通信技术专业个人简介
中兴通讯国际工程合作人员简历
姓 名 | XXX | 性 别 | 男 | |
出生日期 | 1988年10月 | 学 历 | 本科 | |
籍 贯 | 河北唐山 | 身 高 | 170cm | |
毕业院校 | 河北科技大学 | 专 业 | 通信技术 | |
身份证号 | 护 照 号 | 有 | ||
联系电话 | ||||
现任职单位 | 西安邮电学院邮电技术公司 | 现任职岗位 | LTE网络优化工程师 | |
认证培训情况: | ||||
1.中兴通讯技能认证: 中兴LTE网优中级 证书编号: 2.中兴通讯英语认证: B 证书编号: 3.中兴通讯培训情况: 4. 其他培训情况: | ||||
教育经历: | ||||
河北科技大学 通信技术 | ||||
工作经历: | ||||
2011.3-2012.5 河北省通信建设有限公司 20012.7-2012.11 上海百林 2012.12-2017.5 北电电旗通信技术股份有限公司 2017.6-至今 西安邮电学院邮电技术公司 | ||||
项目经历; | ||||
2017年11月-2018年5月 牙买加MAKO项目海地前台负责人 1、SST测试,问题分析解决及报告撰写,撰写SST站点报告267份。 2、SSV测试,问题分析解决及报告撰写,撰写SSV报告265份。 3、Cluster测试,问题分析解决及报告撰写。 4、海地网优测试计划安排,测试技术指导,进度把控,培训新来网优测试人员22人,可以很好地保证海地网优测试任务。 5、日常网优工作及车辆协调。 6、海地是牙买加项目唯一一个完成SST和SSV的国家。 | ||||
2017年10月-2017年11月 北京NB替换项目 1、负责GSM语音数据业务TCH、SD等拥塞指标的处理。 2017年4月-2017年10月 上海移动LTE精品网格优化西区负责人 1、负责西区3个LTE网格综合覆盖率、SINR、下载速率、10M和2M 占比的提升 2、新开站核查及入网 3、与客户协调日常工作、安排西区工作任务及各种汇总资料整理 2015年4月-2017年3月 河北衡水联通LTE工程优化负责人 1、LTE 站点开通及替换(华为替换贝尔),参数邻区CSFB规划、配置、优化 2、驻留比指标考核提升,各种联通报表整理汇总 3、与客户协调日常工作,安排每日单站验证测试任务,簇优化任务,投诉处理任务 4、前台LTE疑难问题点整理 2014年7月-2015年4月 北京华为TD-SCDMA高铁项目负责人 主要负责: 1、TD-SCDMA高铁站点开通,参数邻区频点规划及优化,未接通,掉话等TOP处理 2、前台测试安排,及疑难问题点指导解决 2014年7月-2015年4月 北京华为TD-SCDMA高铁项目负责人 主要负责: 1、TD-SCDMA高铁站点开通,参数邻区频点规划及优化,未接通,掉话等TOP处理 2、前台测试安排,及疑难问题点指导解决 2014年5月-2014年7月 安徽中兴TD—SCDMA替换华为项目簇优化负责人 主要负责: 1、TD-SCDMA簇优化,主要优化弱覆盖、过覆盖、切换不及时、邻区漏配、同频干扰、未接通及掉话TOP小区处理等 2、基站开通参数、邻区配置; 2012.12-2014年5月 上海TD-SCDMA工程优化簇优化负责人 主要负责: 1、单站验证,邻区,业务优化 2、TD-SCDMA簇优化,主要优化弱覆盖、过覆盖、切换不及时、邻区漏配、同频干扰、未接通及掉话TOP小区处理等; 2012.10-2012.11 湖南郴州TD-SCDMA基于MR的23G分流提升创新项目 主要负责: 1、3G邻区全网核查及优化,23G互操作参数的优化; | ||||
2012.7-2012.9 上海TD-SCDMA网络ATU专项 主要负责: 1、TD-SCDMA ATU测试保障,路测问题点分析解决,如未接通、掉话、质差等问题,过覆盖、重叠覆盖问题RF优化调整闭环; 2、新开站单验,入网优化; 2012年2月-2012年5月 河北唐山移动GSM干扰排查 主要负责: 1、根据后台指标核查干扰较大的GSM站点进行道路测试,调整方位角确定干扰源大致方向,使用扫频仪进行扫频; 2、通过驻波和互调干扰仪器,核查跳线、馈线、天线的驻波及互调干扰; 2011年9月-2012年1月 河南安阳移动TD-SCDMA维护 主要负责: 1、TD-SCDMA ATU测试保障,路测问题点分析解决,如未接通、掉话、质差等问题,过覆盖、重叠覆盖问题RF优化调整闭环; 2、新开站单验,入网优化 2011年7月-2011年9月 河南焦作联通GSM割接项目 主要负责: GSM网络割接前后道路指标优化,路测问题点分析解决,如未接通、掉话、质差等问题,过覆盖、重叠覆盖问题RF优化 调整闭环; 2011年3月-2011年4月 河北省唐山市联通GSM日常优化 主要负责: GSM网络道路指标优化,路测问题点分析解决,如未接通、掉话、质差等问题,过覆盖、重叠覆盖问题RF优化调整闭环; | ||||
Resume for ZTE International Engineering Partner Staffs
Name | Gender | male | |
Date of Birth | 198810 | Degree | undergraduate course |
Graduation | Hebei University of Science and Technology | Major | communication technology |
ID No. | Passport No. | have | |
Mobile Phone | |||
Company | PTTC | Position | LTE network optimization engineer |
Certification training: | |||
1.ZTE skills certification: ZTE LTE network excellent intermediate 2.ZTE English Certification: B 3.ZTE training situation: 4.Social training: 5.other training situations: | |||
Education: | |||
Hebei University of Science and Technology communication technology | |||
Work experience: | |||
2011.3 2012.5 20012.7 2012.11 Shanghai communication construction co., LTD. In hebei province 2012.12 2017.5 nortel electric flag Lin communication technology co., LTD. 2017.6 today Xi 'an institute of posts and telecommunications telecommunications technology co., LTD | |||
Project Experience | |||
November 2017 -- May 2018 Haitian reception manager of Jamaica MAKO project 1. SST testing, problem analysis and resolution, and report writing; wrote 267 reports of SST site. 2. SSV testing, problem analysis and resolution and report writing, and wrote 265 SSV reports. 3. Cluster test, problem analysis and solution and report writing. 4. The arrangement of the Haitian network optimization test plan, the test technical guidance, the progress control, and the training of 22 new network optimization test personnel can well guarantee the Haitian network optimization test task. 5. Daily network optimization and vehicle coordination. 6. Haiti is the only country in the Jamaica project to complete the SST and SSV. October 2017 - November 2017 Beijing NB replacement project 1. Responsible for the processing of GSM voice data service TCH, SD and other congestion indicators. April 2017 -- October 2017 Shanghai mobile LTE fine grid optimization western region leader 1. Responsible for the improvement of the overall coverage, SINR, download speed, 10M and 2M of the three LTE grids in the western region 2. Check and access the new station 3. Coordinated daily work with customers, arranged western district work tasks and collected various summary data | |||
