自動化工程師個人簡歷制作

海玉 710閱讀 2020.04.23

【導語】: 個人簡歷是求職者給招聘單位發的一份簡要介紹,上面包含自己的基本信息以及學習、工作經歷等。一份個人簡歷,關乎到給面試官的第一感覺,關乎到你能不能擁有面試機會。所以個人簡歷怎么做?顯得尤為重要。那么自動化工程師個人簡歷到底要怎么制作才能打動面試官呢?小編給大家準備了一些關于自動化工程師個人簡歷制作的方法技巧以及范文,希望能對大家有所幫助!

自動化工程師簡歷填寫技巧

(1) 需要有明確的內容模塊劃分且每個模塊內容精煉 
比如常見的劃分:必要的個人信息-主要經歷(公司及學校)-專業技能-項目經驗。
(2) 重點突出工作經歷及項目經驗 
項目經驗重點突出項目中你的職責、貢獻、突出點。
這是簡歷的重點,也是面試最主要聊的點。
簡歷的寫法和面試都是有技巧的:要突出你擅長的并且面試官可能感興趣的,引面試官入甕。
(3) 用數字說話 
比如團隊整體業績提高多少,項目帶來什么收益或是節省多少成本; App 性能提高多少、Crash 率下降多少; 專業排名(2/200),員工考評(10/1000)占比之類。
大多數工程師可能不擅長這點,自己挖挖肯定有的。
(4) 明確寫好在校及各公司的起始年限 
(5) 簡歷保持在兩頁左右 
不至于太短也不至于信息太多,項目經驗過多的可壓縮,一般面試也就聊一兩個主要項目就 ok 了。

自動化工程師面試簡歷必填項

1.關于個人基本資料的話,大抵還是包括普通的個人信息如姓名,性別、年齡、籍貫、身高、體重、血型、學校、專業、聯系電話、家庭地址、婚姻狀況、政治面貌、百民族、興趣愛好、健康狀況等;
2.關于教育情況的話主要是最高學歷和獲得的證書,如畢業的院校、各種職業資格證書等;
3.關于工作經驗(實踐經驗)的話,這是求職簡歷度中最核心的部分。一般是指以往工作或者實習的職位、主要問工作內容、職責等;
4.關于求職意向的話,就是你希望找一份什么樣的工作,你能從事什么樣的工作;
5.關于自我評價的話,一般是你對自己的看法和總結,一般是指你的性格特點以及能力專長等。
6.其他的如工作地點、期望薪酬都是根據個人意愿填寫的,當然求職簡歷并不一定要包括這些信息,這要看個人的想法。其實答求職簡歷沒必要做的過于繁瑣,只要能闡明自己的主要情況(姓名、性別、年齡、聯系方式、求職意向、畢業院校、工作經驗等內容)即可。

個人簡歷應該濃縮大學生活或研究生生活的精華部分,要寫得簡潔精練,切忌拖泥帶水。個人簡歷后面,可以附上個人獲獎證明,如三好學度生、優秀學生干部證書的復印件,外語四、六級證書的復印件以及駕駛執照的復印件,這些復印件能夠給用人單位留下深刻的印象。

