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硬件工程师英文简历

小草范文网  发布于:2017-05-07  分类: 英文简历 手机版

篇一:自己做的中英文简历

求职意向:

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2012.09-2015.01 北京科技大学控制工程专业硕士

2008.09-2012.06 北京科技大学自动化学士(专业排名:12%)

? Linux

2014.06-2014.10爱立信(中国)通信有限公司 CBC/XRD/D5数字硬件工程师实习生

? 使用CPRI链路在1.25G、2.5G、5G、10G

四种信号频率下的信号质量,调整Downlink和Uplink通路的信号幅值和去加重参数,使得射频单元从SFP接口输出的和从外部输入WARP的10-12误码率的要求;

? 使用Matlab对恒温晶振(OCXO)在不同温度、不同时间下的频率漂移特性进行分析,针对不同升温降温速率设计不同的温度补

偿系数补偿OCXO的频率漂移,尝试使OCXO在24小时内的时间漂移达到1.5us以内。

2013.07-2014.03 北京北大方正电子有限公司喷墨技术开发部硬件工程师实习生

? 使用Altium Designer Winter 09完成板卡主芯片为Altera CycloneII FPGA,并集成电源电路、

两片64M*8的SDRAM(等长走线)、MCU及其相关电路、LVDS和I2C接口、光电隔离电路等。负责需求分析报告撰写、原理图和PCB图设计、板卡焊接调试等工作,占总工程量的70%左右。

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? 手工完成10块喷头板裸板的焊接;使用Quartus II修改FPGA程序,重新分配FPGA管脚,对板卡进行上电、下载、通讯等测试。 对实验室冗余的约1200余种散乱元器件进行分类,并建立详细的元器件索引表,方便同事查找器件,得到同事领导的一致好评。 基于Arduino,使用PADS2007设计完成一款以太网/RS232信号转换器。转换器以ATmega 328P为核心,接收MAX3232转化的TTL电平RS232信号,通过SPI接口将信号传输到W5100,W5100将SPI接收的信号转化为以太网信号。 以ATmega 328P为核心,MAX485为转换芯片设计了一款通过485总线控制的两路继电器控制器,制板并调试成功。 2013.01-2013.07 公安部第一研究所物联网技术开发部硬件工程师实习生 I2C接口将数据传输给STM32对姿态数据进行分析并使用模糊PD算法计算出机器人在平面上的移动速度,进而输出PWM脉冲控制三个安装位置互成120°步进电机的转速和转向,从而驱动篮球运动。机器人可以通过WIFI与手机中的上位机通讯。 ?

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? 设计机器人的硬件控制器,控制器为,包括电源电路、STM32电路、通讯电路、姿态检测电路、电机驱动电路等; 基于频谱分析结果,并将二者的姿态角度通过互补滤波算法进行融合,融合角度能真实反应传感器的变化; 使用STM32的通讯、控制等相关程序的编写;调试完成后,机器人基本能够平稳的在篮球上保持平衡。 使用Protel99SE设计了以LM3S9B96为核心的BLDC控制板,控制板支持CAN总线和以(本文来自:wwW.xIAocAofaNwEn.com 小 草范 文 网:硬件工程师英文简历)太网,用于BLDC转速和转矩控制。 使用Matlab,基于模糊PID算法,对无刷直流电机控制系统使用进行了控制算法上的仿真分析。 2012.02-2012.06 无刷直流控制器的硬软件设计独立完成

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? 参与组织5次大型招聘会,每次招聘会的招聘单位240家左右,参会学生约3000名; 独立接待超过100家用人单位,帮助用人单位布置宣讲会场、维持会场秩序、组织学生进行笔试面试。 选取实践地点,制定实践计划,组织实践团学习新农合相关知识,制作新农合调查问卷; 在北京和河南两地采用采访、问卷等多种手段进行调查,获得有效调查问卷500余份;报告获得课外学术科技作品竞赛优秀奖。 校“新生奖学金”、校“人民二等奖学金”(2次)(20%)、校“人民三等奖学金” 2010.07-2010.08 “蓼疗之旅”新农村合作医疗社会实践团实践团团长

Job Objective: Hardware Design/Test Engineer

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(86)134-8888-8888

University of Science & Technology Beijing (USTB)

2008.09-2012.06 B.S, School of Automation & Electronic Engineering, USTB

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? Professional Skills: Cadence、AltiumDesige Winter 09, PADS 2007, Protel 99SE, Keil uVision3, Proteus 7.10,Quartus II, Linux Instruments: High Speed Oscilloscope (33GHz Bandwidth), BERTScope, Rumaster, SLTK, MCB, Temperature Chamber ?

