RESEARCH INTERESTS EDUCATION

EGU 会议介绍：欧洲地学联盟( European Geosciences Union ,简称EGU)是欧洲地球物理学会( European Geophysical Society ( EGS) ) 和欧洲地球科学联盟( European Union of Geosciences ( EUG) ) 于2002年9月7日合并而成的,是在地学界具有重要影响的较大的地学学会之一. 该学会致力于促进地球及其环境、星球和空间科学的研究与合作,造福人类。

历时近一周的欧洲地学联盟(EuropeanGeo sciencesUnion,简称EGU)年会2013年4月12日在奥地利首都维也纳落下帷幕。

本届年会是近年来规模较大、内容较全和人数较多的一次地学盛会。

它涵盖地学的多个分支方向：包括大气科学、生物地学、气候学、永冻圈科学、能源/资源与环境、大地测量学、地球动力学、地形地貌学、地球物理设备与仪器、水文学、磁学/古磁学/岩石物理与材料、自然灾害、地球物理非线性过程、海洋学、行星与太阳系科学、地震学、土壤学、日地科学、地层学/沉积学与古生物学、大地构造与构造地质学、火山学/地球化学、岩石学、矿物学。

EGU 教育委员会主席Carlo Laj 简介：欧洲地球科学联盟教育委员会的主席；同时也是不同的国家（如美国）和国际教育委员会成员；曾经发表SCI 科技论文论文200多篇；获得教育委员会的EGU 联盟服务奖，在美国地球物理联合地球物理获得教育奖，多次参与欧洲地球科学联盟的教育活动。

Education:Secondary school in Italy and the USA(American Field Service Exchange Student.)University studies at the University of Paris, PhD in SolidState Physics.Research Interests:After my PhD I spent a few years working with critical phenomena (scattering of laser light by critical fluids) then moved into the field of geophysics. Carlo LajMy main interests in this new field has always been linked to the magnetic properties of sediments and igneous rocks (paleomagnetism), used with several objectives: geodynamical reconstructions (particularly in the Eastern Mediterranean and the Andean Cordillera), reconstruction of the history of the Earth’s magnetic field (including the morphology of field reversals) and more recently reconstructions of environmental and climatic changes on a global scale. I have published about 200 articles in international scientific journals and a few general public articles in different journals.Educational activities:Chairman, Education Committee of the European Geosciences UnionParticipant to different National and International Education CommitteesUnion Service Award for creating the the Committee on Education of EGUExcellence in Geophysical Education Award of the American Geophysical UnionThe ducational activities of the European Geosciences Union.。

