第一篇：出國研修計劃英文版

Study Plan

In china，I’ve been working with job of computer teaching for many years.This time，I would like to continue some research projects related with my previous professional backgroud in another country.My initial planned project is “Application of Open Source Operating System in Embedded System”.At present，with the quick development of embedded technique，many intelligent electronic products pour into market，Open Source Operating System，as a branch of embedded technique，has the prosperous developing expectation.The research on open source operating system in china is still in the early stage.On the contrary，such research has been promoted to mature stage in some western countrys，and many developed designs are available.In a word，those countrys have huge edge in this field.The reason why I choose Norway as my destination to study abroad is listed as follows.Firstly，Norway is a developed country in Europe，it’s higher education is prestigious.Norway is also famous for his information technology.Secondly，as is well-known to all，Norway is one of the countries in the world that support open source software greatly.It was reported that the open source software is comparatively popular in the second biggest city-Bergen.During the progress of application in bilateral programme，I select ###

University.Since I’ve been teaching courses related with embedded technique for three years，and the faculty of computer science and media technology in this college has abundent teaching experience in this field，especially its experience in design of robots is fruitful.It’s very clear that the faculty is congenial to my interest.Yet till now，there is no relationship between the college where I am working and colleges in Norway.If my application can be approved，I hope that I will play as a poineer to establish new relationship and furthermore expand communication between two colleges.In ### University I will be a visiting scholar and the whole time span is ten months.My initial study plan during this period is schedueled as bellow.In the first place，I will make myself familiar with teaching ways and style in ### University as soon as possible once I arrive.In the second place，I will follow advices and

arrangement from ### University，and then collaborate with Norwegian researchers to undertake a scientific project or design a feasible small embedded system that can be used in some real scenes.In the forseeable future，after returning to my country，I will continue to serve my previous college，share my precious experiences with my colleages，and try my best to consolidate sientific cooperation between two colleges.

第二篇：出國研修計劃

Research Plan

1.Research title

Regulation of lipoxygenase gene expression under low oxygen condition in soybean

2.Research background

Soybean deterioration and the development of a stale flavor during storage are serious problems that reduce the quality of stored seeds.Fatty acids oxidation is the major cause for the aging in the soybean.The changes of the fatty acids mostly lie on the gene of soybean variety as well as the storage conditions such as temperature, humidity and atmosphere state.Soybean lipoxygenase, greatly consist in mature embryo of the plant seed.Lipoxygenases(EC 1.13.11.-)are a family of iron-containing enzymes that catalyse the dioxygenation of polyunsaturated fatty acids in lipids containing a cis, cis-1,4-pentadiene structure.It catalyses the following reaction: fatty acid + O2 = fatty acid hydroperoxide.LOXs are also thought to play an important role in the formation of desirable or undesirable flavor and aroma in many plant products.Low temperature, low O2 or high CO2 was reported to regulate the lox gene expression, especially the low O2 treatment which was able to suppress the accumulation of aging production including the total acid and fatty acid.Therefore, it is necessary to define the lox expression in different soybean varieties stored at the low O2 condition.3.Current research condition

The PhD student will be expected to participate in the research project described above but more involved in the study on lox genes in soybean.The student will be mentored by a multidisciplinary science team led by Dr.Sangeeta Dhaubhadel.The other team members include Dr.Yuhai Cui, Dr.Robert Forster and Dr.David from AAFC-PARC.Dr.Dhaubhadel is a senior AAFC research scientist with over 30 years working experience and he has more than 10 years of experience in molecular plant virology, molecular biology and genetic engineering.His research areas have involved in plant breeding, plant tissue culture and molecular soybean breeding.Dr.Cui and Mr.Forster are two major technical support staffs in the research team.Dr.Forster is an expert with 20 years of experience in plant transformation.Mr.David is good at lab management, experimental designs and techniques in molecular biology and biochemistry.The team is made up of disciplines in molecular biology, crop breading and plant biotechnology.4.Research aims

