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时圣勇个人简历

女|39岁| 身高: 184cm| 本科|2年以上工作经验
现居：徐汇区   户籍：西安市
气质佳 沟通力强 技术精悍
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  • 工作类型：

    全职

  • 期望地区：

    静安区,徐汇区,闵行区,松江区

  • 期望行业：

    机械/设备/重工,仪器仪表/工业自动化,计算机硬件,通信/电信运营/增值服务,电子技术/半导体/集成电路

  • 期望职业：

    结构工程师,机械工程师

  • 期望薪资：

    元/月

  • 求职状态：

    在职，打算近期换工作

  • 到岗时间：

    随时到岗

自我评价
 
两年的做通讯结构件工作经验，包括插箱，机柜，盒体，PCB等涉及A10，DSL，PON等产品 1.团队精神，善于与团队人员协作，善于沟通，能够独立出色地完成自己的任务 2.时间观念强，保证产品的及时交付 3.很强的适应能力，能够承受日益激烈的竞争环境 4.积极主动，能吃苦耐劳，意志坚强 5.善于制定计划，执行力强
教育经历
  • 2008/8-2011/3
  • 硕士|华中科技大学|工业工程
  • 2004/9-2008/6
  • 本科|吉林大学|机械工程及其自动化
  • 2004/9-2008/6
  • 本科|Jilin University|Mechanical Engineering & Automation
  • 2008/8-2011/3
  • 硕士|Huazhong University of Science and Technology|Mechanical Engineering
工作经历
  • 2011/2-2013/3
  • 结构工程师

    中兴通讯 |计算机硬件

  • 2011/4-2013/1
  • Mechanical Engineer

    ZTE |通信/电信运营/增值服务

    1.Responsible f dem analysis of new product, providing the concept solution to math the requirement. 2.Assistant f making system solution of structure, evaluating the project risk. 3.Responsible f creating 3-D model 2-D drawings of all the mechanical parts PCB outline 4.Keep tracking of producing samples, assembly verification, sample test advising suppliers 5.Keep tracking of assembling validation function testing of the sample, assist in completing test rept 6.Responsible f the maintenance improvement of the fmal products
  • 2007/8-2007/9
  • Assistant Mechanical Engineer

    First Automobile Works (FAW) Co., Ltd. |汽车及零配件

    1.obtain the knowledge of automobile fabricate manufacture related technologies 2.acquire the knowledge of fix devices of producing transmission shaft 3.creating process ts drawings of simple parts.
  • 2010/6-2010/6
  • Investigator