这是我申请到美国著名大学的Cover letterName: MNo. XXXXX RoadXX CityXX ProvincePR. China.Tel.: +86-xxxxxxxxxxxxxE-mail: ************Dear XXX,I am writing to you about the possibility of studying and researching in your lab as a visiting scholar. The XXX has approved my request to study abroad. They will provide me with XXXX dollars per month along with a round-trip ticket as financial support for X year. Your researches are of particular interest to me, especially in XXXX that XXXYour group’s research is so outstanding that I believe that if given the opportunity to study and research under your guidance, the ex per ience at your lab can improve my research capa city, learn technology that is more new, and enlarge my knowledge in this field, which will benefit me a lot.I am a professor of organic chemistry and the director of organic synthesis laboratory at Department of Chemistry and Biology, XXX University, XX Province, PR China.I graduated from XXX University and got my XX degree in XXXX. Since that time, I have been working forXXX. My current research focuses on (1) XXX (supported by the key subject of XXX); (2) XXX(project supported by the XXX Natural Science Foundation, Granted No. XXX ).; (3) XXXI am satisfied with my research work. However, due to the condition of the ex per iments, finances, and personal experiments are restricted, I would like to find an opportunity to go abroad for further study and research.After I finish my research and study in USA, I will continue my research work and construct a new organic synthesis lab in my college in order to bridge the gap between my lab and the othersYour comments and consideration will be highly appreciated.I am looking forward to hear from you.Sincerely yours,Michael-----------------------------------------------Title: elidedUniversity: elidedAddress: elidedTel: elided标题一般是Applying for a postdoctral(visit scholar) position或者更直接一点的 Applying for a postdoctral(visit scholar) position XXXX（方向）DateDr XXXX.XXXDepartment of XXXXXUniversity of XXXCity, State ZIPPI'**************Dear Dr XXXX:I learned about your research on the website of your institution and your recent publications. Believing that there would be a good fit between myresearch experience and interests and your research, I am interested in a postdoctoral position upon completion of my Ph.D. degree in December 2005.As a XXXXXXX, I am currently doing research on the regulation of xxxxinxxxxxx. I have a strong background in molecular and cell biology aspect of xxxxxxxx …….and believe these skills would benefit the XXXX aspect of the professor’s research. Attached is my C.V. which further outlines my qualifications.I would like to know whether there is any postdoc position or visit scholar position available in your lab. I will contact you in 1 week to answer any questions you may have and to see if you need any other information from me. Thank you for your consideration. Sincerely,your nameyour addressyour phone number******************C.V. attached as pdf document你这个问题不很清楚，你是中方的钱，还是要外方的钱啊？Dear Prof. XXXI believe there is some misunderstanding on your side. The postdoc programme of CSC is actually a visiting scientist programme targeted at the young scientists who have recently got their degrees. We will be paid with a CSC scholarship for living and expanse solely by the Chinese side. Everything is the same: It would go through the same selection procedure and the same amount of payment as a visiting scientist.再一种说法就是：Dear Prof. XXXI believe there is some misunderstanding on this issue. The so-called postdoc programme is in the reality exactly the same as a visiting scientist programme targeted at the young scientists who have recently got their degrees. You surely should take it as a visiting scientist position. I know this is somehow peculiar, but CSC would prefer to have these offers called as a postdoctal offer, otherwise the risk of being rejected by CSC is very high. Could we agree upon on this?Dear Professor，You may be surprised to receive this e-mail from a complete stranger. I am taking the liberty of writing to you.And now, permit me to introduce myself briefly. My name is ####, graduated from #####. By now, I am an associate professor in ####333. In my past study, I have had much fruitful research experience in ######This year, I will apply for the funding supported by the Chinese Scholarship Council (CSC), which means I will be paid with a CSC scholarship for international airfare and the stipend if I get sponsored. The stipend is about CAD1,300-1,400/month for a period of 12 months.I wish you can review my application, and give me an answer about my strong desire of being a visiting scholarship in your lab. It is highly appreciated if you can offer me such a position or give me information about that.I will look forward to your reply,Sincerely,Dear Prof. G. W. Bush,Here I write you this email to apply for a postdoctroal position in your group.I was working in XXX Univsity and I plan to study how to use XXXXXXXX.Attached please find my CV with the statement of my research interest. The attachment is in Acrobat PDF format, so if you have any problem in opening it, please let me know and I can send you a hard copy.Sincerely,AntitaiduAttachment: CV_of_antitaidu.pdfDear Prof.XXXXI am working in XXXX (and XXXXX) in XXXX University (PR.China) and I plan to do further research on XXXXXX.I learned about your research from your website and your recent publications. Believing that there would be a good fit between my research experience and interests and your research, I am taking the liberty of writing to you to apply for a postdoctoral (or visiting researchers) position in your group.I already got a scholarship sponsored by China Scholar council; it will support most of my traveling and living expenses for 1 year.Attached please find my CV with the statement of my research interest.I am more than willing to answer any of your questions concerning my application and research.I am looking forward to your response.Application for Visiting Scholar/Postdoctoral Position (Self-funded)Dear Prof. XXX,I wish to apply for a visiting scholar/postdoctoral position in your group. I completed my Ph.D. degree requirement from XXX University in 2008, and I am currently a research fellow in XXX Research Center of China. Now I have a funding opportunity for conducting overseas research in the scholarship program called "government-sponsored visiting scholar/postdoctoral research", which is launched by China Scholarship Council. By that the fee for my studying and living abroad will be totally supported by China Scholarship Council.I have been studying and working in some of the most famous XXX research institutions in China. During my Ph.D. study at XXX University and thereafter, I have been doing research in the fields of XXX, XXX, XXX and XXX. Some of my past projects include XXX, XXX, XXX. I know that you have deep interest in the area of XXX industry, and I wish to have the opportunity to work in your prestigious program at XXX. Since the costs of this trip will be sponsored by Chinese Government, I only need an invitation letter from you indicating you are willing to be the advisor and XXX is going to be the host university.Attached please find my CV with details of my education, research interests, research experience, etc. I welcome any questions from you regarding this application, and I look forward to your response. Thank you very much for your time and consideration.这个我也是在小木虫上拿到的，然后加了我自己的信息。

介绍课程英语作文模板范文英文回答：Course Introduction Essay Template。

I. Introduction。

Begin with a captivating hook that grabs the reader's attention.State the purpose of the essay: to introduce the course.Briefly outline the main topics that will be covered.II. Course Overview。

Provide a detailed description of the course, including:Course title and credits。

Course instructor。

Class schedule and location。

Course prerequisites (if any)。

Explain the overall learning objectives of the course.Describe the course's main themes and areas of inquiry.III. Course Content。

List and briefly describe the core topics that will be covered in the course.Discuss the readings, assignments, and projects thatwill be used to facilitate learning.Explain how the course content aligns with thelearning objectives.IV. Assessment。

Describe the methods of assessment that will be used in the course, such as:Exams。

