 | 变形金刚基地项目调试交付运营
3C | 海天集团 | 精密注塑机
制药技术 | 康宁集团 | SCADA，MES，预测性维护系统，飞切，机器视觉，熔化与切割，智能龙门机器人，打包，热收缩包装机，PCS，数字化工厂
包装 | 山东高森集团 | 制罐生产线
包装 | 利乐包装 | 高速无菌灌装机
包装 | 青岛佳友精密机械 | 高速旋转切割机
化学 | 河北双吉 | 过程控制线
化学 | 万华化学 | DCS，三重冗余控制
医疗保健日用 | 宝洁 | 肥皂包装机，ZHA451 ZHA452 AA_AAA电池包装机
卫生 | 佛山启盛卫生用品 | 卫生用品生产线
建筑 | 益美高 | 关键过程空气系统
建筑 | 天津文洲 | 丝网印刷机
无纺纺织 | 青岛纺织机械 | 梳理机，自动交叉铺网机
显示技术 | 康宁集团 | PRW系统
有色金属 | 山东魏桥创业集团 | PCS控制
柔版印刷 | 意高发 | 6色柔版印刷机，8色柔版印刷机，菲律宾13色柔版印刷模切一体机，通义6色柔版印刷机与凹版印刷机，3M打印站
汽车 | 北京奔驰汽车 | 涂装线
汽车 | 奇瑞汽车 | 涂装厂, 输送线
汽车 | 浙江铁牛 | 自动压机生产线
汽车 | 马勒 | 压缩机生产线
汽车 | 康宁环境科技 | 催化转化器生产线
海上石油和天然气 | 中海油 | 离岸 FPSO SBM系统“ 单浮标系泊设备 ”,爆炸性环境用电气设备
海上石油和天然气 | 大港赵东海油平台 | PCS，冗余控制
煤炭 | 山西焦煤 | 工业控制系统（ICS），安全仪表系统（SIS)
环境技术 | 景津装备 | 1500型压滤机
生命科学 | 绿叶制药 | SCADA，MES，IDC，数字化工厂
电子 | 中国电子技术 | 近场系统
电梯 | 奥的斯 | 乘客电梯
皮革 | 隆丰皮草 | PCS控制
石油和天然气 | 中石油 | 管道, 冗余控制系统
矿业 | 冀东水泥 | DCS, MCC, 智能制造生产线
纸 | 太阳纸业 | 食品纸生产线
纸 | 山东贵和纸业 | 纸张生产线
纺织 | 新乡化纤 | 纤维生产线
纺织 | 环球集团 | 计算机化精梳机
能源 | 第一太阳能 | 第一太阳能NDM工厂，PCS, SCADA, MES, 资产中心，预防性维护，机器视觉，协作机器人，数字化工厂
能源 | 金风科技 | 风力涡轮机桨叶控制
能源 | 国民薄膜太阳能科技 | CIGS（铜/铟/镓/硒）太阳能电池测试机
轮胎 | 固特异轮胎 | NG100轮胎成型机，切割机，MES，物流线，测试机，硫化机，资产中心，机器人
轮胎 | 软控股份 | 混合控制系统，硫化机，轮胎制造机，测试机
轮胎 | 倍耐力 | TBM2446全钢子午线农业轮胎成型机
食品 | 福建长富乳品 | 无菌灌装机
食品 | 黑龙江双城雀巢 | 无菌灌装机
食品 | 蒙牛 | 牛奶生产线
食品 | 雀巢 | 包装机
食品 | 山东益善坊 | 无菌灌装机
食品 | 双汇 | 低温火腿生产线，安全系统，直接燃烧器管理系统，PCS，SCADA，远程虚拟工程师
食品 | 伊利 | 牛奶生产线
食品 | 星巴克 | 热风烘焙咖啡控制系统，安全系统，直接燃烧器管理系统，PCS，SCADA，数字化工厂