自動化工程師個人簡歷范文

姓    名: *** 
性    別: 男  
出生年月: *** 
聯系電話:  150*** 
學    歷: 本科 
專業: 機械設計制造及其自動化  
工作經驗:  
民族: 漢 
畢業學校:***理工學院  
住址: *** 
電子信箱:
自我簡介:  
化工行業自控儀表選型采購、安裝、調試、運行維護等技術管理經驗。包括:項目前期預算、策劃、投標書中施工組織設計編寫,施工方案、電氣儀表設備調試方案等文件的編寫,儀表及DCS選型。掌握工程管理方法,安裝工藝和工序,工程量的計算和工程進度;有效分配人員,安排班組作業計劃,組織現場施工。在自控儀表調試過程中,能有效對電氣MCC系統、儀表、DCS系統單調和聯調工作等關鍵點質量把關。熟悉了化工一般工藝流程及儀表設備性能。熟悉圖紙,具有發現圖紙中不妥之處的能力。
遇到突發事件時,獨立分析事故原因,組織人員現場處理。在組織協調、應急處理、安全管理方面也有了一定的能力和經驗。具備設備管理、組織生產和現場管理的能力。參與ISO9001、14001管理文件編寫;熟悉國家及行業安裝檢修的標準、規范和法規。
熟悉控制系統的控制過程和原理,熟悉現場儀控。在熟練的應用美國Honeywell控制系統的基礎上,學習和應用其它系統的應用。熟練使用Word、Excel及CAD軟件,通過幾個化工項目圓滿完成以及第一線維護經驗,無論從事那種工作我相信都有能力有信心干好。
求職意向:  
目標職位: 自動控制 
目標行業: 儀器·儀表·工業自動化·電氣 | 化工 
期望薪資: 面議 
期望地區: *** 
到崗時間: 面談 
工作經歷
2009.2-2010.6 
***飲料工業有限公司 設備主管  職責和業績: 
設備資產管理;設備技術標準、規格及安全管理; 設備團隊建立;備件管理;人員技能培訓;帶領設備人員緊急 維修,確定緊急維修方案;制定設備AM、PM、大修計劃內容及監督實施結果;推行、實施設備技術改造;設備工程部GMP、EHS的SOP文件編制、實施;公司能源控制;設備部月度經濟分析報告(設備故障統計分析通過十年的工作實踐,我完全掌握了電氣繼電器控制原理,并能根據要求進行設計。掌握了變頻器控制原理,有***、***、***等品牌的變頻器組態的實際經驗。掌握了PLC控制的運行原理,有對***品牌的***和觸摸屏進行編程的實際經驗.對***、***、***等品牌PLC 進行簡單的程序修改的經驗。并有以上品牌PLC的編程軟件。07年3月我成功的對熱灌裝線的灌裝機低溫灌裝程序設計使用。
我經歷了生產線設備安裝、調試,驗收等過程;在紫泉公司成功建立了備件安全庫存;多次組織設備人員內訓、外訓從而提高了設備團隊技能水平;有設備操作、保養、維護的SOP編寫經驗;有豐富的設備預防性維修經驗,在***公司我通過合理的利用CIP時間對設備進行預防性維修,使設備機械效率平均達到了95%以上,一直在全集團(4家公司)名列前茅;能組建具有一只向心力的團隊;有節能降耗的心得,通過嚴格推行我制定的《節能指導書》和我對設備進行節能降耗的改造,使我原公司的單耗從05年的0.143元/L降到08年8月的0.0475元/L;有GMP管理經驗;有EHS推行經驗。有較強的計劃安排能力,人員組織調配能力,制度執行能力。,動力消耗費用分析,維修費用分析等)。
2007.2-2008.6 
***水泥的工程公司 電氣助理工程師  職責和業績: 
上二線窯頭電氣室MCC改造(屬于我以前的車間)。由我負責此次改造。內容包括指導接線、打點及運行調試。由于對熟料這塊比較熟悉。未到工程公司時我也為MCC改造做了不少準備工作,這次技改四天就完成了接線、打點。也開創了工程第一次從甲方獲獎的歷史。在預期時間內投入運行。至今未出事故。MCC改造完成之后即投入到礦渣磨的安裝調試。安裝調試過程中我主要負責接線的技術支持及打點、故障排除。礦渣粉磨工程電氣部分大約在7月25號左右收尾。收尾后甲方要求帶料試車運行的調試是我一人負責。安裝過程中我了解到不少安裝與運行維護的區別。也明白了安裝過程中各個環節的緊密聯系。若前期準備做的不好。到后來越干越累。雜活越多。而且一些過失都無法彌補。嚴重的要返工。安裝雖然這幾個月很累,但使我從另一個角度來看待問題。增長了見識。
2005.2-2006.6 
***集團***股份有限公司 車間主任  職責和業績: 工作職責: 
  1、負責車間的各項人事、行政工作。
  2、負責全廠電氣設備的維護和保養工作。
  3、負責全廠電氣設備的各項大修和改造工作。
主要業績: 
  獨立設計、組織施工完成1250×2KVA煅燒配電室26面配電屏大修設計改造;獨立設計、組織施工完成調鹽配電室6面配電屏大修設計改造;獨立設計、組織施工完成白灰窯原料、配料、上石、下料系統PLC程序自動化改造;獨立設計、組織施工完成3臺煅燒爐主機185KW電機變頻改造;獨立設計、組織施工完成20余臺電機防雷改造,包括2臺250KW 電機和2臺6KV2500KW、1臺6KV1700KW電機防雷改造;獨立設計、組織施工完成2臺15噸橋式起重行車地面遙控控制改造;編制月度、年度各類材料計劃、檢修計劃、大修計劃;維護全廠26個低壓配電室、各類電機包括高壓同步機14臺、高壓異步機6臺、各類變頻器***、***、***、***、***、***、***從***合計21臺;維護全廠防雷設施、照明設施、各類用電工器具等。
教育培訓  
2001.9-2005.7 
***理工學院 本科 專業: 
機械設計制造及其自動化 專業描述與主修課程: 
工程力學、機械制圖及CAD、數控技術、材料成型技術、金屬切削原理與刀具、機械工程材料、機械設計基礎、機械制造工藝學、夾具設計、控制工程基礎、可編程控制器、液壓傳動及控制、機械制造裝備設計等。