: glen_almond@W e are currently establishing methods to characterize porcine T-lymphocyte subpopulations for two different studies. One involves evaluation of the T cells in weaned pigs following vaccination with a novel adjuvant; the other focuses on the influence of stress on T-lymphocyte populations and immunity in young pigs. Lymphocyte trapping is associated with stress, and we plan to explore this perturbation of the immune system. In addition, other studies focus on understanding the physiological roles of tumor necrosis factor and prostaglandin-E prior to and after the initiation of luteolysis. We are examining the significance of vascular endothelial growth factor (VEGF) and hypoxia-induc ible factor (HIF) in porcine corpus luteum. We utilize RT-PCR and additional genomic methodologies to characterize the expression of the factors and their receptors. We anticipate that future studies will determine the respective signal transduction pathways and re-visit the influence of the cytokines and the immune system on corpus luteum function.Birkenheuer, Adam, DVM, PhDDepartment of Clinical SciencesNCSU College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 513-8288E-mail: ajbirken@My research is focused on companion animal infectious diseases. Tick-transmitted protozoan parasites are emerging infectious diseases causing substantial morbidity and mortality worldwide. Our studies address discovery and characterization of novel pathogens, development of improved diagnostic assays, enhanced understanding of the epidemiology of tick-transmitted protozoan parasites, and identification of treatment strategies resulting in significantly improved survival rates.Breitschwerdt, Ed, DVMDepartment of Clinical SciencesNCSU College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 919-513-8277E-mail: ed_breitschwerdt@My research interests are focused in the area of infectious diseases, with a particular emphasis on diagnostic, therapeutic, and immunopathologic aspects of zoonotic vector-transmitted bacterial and rickettsial diseases. The laboratory has contributed substantially to current understanding of Rickettsia rickettsii, Ehrlichia canis, and Bartonella vinsonii infection in dogs and Bartonella henselae in cats. We are currently capable of handling biosafety P3-level. It is increasingly obvious that vector borne pathogens contribute to a substantial quantity of animal and humandisease and suffering. In most instances the immunopathologic consequences of infection with one or simultaneous infection with multiple vector-transmitted infectious agents remains unknown. It is our goal to better define the clinical consequences of chronic infection with these organisms. Dean, Gregg, DVM, PhDDepartment of Molecular Biomedical SciencesNCSU College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 513-2819E-mail: gregg_dean@My research focuses on the immunopathogenesis and prevention of human and feline immunodefic iency virus infection (HIV and FIV, respectively). FIV is a valuable model of human immunodeficiency virus infection in people and represents a significant health threat to the feline population world-wide. We are investigating the role of innate immune defects induced by HIV/FIV infection. These studies focus on the function of dendritic cells, natural killer cells, and Toll-like receptors in the immunopathogenesis of opportunistic infections during chronic retroviral infection. Ongoing vaccine studies seek to employ recombinant bacteria as vaccine vectors. We are evaluating recombinant Lactobacillus spp. engineered to express FIV/HIV Gag and consensus Env genes as a means to provide effective mucosal and systemic immune responses through oral immunization.Fogle, Jonathan, DVM, PhDDepartment of Population Health and PathobiologyNCSU College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 513-6304E-mail: jonathan_fogle@Using the FIV model for HIV, we have shown that CD4+CD25+ T regulatory cells are constitutively activated and suppress CD4+CD25- T helper cell immune responses during the acute phase and chronic phase of infection. Results of our recent experiments indicate that CD4+CD25+ T regulatory cells suppress the CD8+ immune response during the acute and chronic stages of FIV infection. We are currently investigating the mechanism(s) of CD8+ cell mediated suppression and the intracellular signaling events that occur in CD8+ targets, following their interaction with activated CD4+CD25+ cell from FIV+ cats.Gilmour, Ian, BSc, PhDCardiopulmonary and Immunotoxicology BranchEnvironmental Public Health DivisionNational Health and Environmental Effects Research LaboratoryU.S. Environmental Protection AgencyResearch Triangle Park, NC 27711Phone: (919) 541-0015E-mail: Gilmour.Ian@We study the effect of air pollutant exposure on pulmonary immunity and subsequent development of allergic and infectious lung disease. Air pollutants are generated in the inhalation exposure facility at the EPA which has the capability to aerosolize simple gases and vapors, various particles including nanomaterials, as well as fossil fuel combustion emissions. The staff also operates mobile field sampling laboratories that collect size-fractionated particles from various locations across the country. The relative toxicity of various air pollutants are compared and then applied in animal models of asthma, influenza, or cardiac dysfunction. Parallel studies are conducted with in vitro systems in order to extrapolate between cell based and whole body responses for the purposes of predicting potential effects in humans. Hammerberg, Bruce, DVM, PhDDepartment of Population Health and PathobiologyNCSU College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 513-7712E-mail: bruce_hammerberg@My current research expertise is in allergic diseases and nematode biology. Regarding allergic disease research, we have developed canine x murine heterohybridomas. One of these produces canine monoclonal IgE specific for a filarial nematode antigen. Another produces canine IgG antibody specific for canine IgE. Using these tools, I have developed mouse monoclonal antibodies against heat stable epitopes of canine IgE and have the opportunity to make canine monoclonal antibodies against canine IgE epitopes that will be useful in preventing allergic disease in the dog. The unlimited supply of canine IgE of known antigen specificity has directed my research toward characterizing inherited differences in mast cell function in the dog, and at this time I am investigating the role of stem cell factor in inherited canine atopic dermatitis.My work with filarial nematodes over the last 25 years has recently turned to investigating how fatty acid binding proteins function in nematode physiology.Havell, Edward, PhDDepartment of Population Health and PathobiologyNCSU College V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 515-6184E-mail: ed_havell@The major objective of our research is to determine the roles that tumor necrosis factor (TNF), interferon-gamma (IFN-gamma) and host cells play in both innate and adaptive immunity toenteric bacterial pathogens. To study possible roles of cytokines and host cells in anti-bacterial resistance, specific inhibitors (e.g., anti-cytokine antibodies) that block the actions of a given cytokine or host cell are administered before or at progressive times during bacterial infection in mice. The subsequent course of infection is monitored to determine the effect of such treatment on bacterial pathogenesis. The long-range goal of our research is to acquire an understanding of how TNF, IFN-gamma, and host cells having anti-bacterial function interact in the defense of the host against bacterial pathogens. Studies are underway to develop a reproducible model of inflammatory bowel disease that will enable the study of the roles of cytokines and host cells in chronic inflammatory intestinal disease. Finally, we have generated an avirulent Listeria monocytogenes mutant that does not translocate from