第一篇：2013年数据库开发工程师英文自我介绍

…

OK!I’m Zhou Haiqing,My English name is Aric.I’m from Jingzhou, Hubei Province.I studied at the University of Wuhan,Donghu ,and my major is Electronic and Information Engineering, and Graduated in June 2012.November 2011 to June 2012, I went up to the training for Java developers at tarena, the effect is significant, and I did three small projects.June 2012 in September 2013, I worked for xunt.Unwilling long business trip, I chose to leave.----

In the meantime, I mainly do two projects.One of Shanghai Bank of a reporting system,it used Oracle.In this project ,My mainly responsible is report development work, the total number of reports of this project about 1000, that means 1000 interface, I developed about one hundred and fifty.The Main development process: Writing requirements documents, according to the requirements document to write stored procedures and other relevant sql, and xml templates, finally generate report files.During the scheduled work also involved ETL.Another one is the pharmaceutical sales analysis project for BMS company, it used SQL Server.The Main development process:

First with sql data processing, PPT configuration parameters such as title, then do PPT template, and finally to write VBA code that will populate the database data into PPT template, the final report generated PPT files.----

In the future, I would like to develop in the direction of Database Development and data analysis.on a piece of my life.I was the one who loves a challenge, there is a strong sense of professionalism and responsibility.Will often open a small shop in the school, then put a street vendor, encountered the school will sell to sell mobile phone cards, quilts and other daily necessities.Also thought about the business, but the economic situation at home does not allow.The loving words of like playing basketball, badminton, and then make friends.Finally, I feel I have the ability be competent this job.I hope my ability to be able to show here, let 's see my value, I hope to join this first-class team, with the common progress of HP company!Thank you....The basic situation is to see if you have anything to want to know?

第二篇：数据库开发工程师的职责描述

数据库开发工程师的职责描述

职责：

1、负责数据提取与分析工作;

2、负责数据接口设计与开发;

3、负责ETL流程的设计;

4、负责数据建模、数据预处理工作;

5、负责存储过程的编写;

6、负责日常ETL运维等。

任职资格：

1、本科及以上学历，计算机或数据分析相关专业;

2、可以放宽至应届毕业生，具有数据库、ETL、数据分析相关工作(含实习)经验者优先;

3、熟练掌握SQL语言，熟悉存储过程开发;

4、具备较强的责任心，能够承受工作压力;

5、具备MySQL、Oracle开发经验者优先;

6、具备Hadoop、Hive、Pythonk开发经验者优先;

7、具备较强的责任心，上进心、能够承受工作压力。

数据库开发工程师的职责描述2

职责：

1.完善数据库设计文档;表结构，字段定义，引擎选择;

2.优化各项目组目前业务的SQL语句，满足高并发的需求;

3.为开发团队提供数据库相关的技术支持服务，包括SQL编写规范制定、指导、审核等

4.保障数据库系统高效安全及稳定运行

任职资格

___本科及以上学历，计算机，网络，数学等相关专业优先

___年

SQL开发相关经验，熟练掌握存储过程等相关开发

3.熟悉数据库的性能优化、SQL调优，对锁和事务隔离问题有深入理解

.熟悉数据库设计理论，熟悉数据库原理和底层架构

4.精通主从复制原理和实践

数据库开发工程师的职责描述3

职责：

1、参与数据类项目需求分析和总体架构设计,对项目开发工作提出解决方案;

2、根据开发进度和任务分配，完成相应模块软件的开发、编程任务;

3、解决日常开发中遇到的技术问题，根据需要不断修改完善软件;

4、根据公司技术文档规范编写相应的技术文档以及编写相应的说明书。

任职资格：

1、计算机科学、软件工程等相关理工类专业本科/硕士学历;

2、熟悉Teradata、DB2、Oracle等主流数据仓库模型设计之一;

3、熟悉oracle、Mysql等数据库及SQL开发，Teradata、DB2、Oracle等主流数据仓库模型设计之一;

4、熟悉JBOSS、Tomcat、Weblogic、Websphere等一种或多种主流应用服务器;

