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最轻量、快速的招募方案，数百家企业的选择
搜寻简历，主动联系求职者，提升招募效率。
- 浏览所有搜寻结果
- 每日可无限次数开启陌生对话
- 搜尋僅開放付費企業檢視的简历
- 检视使用者信箱 & 电话
职场能力评价定义
Andy Lee
IBM Taiwan, Technical Consultant – IoT & Edge Computing
As a Technical Consultant at IBM Taiwan, I have extensive expertise in MES Web application development, subsystem maintenance, and customization. My deep knowledge spans front-end technologies like Angular and React, and I've played a pivotal role in web page development, statistical charting, and system integration. Beyond my professional realm, I've collaborated with academic institutions, working on system integration projects involving web crawlers, Line ChatBot, Google Vision API, and Google Map API. Looking ahead, I'm committed to enhancing my skills in software engineering, aspiring to excel as a system architect and continuing to master the art of systematic development post-requirement discussions.
Email: [email protected], Linkedin: https://www.linkedin.com/in/dsbrutha777/, Phone: 0975269386
Work Experience
國際商業機器 IBM Taiwan, Technical Consultant – IoT & Edge Computing
1. Preventive Maintenance System (PMS)
By enhancing the preventive maintenance plan for equipment, through proactive scheduling of maintenance and inspection tasks, along with systematic management of equipment maintenance duties, we aim to reduce the risk of equipment failures, minimize downtime, increase equipment efficiency, and save on repair costs
2. Whole Factory Monitoring (WFM)
According to the two-dimensional factory floor plan provided by the customer, locate the coordinates of the relative position on the floor plan, output it as a json file, and change the color to the color of the pre-defined machine state on the system by the coordinate data. The current state of the machine and monitor the whole factory in a relatively real-time state.
3. Report System (RPT)
According to the requirements provided by the customer, the data is extracted from the MES database and the historical database, and after the data is sorted, the appropriate charts are output according to the work situation of the field personnel for presentation to speed up the field work efficiency.
4. MES Web
Change the old version of MES (Java GUI) to WEB for presentation and do extended development according to the problems raised by customers to meet customer needs.
台達電子 Delta Electronics Inc., Senior Software Engineer
1. Statistical Process Control (SPC)
Through the control chart and analysis chart, users can grasp the current production data status, and create events when the data exceeds the control or specification limit and notify relevant personnel to troubleshoot problems, shorten the time of abnormal data, improve the quality and yield of the production process, and reduce the user's production cost the ultimate goal.
2. In-Process Quality Control (IPQC)
Most factories require a lot of manpower as a bridge between equipment and production line due to the difficulty of data integration. Therefore, many factories still use paper-based methods to inspect equipment at a specific time when doing IPQC inspection work. This team developed Digital inspection list to achieve paperless and automated processes to reduce labor and time costs of inspection work
3. Overall Equipment Effectiveness Dashboard (OEE Dashboard)
Through OEE indicators, the factory site personnel can grasp the status of the equipment in real time, thereby ensuring the stability of the production process.
4. Predictive Maintenance (PDM)
Collect equipment data and train models through sensors and controllers to learn equipment or parts damage in advance, so as to facilitate subsequent equipment replacement and repair work, thereby reducing the downtime of the production line and improving production efficiency and reduce the production of defective products to reduce production costs.
Personal Experience
1. Google Vision API integration ( NTU Department Of Horticulture and Landscape Architecture )
Develop a Node program and package it into an executable file, place the executable file in the planned folder structure, analyze the photos provided by the user through google vision api, and write the returned results into EXCEL
2. Google Reviews & Google Map integration ( NTU Department Of Horticulture and Landscape Architecture )
Integrate Google Map API and Wextractor API to obtain review data and user-uploaded images and write them into the database for users to download EXCEL
3. Line Chatbot
Develop interactive mini-games, and integrate different web services into Chatbot and use rich menus as service entrances
Andy Lee
IBM Taiwan, Technical Consultant – IoT & Edge Computing
As a Technical Consultant at IBM Taiwan, I have extensive expertise in MES Web application development, subsystem maintenance, and customization. My deep knowledge spans front-end technologies like Angular and React, and I've played a pivotal role in web page development, statistical charting, and system integration. Beyond my professional realm, I've collaborated with academic institutions, working on system integration projects involving web crawlers, Line ChatBot, Google Vision API, and Google Map API. Looking ahead, I'm committed to enhancing my skills in software engineering, aspiring to excel as a system architect and continuing to master the art of systematic development post-requirement discussions.
Email: [email protected], Linkedin: https://www.linkedin.com/in/dsbrutha777/, Phone: 0975269386
Work Experience
國際商業機器 IBM Taiwan, Technical Consultant – IoT & Edge Computing
1. Preventive Maintenance System (PMS)
By enhancing the preventive maintenance plan for equipment, through proactive scheduling of maintenance and inspection tasks, along with systematic management of equipment maintenance duties, we aim to reduce the risk of equipment failures, minimize downtime, increase equipment efficiency, and save on repair costs
2. Whole Factory Monitoring (WFM)
According to the two-dimensional factory floor plan provided by the customer, locate the coordinates of the relative position on the floor plan, output it as a json file, and change the color to the color of the pre-defined machine state on the system by the coordinate data. The current state of the machine and monitor the whole factory in a relatively real-time state.
3. Report System (RPT)
According to the requirements provided by the customer, the data is extracted from the MES database and the historical database, and after the data is sorted, the appropriate charts are output according to the work situation of the field personnel for presentation to speed up the field work efficiency.
4. MES Web
Change the old version of MES (Java GUI) to WEB for presentation and do extended development according to the problems raised by customers to meet customer needs.
台達電子 Delta Electronics Inc., Senior Software Engineer
1. Statistical Process Control (SPC)
Through the control chart and analysis chart, users can grasp the current production data status, and create events when the data exceeds the control or specification limit and notify relevant personnel to troubleshoot problems, shorten the time of abnormal data, improve the quality and yield of the production process, and reduce the user's production cost the ultimate goal.
2. In-Process Quality Control (IPQC)
Most factories require a lot of manpower as a bridge between equipment and production line due to the difficulty of data integration. Therefore, many factories still use paper-based methods to inspect equipment at a specific time when doing IPQC inspection work. This team developed Digital inspection list to achieve paperless and automated processes to reduce labor and time costs of inspection work
3. Overall Equipment Effectiveness Dashboard (OEE Dashboard)
Through OEE indicators, the factory site personnel can grasp the status of the equipment in real time, thereby ensuring the stability of the production process.
4. Predictive Maintenance (PDM)
Collect equipment data and train models through sensors and controllers to learn equipment or parts damage in advance, so as to facilitate subsequent equipment replacement and repair work, thereby reducing the downtime of the production line and improving production efficiency and reduce the production of defective products to reduce production costs.
Personal Experience
1. Google Vision API integration ( NTU Department Of Horticulture and Landscape Architecture )
Develop a Node program and package it into an executable file, place the executable file in the planned folder structure, analyze the photos provided by the user through google vision api, and write the returned results into EXCEL
2. Google Reviews & Google Map integration ( NTU Department Of Horticulture and Landscape Architecture )
Integrate Google Map API and Wextractor API to obtain review data and user-uploaded images and write them into the database for users to download EXCEL
3. Line Chatbot
Develop interactive mini-games, and integrate different web services into Chatbot and use rich menus as service entrances