the intestinal lumen but induces very strong protective T cell-mediated anti-listerial immunity. We plan to evaluate this avirulent mutant as an orally administered vaccine platform to present secreted recombinant tuberculosis antigens to the intestinal immune system in order to elicit protective anti-TB T cell immunityHess, Paul, DVM, PhDDepartment of Clinical SciencesNCSU, College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 513-6183E-mail: paul_hess@My principal interests are CD8-positive T cell immunology and immunotherapy. One focus of the laboratory is examining how the interaction of the MHC class I molecule and the T cell receptor can be manipulated to induce stable tolerance in animal models of autoimmunity and allotransplantation. The second focus is the discovery of new peptide epitopes in viral diseases. Lastly, we are investigating novel clinical predictors of chemotherapy-induced toxicity in the dog. Hudson, Lola C., DVM, PhDDepartment of Molecular Biomedical SciencesNCSU College V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 513-6306E-mail: lola_hudson@Research in this laboratory focuses on the study of viral neuropathogenesis and blood-brain barrier (BBB) function. We are currently investigating feline immunodeficiency virus (FIV), which has divergent mechanisms of CNS entry, as a model for AIDS neuropathogenesis. We have developed an in vitro feline blood-brain barrier model system to determine the conditions under which immune cells in normal and FIV-infected animals are capable of penetrating the BBB. Additional studies focus on characteristics of attaching cells and mechanisms of attachment to the barrier such as up-regulation of specific adhesion molecules. Additionally, in vivo studies parallel in vitro studies with the aim of increasing detection of neural infection during the early stages ofdisease. We are currently focusing on various cognitive-motor behavioral tests in normal and infected cats to determine acute losses in neurologic function. Such tests can then be used to assess the efficacy of various therapeutics to delay or prevent CNS infection.Jones, Samuel L., DVM, PhDDepartment of Clinical SciencesNCSU College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh NC 27606Phone: (919) 513-7722E-mail: sam_jones@My research interests focus on how inflammation is triggered and regulated and how inflammation contributes to the pathophysiology of diseases such as colitis, equine colic, sepsis, and endotoxemia. A primary objective of our work is to understand the cellular and molecular details of cell migration with a focus on the key innate immune cell, the neutrophil. We are particularly interested in how the signaling molecules protein kinase A, phosphatidylinositol 3-kinase, and p38 and the actin binding proteins MARCKS, V ASP, and L-plastin regulate the actin cytoskeleton, integrin function, and signaling during migration of neutrophils and other cell types. We use human and equine primary cells, cell lines, and in vivo models including mice and zebrafish for these studies. We are also studying how inflammation is triggered and how pro-inflammatory genes, particularly genes in the prostaglandin synthesis cascade that encode cyclooxygenase-2 and prostaglandin synthase-1, are upregulated in equine leukocytes. In collaborative work, we are studying the effects of neutrophils and inflammatory mediators on intestinal mucosal repair following ischemic injury that occurs in some forms of equine colic. Koci, Matt, PhDDepartment of Poultry ScienceNCSU Scott Hall, Campus Box 7608Raleigh, NC 27695Phone: (919) 515-5388E-mail: mdkoci@The overall focus of my research is to understand how the immune system responds to viral challenges. The majority of our work focuses on the innate aspects of host resistance to viral infection, particularly addressing how the innate immune system recognizes and responds to infection and thus can have profound affects on the adaptive immune response and ultimately the outcome of the infection. Understanding how stimulation of the innate immune system leads to different clinical outcomes is critical to understanding the genetic basis of disease resistance. Laster, Scott M., PhD- Immunology Program DirectorDepartment of MicrobiologyNCSU Gardner Hall, Campus Box 7615Raleigh, NC 27695Phone: (919) 515-7958E-mail: scott_laster@Research in my laboratory focuses on the anti-viral immune response. One aspect of this response currently under investigation is the apoptosis-inducing activity of tumor necrosis factor (TNF). TNF is a product of many cells, including macrophages and monocytes, and is released by these cells during infection. TNF is able to act in an anti-viral manner by causing the death of infected cells before virus replication is complete, thereby reducing the number of infectious virions that are produced. The apoptosis-inducing activity of TNF is selective for infected cells because these cells are unable to transcribe appropriate levels of NF-kB-dependent, anti-apoptotic gene products. The virus under investigation in my laboratory is the human adenovirus. While not a major human pathogen, the adenovirus represents an excellent model system for studies of molecular and cellular immunology. Recent studies from my laboratory suggest that adenovirus induces susceptibility to TNF by preventing the expression of a tyrosine or dual specificity phosphatase, leading us to propose that this phosphatase normally acts in an anti-apoptotic manner by inhibiting apoptotic signal transduction through the dephosphorylation of cytosolic phospholipase A2.Miller, Jennifer, PhDDepartment of MicrobiologyNCSU Gardner Hall, Campus Box 7615Raleigh, NC 27695Phone: (919) 515-7867E-mail: jen_miller@My research focuses on the interaction between the tick-borne spirochete Borrelia burgdorferi and the innate immune system. B. burgdorferi is the causative agent of Lyme disease, a multi-system disorder whose symptoms include the development of subacute arthritis within both a large joint of afflicted humans and the rear ankle joints of susceptible inbred mouse strains. This subacute arthritis is associated with the presence of B. burgdorferi within the joints. My laboratory utilizes tissue culture and mouse models to examine both the bacterial and host-derived mechanisms driving the induction of Lyme arthritis. We are currently focusing on a novel and previously unappreciated role for Type I interferon (IFN) in the development of severe Lyme arthritis. The goal of these studies is to identify additional bacterial effectors, innate immune components, and mechanistic pathways that drive both Type I IFN production and the development of Lyme arthritis.Nordone, Shila, PhDDepartment of Molecular Biomedical SciencesNCSU College V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 515-7410E-mail: shila_nordone@My research involves studying the mechanisms and consequences of the molecular interactions between pathogenic organisms and the innate immune system. Pathogen-mediated modulation of innate immunity can dictate the pathological consequences of infection, the duration of survival of the pathogen in the host, and ultimately, the ability of the adaptive immune response to evolve and clear infection. At the center of my research is the role of Toll-like receptor (TLR) and Triggering Receptor Expressed on Myeloid Cells-1 (TREM-1) activation in pathogen-immune system interactions. We are currently engaged in the following research areas: 1) Modulation of TLR-mediated responses by HIV-1 infection and 2) TREM-1 mediated inflammation during canine sepsis. The overall aim of both areas of research is to increase our understanding of the basic mechanisms of pathogen-innate immune cell crosstalk and to identify new therapeutic targets for treating HIV and sepsis.Olivry, Thierry, DrV et, PhDDepartment of Clinical SciencesNCSU, College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 513-6276E-mail: thierry_olivry@My principal research interests involve