The objective of this study is to analysis the gene sequence and expression of the lox3 in the soybean varieties stored in low O2(1% O2)and low temperature.Several model soybean breed will be chosen in the express pattern of each lox3 gene and the adjust sequence will be found.The comparison would be carried among different lox3 gene in soybean through DNAstar software in order to select the key sequence area or gene point.After that we will design the molecule marker regulating lox3 gene expression.Finally the impact of the low O2 on the lox3 gene expression and the key sequence area would be defined.The knowledge gained from this research may lead to new approaches to design/ select soybean cultivar with increased or decreased lox3 levels, or to produce isoflavonoids in non-legume crops for human health and nutrition.Soybean is an important crop for both Canada and China, thus the outcome of the project will benefit both countries.The student will obtain high quality training for conducting research in molecular biology, functional genomics, transient and stable plant transformation, plant tissue culture and fruit chemistry.5.Research methods

The present research aims to investigate the adductive effect of low O2 on the LOX enzyme activity and the lox3 gene expression during the storage period of the soybean.The conservative region of lipoxygenase gene(LOX)from seed total RNA of soybean was amplified using degenerate primers, which was combined with the ESTs of LOX genes from GeneBank, and the GSP primers would be designed after Blast aligning and sequence in stalling.Three full-length different cDNA sequences will be obtained, which were named PpLox1~3(GenBank accession No.EU883638, FJ029110 and

FJ032015).The sequence analysis of the three members of soybean LOX gene family had a high homogeneous with other plant LOX genes in protein level, but high heterogeneous in nucleotide level.Phylogenetic tree based on LOXs in soybean.With the help of special lox3 gene, the adjustive sequence of lox gene in soybean treated with low O2 can be degraded;preventing translation of that transcript and, ultimately, expression of the gene.6.Time plans

2011/12-2012/03

Gene primers design, construction and screening.It includes(i)database(genomic and EST)searching for all lox3 gene sequence information related to soybean;(ii)analysis of the sequence information and design gene specific amiRNAs;(iii)making amiRNA constructs;(iv)screening and selection of high expressed amiRNA construct using transient expression assay system established in the Dhaubhadel laboratory in AAFC-PARC.The student will be trained in research reference study, research strategy development, experimental design and planning, bioinformatics analysis, molecular biology operation, etc.2012/04-2012/12

Transformation and regeneration of soybean with plant amiRNA vectors.It involves Agrobacterium-mediated plant transformation, plant tissue culture and plant regeneration, identification of different transgenic plant lines, and obtaining enough transgenic populations for functional genomic analysis, etc.2013/01-2013/08

Functional analysis of lox3 genes.It includes research in(i)detection of different amiRNA expressions in transgenic plant lines by RNA northern blot analysis;(ii)detection of mRNA productions of different lox genes in transgenic plant lines by reverse-transcript quantitative PCR(RT-qPCR)or RNA northern blot;(iii)detection of protein expressions of the lox;(iv)detection of LOX enzyme activities in different tissues of the transgenic plant lines;(v)soybean aging.2013/09-2013/12

Data analysis and writing manuscripts for publication.It includes data analysis, completion of research reports and scientific manuscripts.Some research publications could be promoted ahead of the schedule based on our research progress.Further collaborative research projects probably will be developed from this research for the student to carry on the directions in China.7.Work introduction after returning to China

1.Finishing doctoral degree thesis;

2.Keeping studying in the research field and serving my motherland.Supervisor:

Date: 3/16/2011

第三篇：出國研修計劃

申請人研修計劃英詳盡、切實可行，包含以下內容：出國從事研修的主要內容、國內外研究現狀與差距、選擇外方院校及導師的原因、所具備的前期研究基礎、擬采用的研究方法與手段、科研工作的時間與安排、逾期階段性目標及成果、歸國的后續工作安排等。