April 2015 -- March 2017 hebei hengshui unicom LTE engineering optimization person in charge 1. LTE site opening and replacement (huawei replacing bell), parameter neighboring CSFB planning, configuration and optimization 2. Improved resident ratio assessment, and summarized various unicom reports 3. Coordinate daily work with customers, arrange daily single station verification and test tasks, cluster optimization tasks and complaint handling tasks 4. Sorted out the problems of LTE at the front desk July 2014 -- April 2015 Beijing huawei td-scdma high-speed railway project leader Main responsibilities: 1. The td-scdma high-speed railway station is opened, and the neighboring frequency point planning and optimization of parameters are carried out 2. Front-end test arrangement and troubleshooting instructions July 2014 -- April 2015 Beijing huawei td-scdma high-speed railway project leader Main responsibilities: 1. The td-scdma high-speed railway station is opened, and the neighboring frequency point planning and optimization of parameters are carried out 2. Front-end test arrangement and troubleshooting instructions May 2014 -- July 2014 anhui zte td-scdma replaced huawei project cluster optimization director Main responsibilities: 1. Td-scdma cluster optimization mainly optimizes weak coverage, over-coverage, untimely switching, adjacent area mismatch, same-frequency interference, unconnected and TOP cell processing of dropped calls, etc 2. Base station opening parameters and neighborhood configuration; Dec. 2012 -- May 2014 Shanghai td-scdma engineering optimization cluster optimization leader Main responsibilities: 1. Single station verification, neighborhood and business optimization 2. Td-scdma cluster optimization mainly optimizes weak coverage, over-coverage, untimely switching, leakage of adjacent areas, same-frequency interference, unconnected and TOP cell processing of dropped calls, etc.; 2012.10-2012.11 hunan chenzhou td-scdma 23G shunt upgrading innovation project based on MR Main responsibilities: 1.3G neighborhood network verification and optimization, and optimization of 23G interoperability parameters; | |||
Shanghai td-scdma network ATU special project Main responsibilities: 1. Td-scdma ATU test guarantee, analysis and settlement of road test problem points, such as unconnected, dropped calls, poor quality, overcoverage, overlapping coverage, RF optimization and adjustment closed-loop; 2. New station single check, optimization of network access; February 2012 - May 2012 hebei tangshan mobile GSM interference troubleshooting Main responsibilities: 1. Check the road test at the GSM station with large interference according to the background indicators, adjust the azimuth Angle to determine the general direction of the interference source, and use the frequency sweeper to sweep; 2. Check the standing wave and intermodulation interference of jumper wire, feeder wire and antenna through standing wave and intermodulation interference instruments; September 2011 - January 2012 henan anyang mobile td-scdma maintenance Main responsibilities: 1. Td-scdma ATU test guarantee, analysis and settlement of road test problem points, such as unconnected, dropped calls, poor quality, overcoverage, overlapping coverage, RF optimization and adjustment closed-loop; 2. New station single check, optimization of network access July 2011-september 2011 GSM cut-off project of henan jiaozuo unicom Main responsibilities: Optimization of road indicators before and after GSM network cutting, analysis and settlement of road test problem points, such as unconnected, dropped calls, poor quality, overcoverage and overlapping coverage problems, RF optimization Adjust the closed loop; March 2011 - April 2011 GSM daily optimization of China unicom in tangshan, hebei province Main responsibilities: Optimization of road indicators of GSM network, analysis and settlement of road test problem points, such as unconnected, dropped calls, poor quality, etc., RF optimization and closed-loop adjustment for overcoverage and overlapping coverage problems; | |||
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