investigating the pathogenesis and therapy of canine atopic dermatitis and autoimmune skin diseases. Current projects on atopic dermatitis include clinical trials on the pharmacotherapy of this disease, modeling skin lesions experimentally, researching novel methods for immunotherapy as well as investigating the genetics of this trait in West Highland White Terriers. My research on autoimmune skin diseases involves the characterization of clinical signs, histopathology and immunological aspects of novel pathological entities of dogs, cats and horses. Additionally, we are investigating the autoantibody response in the blistering disease pemphigus foliaceus in dogs.Selgrade, Mary Jane, PhDImmunotoxicology BranchU.S. Environmental Protection AgencyResearch Triangle Park, NC 27711Phone: (919) 541-1821E-mail: selgrade.maryjane@My research interests center around the interactions between xenobiotic compounds (ambient and indoor air pollutants) and the immune system and consequent effects on susceptibility to infectious and allergic disease. The laboratory has developed several infectivity and allergy models in laboratory rodents. The focus is to understand the effects that exposure to environmental agents may have on both local and systemic immune responses, the underlying mechanisms associated with these effects, and the consequent impact on susceptibility to disease.Sherry, Barbara, PhDDepartment of Molecular Biomedical SciencesNCSU College V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone; (919) 515-4480E-mail: barbara_sherry@We study reovirus-induced myocarditis (cardiac inflammation and tissue damage) in mice as a model for this important human disease. Recently, we have focused on the cardiac response to viral infection, with particular emphasis on viral induction of the anti-viral cytokine interferon-beta in cardiac cells. We are interested in both the viral genes that stimulate this response, and the cardiac transcription factors and anti-viral proteins that are central to protection against disease. Our approaches, using primarily molecular techniques, include the use of transgenic mice and primary cardiac myocyte cell cultures.Sikes, Michael, PhDDepartment of MicrobiologyNCSU Gardner Hall, Campus Box 7615Raleigh, NC 27695Phone: (919) 513-0528E-mail: mike_sikes@As different cells in the body develop, they selectively use specific genes while ignoring others. In fact, development of multicellular organisms is absolutely dependent on differential gene regulation. But how genes are programmed to be activated or silenced at the right time remains a mystery. The research in our laboratory investigates the epigenetic changes that govern selective gene usage during lymphocyte development. Unlike other tissues, lymphocytes develop in discreet stages that can be easily followed using cell surface marker proteins, and for which individual cell line models exist. Specifically, we study the epigenetic programs that regulate the developmentally-timed activation and inactivation of the genes that encode the antibody and T cell receptor molecules. These genes are unique in the body in that they undergo a process of genetic recombination. We believe that transcriptional promoters positioned throughout each gene serve as nucleation points for transcription factors and histone modifiers that work together to shape local windows of accessible chromatin in response to developmental cues. Work is underway to test this hypothesis and to define the protein factors involved.Suter, Steven, VMD, MS, PhDDepartment of Clinical SciencesNCSU College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 513-0813E-mail: steven_suter@My research interests focus primarily on hematologic malignancies in companion animals, specifically canine and feline lymphoma. Elucidating the underlying molecular abnormalities associated with these diseases, as well as the development of novel therapeutics is the main thrust of my research. Although canine lymphoma is phenotypically and biologically similar to human non-Hodgkin’s diffuse large B-cell lymphoma, it is not known if these diseases share similar genetic perturbations. We aim to begin to elucidate these perturbations in dogs with lymphoma to both enhance dog lymphoma as a pertinent large animal model of human non-Hodgkin’s lymphoma and develop more targeted therapeutics for this disease.Tompkins, Mary, DVM, PhDDepartment of Population Health and PathobiologyNCSU College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606(919) 513-6255E-mail: mary_tompkins@The research in my laboratory is directed towards understanding the immunopathogenesis of feline retrovirus infection. In particular, we are examining mechanisms of virus-induced immunosuppression and persistence, especially alterations in cytokine regulation and cell-mediated immunity. We have been studying the immunopathogenesis of feline immunodefic iency virus (FIV), which is one of the best animal models for HIV infection. Our early studies described alterations in peripheral blood lymphocyte subset numbers, in vivo virus tropism, and disease progression. More recently we have described in detail cytokine dysregulation associated with FIV infection that leads to the inability of the infected cat to mount a successful cell mediated immune response to a secondary intracellular pathogen.Tompkins, Wayne, PhDDepartment of Population Health and PathobiologyNCSU College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 515-7394E-mail: wayne_tompkins@The focus of my research is immunopathogenesis of FIV infection in the cat: a model for human HIV infection. We are studying the cellular and molecular basis of T cell dysfunction and progression to AIDS in FIV-infected cats, utilizing RT-qcPCR and multi-color flow cytometry to define the receptor phenotype and cytokine profiles of CD4-positive and CD8-positive T cells. We are specifically exploring the role of B7 co-stimulatory molecules and the cytokines IL-10 and TGF-beta in mediating T cell anergy and apoptosis.Tonkonogy, Susan, PhDDepartment of Population Health and PathobiologyNCSU College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919) 513-6252E-mail: sue_tonkonogy@The overall goal of my research is to identify the molecular mechanisms that regulate the intestinal immune response. Our current approach is to determine the patterns of cytokines produced by T cells, B cells, macrophages, and dendritic cells isolated from mucosal lymphoid tissue of genetically manipulated rodents that spontaneously develop chronic intestinal inflammation when maintained in specific pathogen free housing. Germ-free rodents with identical genetic alterations do not develop inflammation, implicating the microorganisms that colonize the intestinal tract in the initiation of disease. The long-range goal of these studies is to provide a basis for designing therapeutic strategies aimed towards down-regulating the intestinal immune response that we postulate to be an underlying cause of the chronic inflammation that occurs in inflammatory bowel diseases.Ward, Marsha, PhDImmunotoxicology BranchU.S. Environmental Protection AgencyResearch Triangle Park, NC 27711Phone: (919) 541-1193E-mail: ward.marsha@My research interests involve the assessment of indoor environmental contaminants, particularly fungi for the potential to cause allergy/asthma using laboratory rodent models. The focus of our studies is hazard identification including 1) the identification and characterization of the allergenic proteins and 2) the identification of potential biomarkers that differentiate an allergic response from a non-allergic inflammatory response. Additionally, we are interested in the area of food allergies that could occur due to the introduction of genetically modified crops.Y oder, Jeffrey, PhDDepartment of Molecular Biomedical SciencesNCSU College of V eterinary Medicine, Campus Box 84014700 Hillsborough StRaleigh, NC 27606Phone: (919)-515-7406E-mail: jeff_yoder@Web site: /~jayoder/。