5、具有良好的沟通交流能力、合作精神及主动学习精神，能够接受全国范围内的出差。

数据库开发工程师的职责描述4

职责：

1.开发和维护基于Oracle关系型数据库的系统。

2.能根据业务需求，独立完成开发设计。

3.能独立完成基于单个业务功能模块的开发工作，并对复杂的业务模型进行准确、高效的程序设计开发工作。

4.建立测试环境，进行相关开发的程序测试工作。

5.完成相关的开发及测试文档。

任职要求：

1.计算机或相关专业全日制本科或以上学历。

2.五年以上基于Oracle数据库的应用系统开发经验。

3.熟悉SQL，能熟练地运用PLSQL开发工具。

4.学习和理解能力强，具有一定的系统分析能力，及独立解决问题的能力。

5.具备良好的团队合作精神和承受压力的能力。

6.有物流、ERP、医疗等系统开发经验者更佳。

数据库开发工程师的职责描述5

职责：

1、负责公司开发平台日常维护、二次开发修改及升级工作;

2、使用后台数据库等工具进行数据分析、整理工作;

3、采用系统维护方案保障系统的稳定运行;

4、使用相关测试工具对系统进行测试并撰写测试报告;

5、为客户提供售前技术咨询讲解答疑并提供专业的软件安装、实施、培训及顾问工作;

6、起草项目实施方案，编制特定用户的系统使用说明手册。

【任职要求】

1、专科及以上学历计算机相关专业;

2、必须熟练掌握SQL

Server

或

MY

SQL

两者中的其中一种(此点不适者勿扰);

3、了解软件架构体系，熟悉Microsoft

SQL等数据库系统的安装、配置和优化设置，熟练操作数据库备份和恢复;

4、能够理解软件设计中的表间关联关系，对常规程序进行的数据库操作有一定认识;

5、有较强的责任心以及团队意识、能够承受一定的工作压力。

第三篇：数据库开发工程师的主要职责模板

数据库开发工程师的主要职责模板

职责：

1、负责产品开发中涉及到的数据库创建、维护及提供数据接口。

2、负责产品的数据库表设计与管理，完成数据库的备份、恢复与故障处理。

3、对现有数据进行分析并编写处理脚本。

4、数据库性能优化，通过分析现有逻辑及需求调整数据库参数、应用程序SQL语句等，保持数据库在___状态下运行。

任职要求：

1、本科以上学历，计算机相关专业毕业;

2、至少两年以上MYSQL数据库管理开发工作背景，熟悉数据库的结构设计，存储过程开发

3、精通数据库设计、优化、疑难问题解决。熟悉MYSQL服务器性能优化、备份、恢复等操作

4、具备良好的沟通表达能力和服务意识，较强的团队合作意识，快速处理突发事件的能力。

5、良好的抗压能力，勇于接受有挑战的工作，良好的学习接受能力。

数据库开发工程师的主要职责模板2

职责：

1、负责我司研发系统的推广、上线实施、维护与技术支持,并在数据库进行二次开发。2、参与系统需求调研和产品定义评估，并输出系统需求分析文档、用户手册;

2、负责解决客户在使用我司研发的系统使用中遇到的问题，提供相关技术支持;

3、对使用人员进行培训，指导其正确操作。

任职要求：

1、熟练使用Oracle，熟悉Linux/UNIX平台，有一年以上实际项目经验。

2、沟通能力好，抗压能力强，积极主动性强，能适应出差。

3、了解JAVA语言，J2EE架构，具备分析Java错误日志能力。

4、有ELK、Hadoop、Kafka

等开源软件工作经验者优先。

5、具备需求分析能力、项目管理经验、电信行业工作经验者优先。

数据库开发工程师的主要职责模板3

职责：

1、制定数据库开发规范，参与并审核数据库设计，纠正已有的不合理的db设计;

2、进行业务系统数据库的规划、设计、实施，设计并优化数据库物理建设方案;