    JAC Auto Co.,Ltd |汽车及零配件

    1.Obtain the knowledge of assembly line of passenger cars 2.Provide optimization algithms to improve the Advanced Planning System & ERP System used in JAC.
语言能力
  • 英语
  •   良好
  • 1
  •   熟练
项目经验
  • 2012/3- 2012 8
  • 上海电信定制电源盒体及整机配置 为实现断电保护，客户需要两进两出的电源盒，结构上需要与系统工程师设计一个3U的电源盒与转接盒来实现功能需求，由于是定制盒体，需要出一个机柜配置，来指导电源盒在机柜中的安装位置及提供整体配置
  • 2011/11- 2012 12
  • 863项目WDM-PON结构工艺子项目 国家863项目，公司预研项目，该项目存在定制器件多，结构形式特殊，出纤多，布局难，盘纤空间紧张。
  • 2011/10- 2012 3
  • 两款标准19英寸1U插箱设计 LR-PON项目采用两种不同模式，结构上用两款1U插箱实现
  • 2011/8- 2012 12
  • 标准19英寸3U插箱维护和改进 为宽带接入系统，对产品进行维护升级， 1、由于系统升级，需要设计散热器，新的面板 2、由于原有插箱的工艺问题，设计新插箱，满足工艺要求，提高正品率，从而降低成本。 3、为方便安装在不同制式的机柜中，设计转接结构
  • 2010/6- 2011 3
  • 国家自然科学基金重点项目“离散车间制造系统高效低碳运行优化理论与关键技术" 该项目主要根据实际车间特点，搭建问题模型，运用新颖有效的算法，对该问题模型解决，目标为节省时间资源，提高效率，最终将研究成果运用于实际生产制造。 项目进展与结果：项目刚开始运作，完成意义分析及模型的搭建，解决的算法正在调试改进阶段
  • 2008/9- 2010 3
  • 863项目“复杂制造系统中与工艺规划集成的车间调度研究” 首先，以工艺计划表达、车间资源信息为基础，结合分层并行集成方法，构建复杂制造系统中与工艺规划集成的车间调度系统模型，并对工艺规划与车间调度集成决策方法和协同优化机制进行研究； 其次，基于适应性地形理论、协同进化、外部档案维护、模糊理论技术，对复杂制造系统中与工艺规划集成的多工艺、多目标、多品种、随机和不确定柔性车间调度进行研究； 第三，结合柔性工艺规划、工艺和车间资源的动态变化，对复杂制造系统中与工艺规划集成的车间动态调度模型、策略和算法进行研究； 最后，设计和开发与工艺规划集成的车间动态调度原型系统，并在实际车间环境中进行试验
  • 2007/12- 2008 6
  • 横轴式掘进机回转机构强度有限元分析 回转机构，是掘进机的主要的承载部件。回转机构的主要功能是使工作机构水平摆动和垂直升降的支承机构，它由一个回转台（其结构主要由回转轴承和回转座组成）和两对油缸组成:一对油缸实现悬臂的水平回转；另一对实现悬臂的垂直升降。它承担工作机构截割煤岩时产生的较大载荷和倾覆力矩。而且它在矿山和巷道开挖中易发生断裂破坏。因此，进行回转架的CAE应用技术研究是十分必要的。本研究基于掘进机主要的三种工况，针对EBH-135型掘进机的对回转结构进行了回转机构的动力学分析与静强度分析，并进行动力学仿真，以及有限元分析，分析结果，为掘进机的设计保养提供理论依据。
  • 2012/3- 2012 8
  • A power box designed for the Shanghai Telecom This project intends to solve the power-off protection problem. The power box needs two in pts two out pts. A 19-in-3U box is designed to achieve this object. Because of the special function of this box, a cabinet configuration document should be provided.
  • 2011/11- 2012 12
  • 863 Project of WDM-PON Structure This is a national 863 project. The structural subproject needs to provide a solution to arrange big components in limited space. Different components all have many fiber pts. How to disk these fiber is another big pblem
  • 2011/8- 2012 12
  • Improvement & maintenance of a 19-inch-3U subrack The structure is designed f broadb access system. This project is run f maintenance upgrade.1.New radiat panels are needed to design f the upgrade. 2.A new subrack is designed to improve the process problems.3. documents should be provided to guide installation recovering
  • 2011/10- 2012 3
  • Design two 19-inch-1U subracks for LR-PON Two new 19-inch-1U subracks should be designed in this project to achieve the functions. The two subrack assemblies include PCB, optics components. The structure is created to fulfill cooling, EMC ground connection.
  • 2007/12- 2008 6
  • CAE Application Research on Lateral Axis Roadhead whole name:CAE Application Research on the Lateral Axis Roadheader Turret Turret is the main suppting structure of roadheader. The main function of turret is to drive the cutting beam arcs hizontally & vertically. Two pairs of oil cylinders & the turret achieve this motion. A pair of oil cylinders make the cutting beam slew hizontally, another pair make the cutting beam lift vertically. Turret undertakes big load & overturn moment. What’s me it always break destroys in excavating mine & tunnel ahead. Therefe，the CAE research of roadheader turret has extremely imptant meaning to roadheader design
  • 2008/9- 2010 3
  • 863 Research on IPPS in Complex Manufacture System 1) Focused on the algithm which combines hierarchical parallel integration method based the expression of process planning & plant-based resources & infmation. And research on the solution methods of integrated process planning & scheduling & mechanism of collabative optimization. 2) Focused on multi-objective, stochastic & uncertainty flexible job shop scheduling accding to external archives maintenan ce, the lscape they. 3) Focused on dynamic scheduling model, strategy & algithm of IPPS based on dynamic changes of flexible process planning (FPP) & shop resource. 4) The IPPS simulation system has been designed & developed based on the above research wks. This system can use the proposed algithms to solve the FPP & IPPS problems.
  • 2010/6- 2011 3
  • Optimal theory and key technology of DJSP This project is the National Natural Science Key Foundation of China, which faced to real-wld job shop. Mathematics models are set up accding to discrete job shop manufacturing. New effective optimization algithms would be used to solve this problem. Planning & scheduling will optimized to save resources & reduce the time of production. The new algithm which we presented & improved will be tested on benchmark questions. At last, prototype system will built as an application to enterprises.
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我的证书
  • 2010 6
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