大学老师简历英语作文范文I. Personal InformationName: Zhang JingDate of Birth: January 10, 1985Gender: FemaleNationality: ChineseContactInformation:*******************/123-456-7890II. EducationPh.D. in Applied LinguisticsUniversity of Beijing, Beijing, China, 2009-2014M.A. in English Language and LiteratureUniversity of Shanghai, Shanghai, China, 2006-2009B.A. in English EducationUniversity of Hubei, Hubei, China, 2002-2006III. Work ExperienceAssistant ProfessorDepartment of English, University of Beijing, Beijing, China, 2014-presentResponsibilities:- Designing and instructing undergraduate and graduate courses in English linguistics and language acquisition.- Conducting research on language education and publishingacademic papers.- Mentoring and supervising graduate students in their thesis research.- Participating in academic conferences and workshops.- Assisting in curriculum development and program assessment. Teaching AssistantDepartment of English, University of Shanghai, Shanghai, China, 2009-2014Responsibilities:- Assisted in undergraduate courses, including grading assignments and conducting tutorials.- Conducted research on language acquisition and assisted in academic paper writing.- Held office hours to provide additional support to students.- Collaborated with professors in course preparation and material development.IV. Research Interests- Second language acquisition- Applied linguistics- Language education- Cross-cultural communicationV. Publications- Zhang, J. & Wang, L. (2019). The Impact of L2 Instruction on Oral Production Ability: A Longitudinal Study. Journal of AppliedLinguistics, 35(4), 123-145.- Zhang, J. (2017). Exploring the Effectiveness of Task-Based Language Teaching in Chinese College English Classrooms. International Journal of English Education, 10(2), 56-76.- Zhang, J. & Li, H. (2016). The Role of Feedback in Improving English Writing Skills: A Classroom Study. TESOL Quarterly, 42(3), 789-807.VI. ReferencesAvailable upon request.VI. References1. Prof. Li MingChair, Department of EnglishUniversity of Beijing, Beijing, ChinaEmail:****************Phone: 123-456-78902. Prof. Wang HongDean, School of Foreign LanguagesUniversity of Shanghai, Shanghai, ChinaEmail:******************Phone: 123-456-78903. Prof. Liu XiaDirector, Graduate Program in Applied Linguistics University of Beijing, Beijing, ChinaEmail:****************Phone: 123-456-78904. Prof. Chen WeiHead, Department of EnglishUniversity of Hubei, Hubei, ChinaEmail:*****************Phone: 123-456-7890Please note that these references have been provided as a courtesy and upon request.。