3、协助开发人员进行产品开发(熟悉数据库结构，数据库设计，SQL调优等);

4、制定并优化数据库备份策略和数据库高可用方案;

5、针对数据库系统疑难性能、内核或源码问题进行诊断和解决;

6、研究各种数据库，参与公数据库状态监控等相关产品的设计与开发;

要求：

1、全日制本科及以上学历，计算机相关专业，学历真实可查，二年以上数据库开发或者运维的相关经验;

2、至少精通一种数据库的运行机制和体系架构;

3、高度的责任感，善于在工作中学习，能够承受工作压力;

4、精通数据库产品性能分析和测试，对数据库的优化，存储性能有较深的研究和操作经验;

5、熟悉建立数据库仓库及有数据分析与挖掘基础优先;

数据库开发工程师的主要职责模板4

职责：

1、负责公司系统的数据库SQL性能优化工作;

2、根据公司业务需求，参与架构设计，给出数据库设计与优化方案;

3、把关上线SQL代码审核;

4、负责开发人员数据库方面的知识培养，提高整体开发人员数据库方面的能力;

5、持续改进数据平台服务架构，保证系统高性能、高可用性和高可扩展性。

任职要求：

1、___年以上的数据库开发经验，熟悉软件开发的基本流程和方法，java编程经验优先;

2、精通oracle/Mysql等数据库，熟悉unix或linux系统，精通pl/sql编程;

3、精通数据库存储过程、触发器、索引、表分区的编写与使用;

4、有较好的沟通技巧和责任心，良好的团队合作精神，具有较强的项目管理能力和协调能力，具有较强的技术文档整理、分析、撰写能力;

5、有Oracle

12C使用经验者优先。

数据库开发工程师的主要职责模板5

职责：

1.负责数据仓库及BI项目的建设需求调研、业务沟通、数据分析，整理需求说明书和数据调研报告;

2.负责数据仓库及BI项目的系统与业务系统的接口设计和确认工作;

3.负责设计数据仓库的模型结构、ETL流程及mapping逻辑，管理元数据;负责应用分析模块的模型和展现设计

4.规划、设计和优化Hadoop集群，提升集群的高可用性、高性能、高扩展特性;实现大数据分析计算需求，支持海量数据挖掘

5.能够对数据进行各个维度的分析和提取，最好有建模经验。

JD:

1.精通至少一种主流关系数据库，精通SQL编程。

2.熟悉Shell,Python等脚本语言;

___年以上Hadoop工作经验，熟悉Hdfs/Mapreduce/Hbase/Hive等软件源码优先

___年以上DW/BI项目实施和开发经验;

5.具备良好的数据分析能力和学习能力;

6.有较强沟通能力，思维严谨;

7.有一定项目管理经验。

第四篇：数据库工程师专业英文整理

Xanadu

Xanadu is an overall paradigm, an ideal and general model for all computer use, based on sideways connections among documents and files.This paradigm is especially concerned with electronic publishing, but also extends to all forms of storing, presenting and working with information.It is a unifying system of order for all information, non-hierarchical and side-linking, including electronic publishing, personal work, organization of files, corporate work and groupware.All data（for instance, paragraphs of a text document）may be connected sideways and out of sequence to other data（for instance, paragraphs of another text document）。This requires new forms of storage, and invites new forms of presentation to show these connections.On a small scale, the paradigm means a model of word processing where comments, outlines and other notes may be stored conceptually adjacent to a document, linked to it sideways.On a large scale, the paradigm means a model of publishing where anyone may quote from and publish links to any already-published document, and any reader may follow these links to and from the document.参考译文：

Xanadu是一个全面的范例，是一个基于联系文档和文件的，理想的、大众化的、能为所有电脑所用的通用模型。这个范例特别适合描述电子出版物及扩展的、所有的存储形式的信息。他是一个针对包含电子出版物、个人工作、管理文件、团队工作和群件，等所有信息的、不分级别的链接。所有的数据（例如，文本文档中的某一段落）中可能被链接到另外的地方或者被打乱次序发布到其它数据（例如，另外文本文档中的某一段落）中去。这就需要新的存储形式和引入新的展现这些链接的表现方式。

