英文版自我介绍范文

i was born in a small village of shan dong province on april 4th, 1968. when i was young, my family was very poor, so i had to work to earn money to help my parents after class when i was in the middle school.

in 1986 i was admitted by university of international business and economics (or: uibe) to pursue a bachelor degree in economics. my major is accounting in department of international business

management. the undergraduate education gave me a wide range of vision and taught me how to cooperate with others. i developed several professional interests in accounting, finance, and

international trade.

the following eight-year working experience offered me a good

chance to give full play to my creativity, intelligence and diligence. in 1990-1993, i worked as an assistant to funding manager in china national technical import and export corporation. in 1993-present, i was employed by china kingdom import and export corporation to be the manger of financial and accounting division.

i do believe that with my hard early life, solid educational background and ample working experience, i would be an excellent student of you mba program.

第二篇：英文版个人简介范文

个人简历 RESUME

Personal Information:

Name: Hu xiao-lu Sex: Male

Date of Birth: Dec. 28th, 1989 Native Place: Meishan Sichuan, P.R.China

Health: Good

P.R.China 617000

Tel: +***(MP) ,

E-mail: 244296094@qq.com Marital Status: Unmarried Address: College of Biology and Chemical Engineering, Panzhihua University, Panzhihua.

Objective:

Exploitation on teaching, management or research in university or academy;

Education: ● 2008.9――2012.6 Sichuan University Bachelor in Biology chemical engineering

Practice Experiences:

● 1997.7――2002.9 Panzhihua University Teacher as instructor in chemical engineering

department, engaging in courses teaching, experimental teaching and thesis instructing, etc.

● 2002.9――2006.10 Participate in many projects and designs, have four-year experiences

Summary of Abilities:

● Be familiar with basic knowledge and principle of metallurgical engineering and chemical

engineering, and be skillful in using Microsoft Office, Origin, Jade, XRD, GC, particle size

analyzer software and instruments, etc.

● Be accomplished in science research and design.

● Passed CET-4 and CET-6, fluent in English (reading/writing/listening/speaking), especially in

special English on chemical engineering and process.

Self-valuation:

Sureness, honest, able-minded, laborious, could cooperate with others well, have strong ability of

practice.

Project List:

● Synthesis Mechanism and Properties of TiO2 with Ordered Mesoporous Structure through Titanium

Sulfate Hydrolysis Process Induced by Supermolecular Template (Chinese Natural National

Foundation, 50474071)

● Preparation of nanometer titania via crystal aberration in high density ultrasonic field and thermal

decomposition (Chinese Natural National Foundation, 50274056)

● Preparation of lithium ion rechargeable battery using cobalt instead of manganese (Sichuan

province basic application foundation, 02GY029-031)

● Preparation of No. II preservative agent of Mango (Panzhihua importance science & technology

tackle key problem foundation, 20011-21 )

● Basic academic study of SO42-,Cl- on deposition and crystallization of nickel

carbonate (Jinchuan aggregative Co. Ltd. (Sichuan University, 04H433) )

● Preparation of sub-micronmeter high purity orbicular nickel powder (Jinchuan aggregative Co.

Ltd. (Sichuan University, 04H440))

● Study of chemical electroless of Ni-Cu-P (Panzhihua University)

● Preparation and application of coating hydroxylapatite (Panzhihua University)

● Preparation of newfashioned anode of lithium ion rechargeable battery (Panzhihua University, 2005-B05); etc.

Publication List: Publishing papers 17, conference papers 7, employed papers 3 (EI embody) , Patent 1, magnum opus: ● ; Zhang, Zhao; He, Jing-Ping; Hou, Jun. Synthesis of ordered mesoporous TiO2 from

industrial TiOSO4 by composite surfactants template method. Journal of Sichuan University (Engineering Science Edition), 2006，38（1）：63～67；（EI 06139783907）

● ; Zhang, Zhao; He, Jing-Ping. Synthesis of ordered mesoporous titania from industrial

TiOSO4. Journal of Functional Materials, 2006，37（1）：63～65，69； （EI 06159819667） ● Zhang, Zhao; He, Jing-Ping; Chen, Yao-Han. Thermal treatment study for the

precursor of mesoporous titania. RARE METAL MATERIALS AND ENGINEERING, 2006，35（S2）：185~189；（SCI、EI embody）

● ; Zhang, Zhao; Hou, Jun; Li Hai. Synthesis and characterization of non-stoichiometric

spinel as anode for rechargeable lithium-ion battery. Journal of Chemical Industry and Engineering (China), 2006，57（4）：937～942；（EI 06269966459）

● Hou, Jun; Li Hai; Zhang, Zhao. Synthesis and characterization of spinel

LiCo0.05Ni0.05 Mn1.9O3.9F0.1 as a cathode for rechargeable lithium-ion battery. RARE METAL MATERIALS AND ENGINEERING, 2005，34（11）：1758～1761；（SCI 991ZN，EI 05519605936） ● ; Zhang, Zhao. Synthesis and characterization of Li1.05Co0.05 Ni0.05Mn1.9O3.9F0.1 spinel

as a cathode material for rechargeable lithium-ion battery. Journal of Sichuan University (Engineering Science Edition) ,2005，37（2）：63～66；（EI 05199092683）

● ; Hou, Jun; Li Hai; Zhang, Zhao. Synthesis of spinel by supersonic Co-precipitation

method as an anode for rechargeable lithium-ion battery. Electronic Components & Materials, 2005，24（3）：10～13；（SCI 8397215，EI 8397215（Inspec））

● Huang, Zai-Chun; Experimental study of the synthesis of hydroxyapatite in

water solution. Journal of the Chengdu Institute of Technology, 2002，29（3）：350～354；（EI 02317038705）

● Yang Dong-Ping. A study of additives for electroless plating Ni-Cu-P.

Electroplating & pollution control, 2002，22(6)：12～14；

● ; Zhang, Zhao; Hou, Jun; Li Hai. Synthesis and characterization of non-stoichiometric

spinel as anode for rechargeable lithium-ion battery. Chinese doctor forum in Tianjin University, 2005, Tianjin University, 226～227;

● Shen Jun; Zhang Ming-Jun; Zhang, Zhao. Synthesis and characterization of

2-mesoporous TiO2-SO4. Cuihua Xuebao, employed（SCI、EI embody）

Patent: You Xian-Gui; Huang Xue-Chao; etc. A method of preparing sub-micronmeter orbicular nickel powder. (Appl. No. 200610065021.7)