Sr Manufacturing Test Engineer生产测试工程师

主要职责

根据年度规划，参与测试设备、新产品导入及改善项目的制定与实施;

独立完成测试设备、测试基板及相关外围装置的选型、导入、安装调试及量产移交;

负责测试设备及测试系统技术规格的制定和优化，包括Socket、Pogo Pin等测试治具的技术改良;

负责测试设备自动化方案的开发与实施，实现与自动化系统的高效无缝对接;

主导生产线测试设备的升级改造及效率改善，系统性降低设备故障停机率;

持续优化测试流程，提高设备稼动率、测试效率及产品良率

独立编制设备采购技术规格书、报价评估资料及项目实施计划;

负责测试程序(Test Program)的导入、调试及变更管理;

与测试程序开发人员协作，优化测试程序参数，确保产品测试质量及良率达成;组织并支持现场设备保全及维护工作;

分析设备异常并推动问题解决，确保设备稳定运行;

教育背景

本科及以上学历;

电子工程、自动化、电气工程、机电一体化、测控技术、半导体相关专业优先。

3年以上半导体后道测试工站的程序，设备维护、改良经验者优先

专业技能

具备扎实的电子技术理论基础;

熟悉电气工具及测试仪器的使用;

熟悉半导体器件测试原理及测试系统架构;

了解自动化设备控制原理及相关技术;

具备测试设备导入、设备改造及工艺改善经验;

能够独立完成设备规格设计、方案制定及项目推进;

具有测试程序调试和优化经验

具备一定编程能力(如VB、C/C++、Python、PLC等)者优先;

熟悉MCU产品测试设备者优先。

具有日常业务自动优化（RPA等）、数字化改善经验，具备推进设备OT(操作技术)建设能力者优先。

语言能力

英语CET-4 及以上;

具备日语读写及沟通能力者优先;

能够与供应商及日本总部进行基本的英语或日语沟通。

Qualifications

Education

• Bachelor's degree or above in

Electronic Engineering

Automation Engineering

Electrical Engineering

Mechatronics

Instrumentation & Control Engineering

Semiconductor-related disciplines

Master's degree is a plus.

• Programming knowledge in one or more of the following is preferred

VB/VBA

C/C++

Python

Responsibilities

Participate in the planning and execution of test equipment, new product introduction (NPI), and continuous improvement projects according to annual manufacturing objectives.; Independently manage the selection, installation, qualification, commissioning, and production release of test equipment, test boards, and related peripheral devices.; Develop and optimize technical specifications for test equipment and test systems, including continuous improvements to test fixtures such as sockets, pogo pins, and related hardware.; Lead the development and implementation of automation solutions for test equipment, enabling seamless integration with factory automation systems.; Drive equipment upgrades, modifications, and productivity improvement projects to systematically reduce machine downtime and improve operational efficiency.; Continuously optimize testing processes to enhance equipment utilization, test throughput, and product yield.; Prepare technical specifications, equipment procurement documentation, quotation evaluations, and project implementation plans.; Support test program introduction, debugging, qualification, and engineering change management activities.; Collaborate with Test Program Engineers to optimize test parameters and ensure product quality, test coverage, and manufacturing yield targets are achieved.; Organize and support preventive maintenance and troubleshooting activities for production test equipment.; Analyze equipment failures and drive root cause analysis and corrective actions to ensure stable equipment performance and manufacturing continuity.

Requirements

Minimum 3 years of experience in semiconductor backend testing operations.; Hands-on experience in test equipment maintenance, improvement, troubleshooting, and engineering support.; Experience in semiconductor manufacturing environment is highly preferred.; Solid foundation in electronics and electrical engineering principles.; Familiar with electrical tools, measurement instruments, and diagnostic equipment.; Good understanding of semiconductor device testing principles and test system architecture.; Knowledge of industrial automation technologies and equipment control systems.; Experience in test equipment introduction, modification, process optimization, and capacity improvement projects.; Ability to independently define equipment specifications, develop technical solutions, and manage engineering projects.; Experience in test program debugging, optimization, and implementation.; CET-4 or above, with the ability to communicate effectively in English.; Japanese reading, writing, and communication skills are highly preferred.; Ability to communicate with equipment suppliers and Japanese headquarters in English and/or Japanese on technical matters.

Nice to have

Familiarity with MCU (Microcontroller Unit) testing platforms and equipment is a strong advantage.; Experience in digitalization initiatives, RPA (Robotic Process Automation), or smart manufacturing projects is preferred.; Capability to promote OT (Operational Technology) infrastructure and equipment connectivity initiatives is an advantage.