Key Responsibilities:
- Responsible for assembly and testing subcon quality management, to manage
all events which subjected to quality issue.
- External abnormal reporting handling. Drive subcon on problem solving and
failure analysis to determine the root cause of quality incident and bring out
CAPA to solve the issue.
- Work with subcon and cross function team for MRB case for lot disposition.
- Collaborate with subcon and CQE and cross function team to follow and track
the 8D report for customer claim/request.
- Experienced in handling PCN project for change management as well as CRB and
safe launch/ramping up.
- Surveyed, managed, evaluated and audited sub-con regularly.
- Regularly review subcon quality agenda and performance, drive for continue
improvement.
- On-site check/audit subcon process/product control and lead on subcon quality
improvement.
- Liaised between internal team and subcons for quality related subject.
1. 以新(衍生)模型測試流程規劃.
การวางแผนกระบวนการทดสอบโมเดลใหม่
New (derivative) model testing process planning.
2. 與RD EE討論電氣測試項目(測試計劃)和測試方法.
หารือเกี่ยวกับโครงการทดสอบไฟฟ้า (แผนการทดสอบ) และวิธีการทดสอบกับ RD EE
Discuss electrical test projects (test plans) and test methods with RD EE.
3. RD交接資料審核、單板(連板)Gerber檔案確認、測試點是否放置正確等.
การตรวจสอบข้อมูลการส่งมอบ RD, บอร์ดเดี่ยว (บอร์ดที่เชื่อมต่อ), การยืนยันไฟล์ Gerber, วางจุดทดสอบอย่างถูกต้อง ฯลฯ
RD handover data review, single board (connected board) Gerber file confirmation, test points are placed correctly, etc.
4. 新(衍生)機型PCBA治具的設計、製作及改良.
การออกแบบ การผลิต และปรับปรุงอุปกรณ์ติดตั้ง PCBA รุ่นใหม่ (อนุพันธ์)
Design, production and improvement of new (derivative) model PCBA fixtures;
5. 測試治具板設計、佈置、打樣、焊接.
การออกแบบ เค้าโครง การพิสูจน์อักษร และการเชื่อมแผงฟิกซ์เจอร์ทดสอบ
Test fixture board design, layout, proofing, and welding;
6. 各測試工位的夾具調試及安裝
การดีบักและการติดตั้งฟิกซ์เจอร์ที่สถานีทดสอบแต่ละแห่ง
Fixture debugging and installation at each testing station;
7. 量產機種測試異常分析及改進.
การวิเคราะห์และปรับปรุงความผิดปกติของการทดสอบของแบบจำลองที่ผลิตจำนวนมาก
Analysis and improvement of test anomalies of mass-produced models;
8. PCBA測試SOP創建.
การสร้าง SOP ทดสอบ PCBA
PCBA test SOP creation
9. 各檢測站標準產品的製作並定期驗證.
การผลิตและการตรวจสอบผลิตภัณฑ์มาตรฐานอย่างสม่ำเสมอสำหรับแต่ละสถานีทดสอบ
Production and regular verification of standard products for each testing station.
10. 測試數據分析.
ทดสอบการวิเคราะห์ข้อมูล
Test data analysis.
[Recent graduates who are a good fit can be converted to full-time employees shortly.]
Are you enthusiastic to work in a rapidly growing and ambitious international scale-up that plays an important part in the energy transition? If you're currently pursuing a bachelor's or master's degree in a technical field and looking for a rewarding opportunity to gain practical (design) engineering experience alongside your studies, join TWD as a working student!
Foundations of Your Job
As a working student at TWD, you will collaborate with our international team of Engineers and Designers, assisting in the design (concepts for) structural and mechanical installation tools for a diverse range of on- and offshore client projects. Throughout the project lifecycle, from concept to detail, you'll actively participate alongside the project team. Your tasks may vary, encompassing hand calculations, sketches, designing connections for steel structures, and performing 2D and 3D drawings.
What Makes You Great
You are a passionate, quick learner with a strong technical insight. With using your enthusiasm and
experience as a problem-solver, you come up with ingenious solutions. Being self-driven, responsible,
and committed, you ensure that the job gets done.
You are the perfect match for TWD if you also have the following skills and experience:
▪ Bachelor’s or master’s degree in a technical field, including but not limited to:
o Mechanical Engineering
o Mechatronics Engineering
o Civil Engineering
o Aerospace Engineering
o Marine/Vessel Engineering
▪ We are looking for students who have a solid foundation in:
o Statics, Dynamics, Mechanics of Materials
o Engineering Graphics (technical drawing/CAD)
o Machine Design Theory
o Mechanism Design
▪ You are seeking a side job for 3-4 days per week (during the first month, we highly recommend you to be available 4-5 days per week to quickly get up to speed).
【角色摘要】
泰詠作為提供客製化EMS代工服務的夥伴,需於產品測試端從試產至量產,主導前端PCBA測試站建置與流程規劃,並與客戶共創更多、更快、更好的測試專業服務與價值。
【職務內容】
1.與客戶協作、規劃並設計符合產品特性的 PCBA 測試(含治具、測試軟體參數建議、測試流程等)。
2.開發、設定與維運測試程式與設備(DFT),確保測試效率與準確度。
3.撰寫操作程序書(SOP)、維修手冊等測試相關文件。
4.針對測試現場運作狀況進行追蹤與改善,確保測試良率(高首次通過率、低重測率)。
5.跨部門協調合作並提供測試技術建議,以持續優化客戶產品測試服務。
6.參與客戶設計端技術移轉,與各項製程、測試優化等會議。
【Summary】
As an Automatic Testing Engineer (ATE), you'll focus on optimizing test processes, improving debugging efficiency, and enhancing production yield rates by cross-functional coordination and teamwork, ensuring smooth communication between engineering, quality, and production teams. By applying DFX (Design for Testing & Repairing) principles, you'll develop better testing solutions to enhance manufacturability, reliability, and customer satisfaction.
【Responsibility & Duties】
1. Perform failure analysis and repair on PCBAs with test failures, identifying issues beyond visual inspection.
2. Conduct automated test debugging and troubleshooting, ensuring restored functionality.
3. Handle production line test failures, track abnormalities, and refine troubleshooting workflows.
Provide detailed failure reports to customers, clarifying internal test findings and facilitating discussions.
4. Adjust and optimize test programs to improve accuracy, efficiency, and process stability.
5. Collaborate with engineering teams to enhance testing and repair methodologies.
Support RMA services, ensuring repaired units meet quality standards and customer expectations.
Job Description
o You will play a vital role in designing, implementing, and optimizing manufacturing processes to ensure efficient production and high-quality products
Requirements
o A bachelor’s degree in Manufacturing Server Assembly Engineering, Mechanical Engineering, Industrial Engineering, or equivalent experience
o Minimum 3 to 5 years of experience in manufacturing system assembly or mechanical engineering, familiarity with CAD software and manufacturing technologies
Responsibilities
o Design and implement manufacturing processes and systems
o Develop and test automated and manual systems
o Evaluate manufacturing processes based on quality criteria
o Collaborate with Quality Control Teams to ensure products meet established standards
o Design manufacturing fixtures and equipment, including installation, validation, and maintenance
o Coordinate equipment maintenance and repair services
o Analyze and plan workflow, equipment placement, and space requirements
o Optimize facility layouts, production lines, and machine operations
o Monitor production costs and assist in budget preparation while implementing measures to reduce waste and manage expenses
o Train workers in new and existing manufacturing processes
o Work closely with other engineers, contractors, and suppliers to ensure smooth facility operations, including coordinating plans, resolving manufacturing issues and continuously improving production effective and performance