本人出國期間研究的題目是： 英語學習者語用能力和語言能力的性別差異。本研究是語用學、社會語言學和二語習得的交叉性研究。此次出國有三個目的：第一，學習和收集國外語用學、社會語言學和二語習得的最新研究理論和研究方法；第二，學習國外的語言教學方法，當前中國最需要的是“英語+專業”的復合型人才，如何使學生的語用能力和語言能力齊頭并進，杜絕英語學習者高分低能現象成為當前中國二語習得領域的研究熱點，因此，學習國外的教學方法將對我國英語教學和學習有很大啟發；第三，此次出國帶回的國外語用學、社會語言學和二語習得最新理論和研究將會為我國語言學界注入新鮮血液，起到增磚添瓦的作用。

性別做為個體差異的一個重要組成部分，國內其相關研究基本集中在社會語言學領域，其中較為關注的是社會生活中男女兩性的話語行為方式差異。在二語習得過程中性別差異的研究并不多，尤其是對于學生語言能力和語用能力的性別差異研究更是屈指可數。國內關于英語語用能力的重要性已得到一直認可，但如何提高英語語用能力實證研究的研究在中國還處于起步階段。作為語言學發源地的美國，具有優越的語言學研究環境和基礎，擁有諸多世界頂級的語言學家，代表著世界語言學研究的發展方向。

本人選擇的托來多大學是一所美國知名的公立綜合大學，該校的英語學院開設有語言學方向的本科生和研究生教育，具有堅實的語言學教學和研究團隊。本人選擇的導師是托萊多大學英語學院語言學團隊的 Melinda Reichelt 教授，她主要從事社會語言學、二語習得和語用學研究，主要教授語言學專業的相關課程，她對英語學習者語用能力和語言能力的性別差異這個題目有著極大的興趣，本人其他的在研項目也幾乎都和Melinda Reichelt 教授的研究方向一致。此前，本人通過電子郵件的方式已經和她進行了很多交流，并且在國內已經做了一些前期的實證研究，收集到一些一手數據。Melinda 教授對本人的研究方向和方法也非常感興趣，認為我的研究方法對他的很多課題也非常有幫助。赴美后，我們將對美國環境下的英語專業學生的語言能力和語用能力性別差異作進一步研究，具體研究安排如下：

2012.2.1—2012.4.1：查找和收集語用學、社會語言學和二語習得相關資料，熟悉當前語言學最前沿的研究，尤其是和本人研究題目相關的；觀察和學習托萊多大學的教學模式。

2012.4.2—2012.5.1：和Melinda 教授共同制定語言能力和語用能力測試工具和方法，對她教授的學生進行測試，收集數據。

2012.5.2—2012.6.10：在Melinda 教授指導下撰寫研究報告。

2012.6.11—2012.6.20：整理美國語言學界的最新研究成果和理論，收拾行李準備回國。

對于此次學術交流，本人將爭取撰寫語用學、社會語言學和二語習得領域的論文和研究報告6篇，帶回語言學前沿資料無數。回國后，研究報告上交河南省教育廳，申請項目結題，所撰寫的論文爭取發表在SCI期刊上，為中國語言學界起到借鑒作用；其次，利用帶回的國外最新資料進行相關理論和實證研究；我本人和我的研究團隊也會把這些研究成果努力地付諸于教學實踐，形成理論系統，讓中國的學生在提高語用能力和語言能力中齊頭并進，改善中國學生學習外語的高分低能的現狀。

第四篇：出國研修計劃

出國研修計劃

本人在國內長期從事計算機以及相關領域的教學工作，此次申請出國留學，準備繼續從事與我的教學背景相關的研究工作。初步計劃選擇研究課題為“開源操作系統在嵌入式系統中的應用”。