从狭义上来说，这个范例中的文字处理模型中被文档链接的注释、大纲、其它的记录应该在概念上和该文档链接。

从广义上来说，这个范例中的出版模型任何人都可以引用和链接已经发行了的文档，所有的读者可以根据这些链接得到链接着的文档。

REDUCED INSTRUCTION SET COMPUTERS

Studies of the execution behavior of high-level language programs have provided guidance in designing a new type of processor architecture

：the reduced instruction set computer

（RISC）．Assignment statements predominate，suggesting that the simple movement of data should be optimized．There are also many IF and LOOP instructions，which suggest that the underlying sequence control mechanism needs to be optimized to permit efficient pipelining．Studies of operand reference patterns suggest that it should be possible to enhance performance by keeping a moderate number of operands in registers．

These studies have motivated the key characteristics of RISC machines：（1）a limited instruction set with a fixed format．（2）

a large number of registers or the use of a compiler that optimizes register usage，and（3）

an emphasis on optimizing the instruction pipeline．

The simple instruction set of a RISC lends itself to efficient pipelining because there are fewer and more predictable operations performed per instruction．[1] A RISC instruction set architecture also lends itself to the delayed branch technique，in which branch instructions are rearranged with other instructions to improve pipeline efficiency．

Although RISC systems have been defined and designed in a variety of ways by different groups，the key elements shared by most designs are these：

．A large number of general-purpose registers，or the use of compiler technology to optimize register usage．A limited and simple instruction set

．An emphasis on optimizing the instruction pipeline

Table 2-1 compares several RISC and non-RISC systems.1．Instruction Execution Characteristics

To understand the line of reasoning of the RISC advocates，we begin with a brief review of instruction execution characteristics．The aspects of computation of interest are as follows：

? Operations performed：

These determine the functions to be performed by the processor and it

s interaction with memory．

? Operands used：

The types of operands and the frequency of their use determine the memory organization for storing them and the addressing modes for accessing them．

? Execution sequencing：

This determines the control and pipeline organization．

2．The Use of A Large Register File [2]

The reason that register storage is indicated is that it is the fastest available storage device，faster than both main memory and cache．The register file is physically small，generally on the same chip as the ALU and control unit，and employs much shorter addresses than addresses for cache and memory．Thus，a strategy is needed that will allow the most frequently accessed operands to be kept in registers and to minimize register-memory operations．

Two basic approaches are possible，one based on software and the other on hardware．The software approach is to rely on the compiler to maximize register usage．The compiler will attempt to allocate registers to those variables that will be used the most in a given time period．This approach requires the use of sophisticated programanalysis algorithms．The hardware approach is simply to use more registers so that more variables can be held in registers for longer periods of time．

3．Characteristics of Reduced Instruction Set Architectures

Although a variety of different approaches to reduced instruction set architecture have been taken，certain characteristics are common to all of them．These characteristics are listed in Table 2．1 and described here．

The first characteristic listed in Table 2．1 is that there is one ma

chine instruction per machine cycle．A machine cycle is defined to be the time it takes to fetch two operands from registers，perform an ALU operation，and store the result in a register．Thus，RISC machine instructions should be no more complicated than，and execute about as fast as，microinxtructions on CISC machines．[3] With simple，one –

cycle instructions，there is little or no need for microcode；

the machine instructions can be hardwired[4]．Such instructions should execute faster than comparable machine instructions on other machines，since it is not necessary to access a microprogram control store during instruction execution．

A second characteristic is that most operations should be register-to-register，with only simple LOAD and STORE operations accessing memory．This design feature simplifies the instruction set and therefore the control unit．For example，a RISC instruction set may include only one or two ADD instructions（e.g.，integer add，add with carry）；the VAX has 25&n

XPath(XML Path Language)