Mihai ChristodorescuDepartment of Computer Sciences University of Wisconsin,Madison 1210W.Dayton St.Madison,WI53706,USAVoice:+1608-695-6271Fax:+1608-262-9777/~mihaimihai@ Curriculum VitæResearch InterestsI am interested in all aspects of computer security,with particular emphasis on software security.My current research tackles computer security problems using formal methods that combine pro-gram verification and program analysis to provide quantifiable security guarantees.My dissertation introduces techniques for the detection of malicious behavior inside obfuscated binary code. Education2003–present Ph.D.in Computer Sciences,expected May2007.University of Wisconsin,Madison,WI,USA.Dissertation:Behavior-based Malware Detection.Adviser:Prof.Somesh Jha.1999–2000,2001–2002M.S.in Computer Sciences,Dec.2002.University of Wisconsin,Madison,WI,USA.Adviser:Prof.Somesh Jha.1996–1999 B.S.(High Honors)in Computer Science,May1999.University of California,Santa Barbara,CA,USA.Research Experience2001–present Research Assistant,Wisconsin Safety Analyzer(WiSA)project.University of Wisconsin,Madison,WI,USA.The WiSA project focuses on the use of static analysis to detect vulnerabilitiesin commercial off-the-shelf components(COTS).My research work involves newapproaches to the detection of malicious behavior in obfuscated binary code,usingstatic program analysis and formal methods.2000Research Assistant,Paradyn project.University of Wisconsin,Madison,WI,USA.The Paradyn project develops technology that aids tool and application developersin their pursuit of high-performance,scalable,parallel and distributed software.My research work produced thefirst reentrant binary instrumentation of runningprocesses using the DynInst API.PublicationsDigital copies can be downloaded from /~mihai/publications/.Books1.M.Christodorescu,S.Jha,D.Maughan,D.Song,and C.Wang,editors.Malware Detection,volume27of Advances in Information Security.Springer-Verlag,Oct.2006.Conference Publications2.M. D.Preda,M.Christodorescu,S.Jha,and S.Debray.A semantics-based approach tomalware detection.In Proceedings of the34th Annual ACM SIGPLAN-SIGACT Symposium on Principles of Programming Languages(POPL’07),Nice,France,Jan.17–19,2007.POPL’07acceptance rate:18.18%(36/198). 3.J.Giffin,M.Christodorescu,and L.Kruger.Strengthening software self-checksumming viaself-modifying code.In Proceedings of the21st Annual Computer Security Applications Confer-ence(ACSAC’05),pages18–27,Tucson,AZ,USA,Dec.5–9,2005.Applied Computer Asso-ciates,IEEE Computer Society.ACSAC’05acceptance rate:22.8%(45/197).4.S.Rubin,M.Christodorescu,V.Ganapathy,J.T.Giffin,L.Kruger,H.Wang,and N.Kidd.Anauctioning reputation system based on anomaly detection.In Proceedings of the12th ACM Conference on Computer and Communications Security(CCS’05),pages270–279,New York,NY, USA,2005.ACM Press.CCS’05acceptance rate:15.2%(38/250).5.M.Christodorescu,N.Kidd,and W.-H.Goh.String analysis for x86binaries.In Proceed-ings of the6th ACM SIGPLAN-SIGSOFT Workshop on Program Analysis for Software Tools and Engineering(P ASTE’05),Lisbon,Portugal,Sept.5–6,2005.ACM Press.PASTE’05acceptance rate:44.7%(17/38).6.M.Christodorescu,S.Jha,S.A.Seshia,D.Song,and R.E.Bryant.Semantics-aware malwaredetection.In Proceedings of the IEEE Symposium on Security and Privacy(S&P’05),pages32–46, Oakland,CA,USA,May8–11,2005.IEEE Computer Society.S&P’05acceptance rate:8.9%(17/192).7.M.Christodorescu and S.Jha.Testing malware detectors.In Proceedings of the ACM SIGSOFTInternational Symposium on Software Testing and Analysis(ISSTA’04),pages34–44,Boston,MA, USA,July11–14,2004.ACM SIGSOFT,ACM Press.ISSTA’04acceptance rate:27.9%(26/93).8.M.Christodorescu and S.Jha.Static analysis of executables to detect malicious patterns.InProceedings of the12th USENIX Security Symposium(Security’03),pages169–186,Washington, DC,USA,Aug.4–8,ENIX Association.Security’03acceptance rate:16.4%(21/128).Journal Publications9. ler,M.Christodorescu,R.Iverson,T.Kosar,A.Mirgorodskii,and F.Popovici.Play-ing inside the black box:Using dynamic instrumentation to create security holes.Parallel Processing Letters,11(2/3):267–280,June/Sept.2001.Invited Publications10.M.Christodorescu and S.Rubin.Can cooperative intrusion detectors challenge the base-ratefallacy?In Malware Detection,volume27of Advances in Information Security,pages193–209, Aug.2005.This edited volume