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1、 基本资料姓名: 性别:出生年月: 学历:居住地: 教育经历2004/092007/01 清华大学 集成电路设计与集成系统 硕士1999/09 2003/07 西安交通大学 热能与动力工程 本科工作经历2007/03-至今 中国科学院微电子研究所 科研人员/射频工程师从事射频集成电路设计。 2009-2012助理研究员-射频集成电路设计 “UWB射频模块研制”课题负责人, 带领团队设计UWB射频收发机芯片,芯片基于TSMC0.18m RF CMOS工艺,采用单载波体制。收发机芯片集成了低噪声放大器、混频器、可变增益放大器、低通滤波器、功率驱动放大器、频率综合器等子电路。收发机载波频率6.6GH
2、z,带宽528MHz。 本人主要负责收发机系统结构设计、链路性能规划、混频器和预放大器电路的设计、收发机整体仿真拼版及测试验证。 2012 “LTE商用多模终端解决方案研究” 与北京新一代移动通信产业创新联盟秘书处合作,调研北京市的领头芯片公司,提出LTE终端对于芯片的详细技术需求及整体解决方案。 2011 “重点领域科技成果产业化评价方法研究” 课题负责人,完成4G芯片领域成果产业化评价验证。选取具有代表性的4G芯片、模块进行验证,撰写4G芯片领域科技成果产业化验证报告,并通过专家论证。 2007-2009研究实习员-射频集成电路设计 2008-2009“新一代超宽带无线通信芯片研发” 采用
3、CMOS工艺,设计并测试上变频器、驱动放大器,工作频率6-9GHz。 2007-2008电路设计,卫星定位下变频模块 采用Chartered 0.35m SiGe BiCMOS工艺设计并测试低噪声放大器及下变频混频器,工作于4.1GHz的小规模工程应用。项目经验2012 /1-2012 /6:LTE商用多模终端解决方案研究项目描述:与北京新一代移动通信产业创新联盟秘书处合作,调研北京市的领头芯片公司,提出LTE终端对于芯片的详细技术需求及整体解决方案。责任描述:调研北京市的领头芯片公司,并撰写调研分析报告。2011 /8-2011 /12:重点领域科技成果产业化评价方法研究项目描述:“重点领域
4、科技成果产业化评价标准研究”作为“北京科技成果产业化情报系统服务体系建设研究”的组成部分,由北京加值巨龙管理咨询有限公司、长风开放标准平台软件联盟、中国科学院微电子研究所三方共同承担,以逐步实施科技成果转化直至实现产业化过程中的量化评价。责任描述:本人为项目负责人,负责4G芯片的实物验证工作,选取具有代表性的4G芯片、模块进行验证,总结4G芯片验证的一般规律,撰写4G芯片领域成果产业化评价验证报告、完善修改4G芯片领域科技成果产业化评价方法细则,并通过专家论证。2009 /1-至今:UWB射频模块研制开发工具:Spectre,Calibre,ADS项目描述:针对高速、低成本、低功耗的超宽带无线
5、通信系统,研究69GHz 超宽带射频芯片的设计技术、集成实现和产品化解决方案;完成UWB射频收发机SoC流片验证,并基于该SoC芯片制作UWB射频模块进行系统验证。责任描述:本人为项目负责人,带领团队基于CMOS工艺设计单片集成的UWB射频收发机芯片,收发机集成了LNA,mixer,VGA,LPF,PLL,pre-amplifier &SPI等子电路。且本人完成收发机系统结构设计、链路性能规划、混频器及预放大器设计、收发机整体仿真拼版及测试验证。语言技能 英语:六级 Personal InformationName: Gender: Date of Birth: Degree: Residen
6、cy: Education :2004/09-2007/07 Tsinghua University | IC Design & Integrated System | Master1999/09-2003/07 Xian Jiaotong University | Thermal Energy and Power Engineering | BachelorSummary: Over 5 years of experiences in RFIC design; Working experience in Transceiver architecture, LNA, Mixer, Pre-am
7、plifier design, with 0.18um & 0.35um CMOS and SiGe BiCMOS technologies in TSMC, UMC, Chartered and SMIC; Proficient with EDA tools: Spectre,Calibre,Virtuoso, ADS, 2004,etc; Familiar with RF measurement methods and equipment such as Signal generator, Network analyzer, Spectrum analyzer, and Noise ana
8、lyzer.Work Experience:2007.03- present Institute of Microelectronics of Chinese Academy of Sciences RF Engineer2009-present, Research Associate,RFIC Design 2009-present,Project Manager,UWB RF Transceiver Development Lead project: 6.6GHz UWB transceiver in TSMC 0.18m RF CMOS, including blocks such as
9、 LNA, MIXER, VGA, LPF, PLL, PA Driver, &SPI. Responsible for transceiver architecture design, link budget, up-conversion mixer and PA driver design, transceiver system simulation and test. In 2012, Co-work in Beijing Municipal Science & Technology Commission on joint projects Research on LTE commerc
10、ial multimode terminal solution Investigate the lead IC companies to provide the detailed technology requirements of chips and solutions for the LTE terminals. In 2011, Project Manager,Research on the Evaluation Methods of Industrialization of scientific and technological Achievements in key Areas A
11、uthenticate the evaluation methods of industrialization of 4G chip achievements. Chose representative 4G chips & modules for validation, and wrote “Validation Report of the Industrialization of Science and Technology Achievements in 4G Chip Area” and the report demonstrated by relevant experts. 2007
12、-2009Research Assistant,RFIC Design 2008-2009RFIC Design, New Generation Wireless UWB Communication Chipset Design and test up-conversion mixer & Pre-amplifier for the Wimedia standard transceiver in TSMC 0.18m RF CMOS operating in 6-9GHz.This project is collaborated with Institute for Infocomm Rese
13、arch (I2R) in Singapore and I worked as key technical contact on the joint project. 2007-2008RFIC Design, Down-Converter for Satellite Positioning Application Design and test LNA and mixer for the down-converter for satellite positioning application in Chartered 0.35m SiGe BiCMOS.Project Experience:
14、2012 /1-2012 /6:Research on LTE commercial multimode terminal solutionProject Description:Co-work with members in the secretariat of Beijing New Generation Mobile Communication Industry Innovation Alliance to investigate the lead IC companies and provide the detailed technology requirements of chips
15、 and solutions for the LTE terminals.Responsibility:Investigate the lead IC companies and provide the detailed technology requirements of chips and solutions for the LTE terminals.2011 /8-2011 /12:Research on the Evaluation Methods of Industrialization of scientific and technological AchievementsProject Descriptio