XPath is a language for selecting parts of an XML document.While XPath is a full-fledged expression language which can be used for arithmetics, string functions and other evaluations, in most cases it is regarded as a way to select parts of an XML document by selecting nodes which match certain criteria.XPath can be used as a stand-alone language, but in most cases it is embedded into host languages, the two most important host languages are XSLT and XML Schema.Status

The older XPath 1.0 was based on an internally-defined Data Model(a subset of the XML Infoset).The newer XPath 2.0 is based on XDM, a more complex and externally defined Data Model.XPath 2.0 is much more powerful than XPath 1.0, it has a much largest set of built-in functions and supports methods for conditional processing and iterations.Networking

Storage innovations give you improved tools to manage and share

resources．The improvements to networking in Windows 2000 are equally groundbreaking．For example，you have the opportunity in Windows 2000 to remove all NetBIOS traffic from your network．The Dynamic Domain Name System（DDNS）can entirely eliminate your dependence on NetBIOS and WINS．Also，you can now build more secure Virtual Private Networks（VPNs）that leverage PK cryptography[10]．Further，support for Quality of Service（QoS）一a policy-based bandwidth management technology—is added．Some of the topics covered in this section are new in Windows 2000，others represent improvement to existing technologies.联网

存储方面的创新，为你提供了用来管理和共享资源的更好手段。Windows 2000联网方面的改进同样具有开创性。例如，在Windows 2000中，你有条件消除网络里的所有NetBIOS通信量。动态域名系统彻底消除了对NetBIOS和WINS的依赖。另外，还可以构建更加安全的虚拟专用网（VPN），它影响到公钥密码技术。还有，增加了对服务质量（QoS）的支持—一一个基于策略的带宽管理技术。这里讨论的一些技术在Windows 2000里是全新的，其他则是对现有技术的改进。

X.509 describes two levels of Authentication, simple authentication, based on use of a password to verify user identity, and strong

authentication, using credentials created by cryptographic methods.The standard recommends that only strong authentication should be used as the basis of providing secure services.Public-Key Cryptography is used for strong authentication, but X.509 is not dependent on the use of a particular cryptographic Algorithm, though two users wishing to authenticate must support the same Algorithm.译文：

X.509描述了两个级别的认证，简单认证和强认证，简单认证基于使用一个密码验证用户身份，强认证使用加密方法创建的数字证书。标准建议只有强认证能够作为提供安全服务的基础。强认证使用公钥加密方式，但是X.509并不依赖于使用特殊加密算法，尽管两个用户希望认证必须支持同一算法。

第五篇：工业工程师英文自我介绍

工业工程师英文自我介绍

I would like to apply for the post of industrial engineer, which your company offered.I feel that I am the right sort of person for the post because my qualifications and experience are really suitable for the position.I expect to graduate in July from the Department of Industrial Engineering of ANYJOB University of Science and Technology, majoring in industrial engineering.During my college years, I have worked very hard at my major courses, so as to lay a solid foundation of theoretical knowledge.As a result, I have passed all the examinations and achieved excellent academic results in major courses such as statistics, operation researches, system engineering, business management, logistics, Statistics and Probability Theory，Professional English, Metalworking Practice, Electrical Engineering Practice, Linear Algebra.Moreover I have passed CET-4 and National Computer Level Test-Rank Three.Outside classroom, I was very active and took part in different social activities.In my junior year, I served as monitor of my class, and received Advanced Person of Jiangxi University of Science and Technology.Since September 2004, I worked as a part-time business controller at Angel of Ganzhou, and raised our products’ share by 48.28 percent by 2005.In addition, I worked rather actively and successfully in certain student’s societies.All those experiences contributed much to the development and promotion of my organizing and social abilities.I wish to assure you that, if successful, I would endeavor to give you every satisfaction.It would be greatly appreciated if you grant me an opportunity of an interview.At that time, I will present my credentials.I can be reached by phone at XXXXX or email me at ANYJOB@ANYJOB.com

Enclosed please find a resume, a copy of the recommendation form and the official transcript, Thank you for your time and consideration.参考：中山易搜人才网

http://zs.anyjob.cn/