目前，嵌入式技術的發展方興未艾，智能電子產品不斷涌現，開源操作系統作為其研究方向之一，具有良好的發展前景，目前我國在此領域尚且處于起步階段，而同類項目研究和設計在國外已趨于成熟，開源產品和開源代碼資源豐富，研究方向處于前沿地位。

本次申請選擇挪威為留學目的地，基于以下原因：地處北歐的挪威是歐洲的發達國家之一，其高等教育發達，全國有20余所高校，在信息領域具有發展優勢，挪威是世界上大力支持開源軟件的國家之一，其第二大城市卑爾根是挪威最有名的使用開源軟件的城市之一。

本人已經從事嵌入式技術相關課程的教學工作三年之久，此次申請公派留學，選擇的學校是###### College，該校已經有多年嵌入式技術教學的成功經驗，尤其在機器人領域有豐富的設計成果，與我目前的研究方向非常相符。目前我校尚無與挪威高校的合作基礎及業務聯系，如果留學成功，希望我可以作為開拓者，與國外同行進行廣泛的交流，提高科研與教學能力。

本次留學申請，選擇前往挪威的作為期10個月的訪問學者，計劃在不到一年的時間里，完成以下目標：熟悉外方教學與科研的方式，結合預期的研究課題，根據外方的建議和安排，完成一個與外方合作的科研計劃或者在外方教授和科研人員的指導下設計一個可行的系統。

在完成留學之后，本人將回到原單位繼續努力工作，推廣和與同事分享外方的先進教學和科研理念，并且積極與外方大學加強聯系，努力建立我校與所留學大學的科研合作關系，為我校的發展做出自己積極的貢獻。

第五篇：出國留學研修計劃

研修計劃

我叫***，現就職于***，從事****工作9年，衷心希望能夠參加日本政府青年領導者獎學金項目，進入日本一橋大學攻讀碩士學位。

我于2002年畢業于****大學，該校是中國教育部直屬重點大學。在校期間，我主修金融學專業，認真學習了經濟學基礎理論和金融、財政、國際貿易、會計等專業知識。在認真學習本專業的同時，我對日本社會經濟和歷史文化產生了濃厚興趣，并希望有朝一日能赴日本學習世界最前沿的經濟、管理學知識以及最先進的企業管理經驗，為祖國經濟建設服務。

大學畢業后，我一直從事****工作，經常要接觸到企業內部控制、風險管理、市場營銷等方面的內容。在工作過程中，我感覺到在社會經濟迅速發展、知識結構不斷更新的現代社會，管理學的地位日益重要，而在工作中我也遇到一些問題很難用已有的知識解決，更使我有了進一步求學的強烈愿望。日本的經濟發展水平居世界前列，在企業管理方面的成果也是有目共睹，因此，在家人支持下，我決定申請日本政府青年領導者獎學金項目，赴一橋大學攻讀研究生課程，希望能夠在一橋大學專家的指導下，在管理學方面進行更深入的研究，以更好地解決工作中的問題，服務中國經濟建設。

我從中學開始刻苦學習英語，大學期間順利通過了英語六級考試，能夠比較順利地使用英語進行交流，并具備較強的金融專業英語聽說讀寫能力，能夠滿足一橋大學青年領導者獎學金項目全英語授課、并用英語完成論文的基本要求。

一橋大學在商科和經濟學方面享有盛譽，培養出了一大批日本工商金融界的精英人物。進入一橋大學之后，我將認真學習一橋大學先進的管理學和經濟學科研成果，深入研究日本經濟發展、企業管理以及**業發展和監管的經驗教訓，積極與日本以及來自世界各地的同學交流溝通，努力提高自己的英語、日語水平，開闊視野，提高自身綜合素質。預計通過一年時間的學習，我將扎實掌握經濟學、管理學專業知識，科學研究能力將有大幅提高，英語、日語水平也將有較大提高。

學習結束后，我將回到中國，把所學到的知識運用到****工作中，為中國****業發展服務，為中國經濟建設服務。