杭州招聘

职位描述：
Overall Purpose of the Job
岗位概述
作为整车质量改善工程师，负责组织实施对新项目投产阶段所属子系统的质量评价、原因分析及改进效果验证，以及量产后整车质量问题分析与改进进度追踪。
The quality improvement engineer is responsible for the related sub-system new program vehicle quality evaluation, root cause analyzing and improving effectively validation, and responsible for the on-going production vehicle issues investigating and improving progress tracking.

Job Responsibilities *
工作职责*
? 负责所属系统的新产品各投产阶段的质量评价，提出Concern，并组织相关人员调查根本原因；
Responsible for the new program launch phase quality evaluation and concern raising, organize
the related department for the root cause investigating.
? 负责所属系统投产质量问题的改进推动及改进效果验证；
Responsible for the sub-system launch concerns improving progress tracking and improving
effectively validation.
? 负责量产车的定期质量评价及任何变化后的初期产品质量控制；
Responsible for the on-going production regular quality evaluation and initial quality control for any process change.
? 组织团队完成整车质量问题的原因调查与改进进度追踪；
Organize the cross function team for the vehicle quality issues investigation and improving
progress tracking.
? 负责量产车整车监控数据的跟踪，整理发布相关报告，发现变差并推进改善。
Responsible for following the on-going production monitor data. Collecting and publishing the report. Find the variation and push improving.
? 协助完成售后质量问题在厂内的调查与管控。
Support the field quality issues investigating and containment action implementation in plant.

Job Qualification
任职资格
Required Skills, Knowledge, & Relevant Work Experience *
职位必须的技能、知识以及相关的工作经验*
? 大学本科及以上学历，汽车相关专业；
Bachelor or above degree on automotive engineering or related engineering.
? 汽车制造方面有丰富的专业知识和实践经验；
Familiarize the vehicle manufacture, have enough special knowledge and practice experience.
? 熟悉汽车或零部件产品的制造工艺；
Familiarize the vehicle or parts build process.
? 熟悉信息处理分析工具和技术应用；
Familiarize the information analysis tools and applications.
? 良好的组织、协调及表达能力；
Well organization, coordination and communication ability.
? 良好的敬业精神，具有团队协作及解决问题的能力；
Dedication, teamwork and solving problem ability.
? 良好的英文读写及口语能力，通过大学英语四级。
Be good at speaking, writing and reading in English，pass CET-4. 举报 分享

吉利V汽车项目
GEELY V Automobile Project

台州· 吉利V汽车项目是台州吉利汽车转型升级的重要项目，是浙江省重大工业/产业项目，项目占地面积73.44万平方米（约1101.6亩），总建筑面积约39.3954万平方米，具有年20万辆乘用车的生产能力，生产符合沃尔沃全球统一技术和质量标准的国际品牌豪华汽车。
Taizhou·Geely V Automobile Project is an important program for transformation and upgrading of Geely Automobile in Taizhou. It is also one of the key industrial programs in Zhejiang province. Claiming a land area of 734.4 Km2 (equal to around 1101.6 Mu), and with total construction area of 393.954 Km2, upon completion, it will boast an annual output capacity of 200K vehicles, which will be mostly luxury cars compliant with globally uniform standards of technology and quality from Volvo, to be marketed internationally.

该项目以成为全球一流汽车企业为目标，以实现全工艺自动化、信息化、智能化为要求，建设绿色环保的现代化工厂，建设包括冲压、焊装、涂装、总装四大工艺，生产节拍30JPH，建设与其配套的国际化零部件物流园区
Aiming at tier one manufacturers of automobiles in the world as its benchmark target, this production site will be a modern plant equipped with automation for all processes, and advanced information and IT technologies, and at the same time it will be green and eco-friendly. At the site there will be shops covering the four major processes: Stamping, BiW (body in white), Painting, and TCF (also known as General Assembly elsewhere). The site is going to run at 30JPH, and there will be international logistic parks to meet its need for components and parts.

冲压工艺采用国际先进的高速自动化机械式冲压线；焊装工艺选用国际知名机器人焊接线，自动化率100%；涂装工艺采用国际先进的水性漆涂料和世界一流的德国杜尔涂装自动化生产线；总装工艺选用柔性总装线，可满足多车型混线生产，实现全智能化、信息化质量控制。项目遵循5"P"管理远策：人、流程、产品、营销、合作伙伴，实现企业可持续包容发展，同时采用废水处理、中水回用等节能减排新技术，打造低碳环保、低排放、工艺领先的一流现代化绿色工厂。
Its Stamping shop adopts automatic high-speed mechanical press lines of international standards; in BiW shop, at welding lines robots from supplier(s) of world reputation will be seen, driving a 100% automation level; Painting shop boasts advanced paint material which is water-based, plus a world-class automatic painting line from Durr, a German supplier; the production lines in TCF is so designed and configured that it will be able to accommodate mixed production of multiple models, assisted by full scale implementation of information and IT technology based Quality Control measures. The program is to be managed following the so called 5P principle, i.e. the emphasis is laid on People, Process, Product, Promotion, and Partner, so as to achieve a sustainable and accommodating growth of the organization. Meanwhile, adoption of such new technologies for energy efficiency and emission cut, as Waste Water Treatment, and Utilization of Recycled Water, means that the plant is going to be a modern one featured with eco-friendliness, low carbon emission (or that of other harmful substances, for that matter), and very advanced production technologies.