自動化工程師面試英語個人簡歷范文

First name: ***
Sex: Male  
Year of Birth: ***
Phone: 150 ***
Education: Bachelor 
Major: Mechanical Design, Manufacturing and Automation
work experience:  
Nationality: Han
Graduation School: *** Polytechnic
Address: ***
email:
About me:
Technical management experience in the selection, procurement, installation, commissioning, operation and maintenance of automatic control instruments in the chemical industry. Including: the preparation of the project's preliminary budget, planning, bidding, construction organization design, construction plan, electrical instrumentation equipment commissioning plan, etc., instrumentation and DCS selection. Master project management methods, installation processes and procedures, calculation of project quantities and project progress; effectively allocate personnel, arrange shift team work plans, and organize site construction. During the self-controlling instrument debugging process, it can effectively control the quality of key points such as the monotonic and joint tuning of the electrical MCC system, instrumentation, and DCS system. Familiar with the general chemical process and the performance of instruments and equipment. Familiar with drawings and have the ability to find faults in drawings.
When encountering an emergency, analyze the cause of the accident independently and organize personnel to deal with it on-site. He also has certain capabilities and experience in organizational coordination, emergency response, and safety management. Capable of equipment management, organization of production and site management. Participated in the preparation of ISO9001, 14001 management documents; familiar with national, industrial installation and maintenance standards, norms and regulations.
Familiar with the control process and principle of the control system, and familiar with on-site instrument control. On the basis of skilled application of American Honeywell control system, learn and apply the application of other systems. Proficient in using Word, Excel and CAD software, through the successful completion of several chemical projects and first-line maintenance experience, no matter what kind of work I believe I have the ability and confidence to do well.
Career Objective:  
Target Position: Automatic Control
Target industries: Instrumentation · Industrial Automation · Electric | Chemical
Expected salary: Negotiable
Expected Area: ***
Arrival time: interview
work experience
2009.2-2010.6
*** Beverage Industry Co., Ltd.
Equipment asset management; equipment technical standards, specifications and safety management; equipment team establishment; spare parts management; personnel skills training; leading equipment personnel to perform emergency repairs, determining emergency repair plans; formulating equipment AM, PM, overhaul plan content and monitoring implementation results; implementation 1. Implement technical transformation of equipment; prepare and implement SOP files of GMP and EHS of equipment engineering department; company energy control; monthly economic analysis report of equipment department (equipment failure statistical analysis through ten years of working practice, I fully mastered the principle of electrical relay control, And can design according to the requirements. Mastered the inverter control principle, has the actual experience of inverter configuration of ***, ***, *** and other brands. Mastered the operation principle of PLC control, there are Practical experience in programming with brands of *** and touch screens. Experience in simple program modification of ***, ***, *** and other brand PLCs. Have programming software for the above brands of PLCs. March 2007 I Successfully designed and used the low-temperature filling program for the filling machine of the hot filling line.
I went through the process of installation, commissioning, and acceptance of production line equipment; successfully established a safety stock of spare parts at Ziquan; organized internal and external training of equipment personnel many times to improve the skill level of the equipment team; SOP writing experience; I have extensive experience in preventive maintenance of equipment. In *** company, I used preventive maintenance of equipment by reasonable use of CIP time, making the average efficiency of equipment machinery more than 95%. Company) is among the best; can form a team with a centripetal force; has the experience of energy saving and consumption reduction; through strict implementation of the "Energy Saving Guide Book" I formulated and my energy saving and transformation of equipment, the original unit consumption of my company The 0.143 yuan / L in 2005 decreased to 0.0475 yuan / L in August 2008; experience in GMP management; and experience in EHS implementation. Strong planning and scheduling capabilities, personnel organization and deployment capabilities, and system implementation capabilities. , Power consumption cost analysis, maintenance cost analysis, etc.).