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? Debugged the parameters of TX CPRI link in the RUS board, after debugging, the signal sent out from SFP portat 1.25G, 2.5G, 5G, 10G rate satisfied the SFF 8431 TX standard. Sent out signal that satisfied the SFF 8431 TX stress eye standard from BERTScope to RUS board, debugged the RX parameters of RUS, made the signal sent to WARP at 2.5G, 5G, 10G rate satisfied the SFF 8431 RX standard. Tested the BER of the signal, whose test pattern was PRBS7,at 2.5G,5 G, 10G rate with SLTK, and the BER was lower than 10-12. Tested the cold start (-40℃) and high temperature (WARP 105℃) performance of RUS board. Designed an 8 floors PCB named Kyocera 40K Inkjet Printhead Board by Altium Designer Winter 09.Basides a 672 pins FPGA,

the board was also integrated 2 pieces SDRAM, and I2C interface, LVDS interface, etc. Participated in all the design work such as the writing of analysis report, design of the SCH and PCB, the soldering and debugging, etc.

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? Redesigned the FPGA program with Quartus II, completed thepower on, download and communication test. Soldered 10 pieces of empty printhead boards; Finished the arrangement of 1200 components in the lab and created an index. Based on Arduino, designed a board mainly about RS232 and Ethernet signalconvertingwith PADS 2007. Designed a Relays Controller that controls two relays though 485 Bus. The signal transformer chip is MAX 485. 2013.07-2014.03Beijing Founder Electronics Co., Ltd. Hardware Engineer Intern 2013.01-2013.07 The First Research Institute of Ministry of Public Security of P.R.CHardware Engineer Intern

The robot known as ballbotwas driven by a basketball, used a Motion Processing Unit to detect the attitude, a STM32 as the controller, three step motors as the driver, and WIFI as the communication method between the board and master.

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? Chose STM32F103ZET6 as MCU and MPU6050as the sensor; designed the SCH and PCB with AD; completed the soldering myself. According to the frequency analysis of sensor data, designed the right low pass filter, combined the attitude with complementary filter Designed the program with Keil uVision3; the robot can stand on the basketball very well.

Use LM3S9B96 as the controller,the board was integrated with Ethernet and CAN interface, and was designed to control the speed and torque of BLDC accurately. Besides the hardware and software design, the simulation of the system also been done with MATLAB. 2012.03-2012.06 The Hardware and Software Design of BLDC Controller 2011.09-2013.01 The Employment Instruction of USTBStudent Assistant

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? Participated in organizing the “Double Chosen Will” 5 times, each of which contained more than 240 companies and 3000 students. Entertained more than 100 companies independently. Helped the employers arrange their career talk. Made the practice plan, organized members to study the Medical System, and designed the investigation questionnaire. Investigated Henan Province and Beijing with several different methods, got 500 effective questionnaires, and reported by local TV. People’s Second Scholarship(twice)(20%), People’s Third-class Scholarship, The Fourth-class of Freshmen Scholarship 2010.07-2010.08 “The Journey for Medical to Liaocheng” Social Practice GroupCaptain

篇二:硬件工程师简历模板(模板可编辑)151

教育经历 ? 2012.09~2016.06 北京医学院 护理 本科 主修课程 ? 护理学导论、护理美学、基础护理学、内科护理学、外科护理学、妇产科护理学、硬件工程师儿科护理学、老年病护理学、急救护理、护理心理学实习经历 ? 2014.03~2015.04北京第一人民医院 护士实习生 ? 认真执行门诊医生处方各种针剂的注射,负责出诊及各项医疗器械物品的消毒工作 ? 配合医生处理外伤,及门诊的抢救工作 ? 对院前突发事件的应急处理和门诊输液的输液反应的处理能有条不紊的进行 ? 协助护士长督促各班护士认真执行各个本职工作,严防事故差错的发生 获得荣誉 ? 普通话二级甲等证书 ? 英语四级? 计算机等级证书二级 ? 2次一等奖学金 自我评价 ? 我是一个充满自信心且具有高度责任感的女孩,经过1年多的临床工作,强烈认识到爱心、耐心和高度责任感对护理工作的重要性!临床护理和急救更加磨练了我的意志,极大地提高了我的操作能力和水平。自信这一年的工作让我实现了从护理实习生到内科护士的飞跃,有信心接受一份全职护士工作。当然一年的时间不可能完全达到专业护士的要求,在以后的工作中我会更加努力,为护理工作尽职尽责!

篇三:硬件工程师简历模板(模板可编辑)096

小萝卜

华中师范大学 TEL: 155********

E-mail:sxs@shixiseng.com

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