2007.2-2008.6
*** Cement Engineering Company Electrical Assistant Engineer Duties and performance:
Reconstruction of the MCC of the upper second line kiln head (belonging to my previous workshop). I am responsible for this transformation. Contents include instructions for wiring, marking, and commissioning. Because I am more familiar with clinker. Before I arrived at the engineering company, I also made a lot of preparations for the MCC transformation. This technical transformation completed the wiring and RBI four days. It also created a history of winning the project for the first time from Party A. Put into operation within the expected time. No accident has occurred so far. After the MCC transformation is completed, it is put into the installation and commissioning of the slag mill. During the installation and commissioning process, I was mainly responsible for the technical support, wiring, and troubleshooting of the wiring. The electrical part of the slag grinding project was completed around July 25. After the conclusion, I am responsible for the commissioning of the test run with the material. During the installation process, I learned many differences between installation and operation and maintenance. I also understand the close relationship between the various links in the installation process. If the previous preparation is not good. Later, the more dry and tired. The more miscellaneous work. And some mistakes cannot be made up. Serious rework. Although the installation was tiring these months, it made me look at the problem from another angle. Increased insight.
2005.2-2006.6
*** Group *** Co., Ltd. Workshop director Responsibilities and performance: Job responsibilities:
  1. Responsible for various personnel and administrative work in the workshop.
  2. Responsible for the maintenance and maintenance of the entire plant's electrical equipment.
  3. Responsible for various overhauls and renovations of the entire plant's electrical equipment.
Main achievement: 
  Independent design and organization of construction completed the overhaul design and transformation of 26 panels of the 1250 × 2KVA calcined power distribution room; Independent design and organization of construction completed the overhaul design and transformation of 6 panels of the salt transfer room; independent design and organization of construction Raw material, batching, loading and unloading system PLC program automation transformation; Independent design and organization of construction completed three calciner host 185KW motor frequency conversion transformation; Independent design and organization of construction completed more than 20 motors lightning protection transformation, including two 250KW motors And 2 6KV2500KW and 1 6KV1700KW motors for lightning protection transformation; independently designed and organized construction to complete the remote control and transformation of the ground for 2 15-ton bridge cranes; prepared monthly and annual materials plans, maintenance plans, and overhaul plans; The factory has 26 low-voltage power distribution rooms, including various types of motors including 14 high-voltage synchronous machines, 6 high-voltage asynchronous machines, and various inverters ***, ***, ***, ***, ***, ** *, *** from *** total 21 units; maintain the whole plant lightning protection facilities, lighting facilities, various electrical appliances and so on.
Education and training
2001.9-2005.7
*** Bachelor of Science and Engineering:
Mechanical Design, Manufacturing and Automation Professional description and major courses:
Engineering mechanics, mechanical drawing and CAD, numerical control technology, material forming technology, metal cutting principles and tools, mechanical engineering materials, mechanical design foundation, mechanical manufacturing technology, fixture design, control engineering foundation, programmable controller, hydraulic transmission and control , Machinery manufacturing equipment design, etc.

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