represents the proceedings of the2005ARO-DHS Special Workshop on Malware Detection,Aug.10–11,2005,Arlington,VA,USA.Technical Reports11.M.Christodorescu,J.Kinder,S.Jha,S.Katzenbeisser,and H.Veith.Malware normalization.Technical Report1539,University of Wisconsin,Madison,WI,USA,Nov.2005.12.J.T.Giffin,M.Christodorescu,and L.Kruger.Strengthening software self-checksummingvia self-modifying code.Technical Report1531,University of Wisconsin,Madison,WI,USA,Sept.2005.13.T.Kosar,M.Christodorescu,and R.Iverson.Opening pandora’s box:Using binary coderewrite to bypass license checks.Technical Report1479,University of Wisconsin,Madison,WI,USA,Apr.2003.14.M.Christodorescu and S.Jha.SAFE:Static analysis for executables.Technical Report1467,University of Wisconsin,Madison,WI,USA,Feb.2003.Patents15.M.Christodorescu,S.Jha,J.Kinder,S.Katzenbeisser,and H.Veith.Malware normalization.Patent application in progress,2006.16.M.Christodorescu and S.Jha.Method and apparatus to detect malicious software.UnitedStates patent application20050028002,July29,2003.In Submission17.M.Christodorescu,C.Kruegel,and S.Jha.On inferring specifications of malicious behavior.In submission,Sept.2005.Selected Awards and Achievements2004Distinguished ACM SIGSOFT paper award atInternational Symposium on Software Testing and Analysis(ISSTA’04),2004,Boston,MA,USA.(See publication7.)1996–1999Dean’s honor list at University of California,Santa Barbara.Selected PresentationsConference TalksMay2005“Semantics-Aware Malware Detection”Presented at the IEEE Symposium on Security and Privacy,Oakland,CA,USA,2005.July2005“Testing Malware Detectors”Presented at the International Symposium on Software Testing and Analysis(ISSTA),Boston,MA,USA,2004.Aug.2003“Static Analysis of Executables to Detect Malicious Patterns”Presented at the12th USENIX Security Symposium,Washington,DC,USA,2003.Invited TalksFeb.2006“Testing Malware Detectors/Semantics-Aware Malware Detection”Presented at TrendMicro’s“Meeting of the Minds,”Las Vegas,NV,USA,2006.Sept.2005“Directions in Malware Detection Research”Presented at the3rd workshop of the ARDA Malware Roadmap series,Salt LakeCity,UT,USA,2005.Aug.2005“Improved Defenses through Cooperation of Network-based and Host-based Mal-ware Detectors”Presented at the ARO–DHS Special Workshop on Malware Detection,Arlington,VA,USA,2005.Selected Presentations(continued)Nov.2003“Static Analysis of Executables to Detect Malicious Patterns”Presented at the Software Protection Compilation Workshop,Washington,DC,USA,2003.Teaching Experience2006Teaching Assistant for“Introduction to Information Security.”Graduate and senior-undergraduate level course.Instructor:Somesh Jha.(Universityof Wisconsin,Madison,Computer Sciences course642,Spring2006)Workshop on“The Act of Teaching:Theatrical Tips for Teachers.”Presented by Nancy Houfek,head of voice and speech at Harvard’s Institute forAdvanced Theatre anized by the UW Delta Research Teaching andLearning Community.(Sept.2006)2003–2006Invited Lecturer on malicious code and attack methods.Mentor for several course projects.Course:“Introduction to Information Security.”Instructor:Somesh Jha.(Universityof Wisconsin,Madison,Computer Sciences course642,Spring semester) 2004Workshop on“Creating a Teaching and Learning Philosophy.”Organized by the UW Delta Research Teaching and Learning Community.(Nov.2004)2001Mentor for two course projects.Course:“Analysis of Software Artifacts.”Instructor:Somesh Jha.(University ofWisconsin,Madison,Computer Sciences course706,Fall2001)1999Teaching Assistant for“Java for C++programmers”and“C++for Java program-mers.”Junior-undergraduate level.Instructor:Susan Horwitz.(University of Wisconsin,Madison,Computer Sciences course368,Fall1999)Professional ActivitiesExternal reviewerJournals:ACM Transactions on Internet Technology(TOIT):2004.Communications of the ACM(CACM):2005issue on spyware.Journal of Computer Security(JCS):2006.Conferences:Foundations of Computer Security Workshop(FCS):2001.Symposium on Requirements Engineering for Info.Security(SREIS):2002.USENIX Technical:2004.Network and Distributed System Security Symposium(NDSS):2005,2007.International World Wide Web Conference(WWW):2005.USENIX Security:2005,2006.International Conference on Computer Aided Verification(CAV):2005.Software Engineering for Secure Systems(SESS):2005.Recent Advances in Intrusion Detection(RAID):2005.ACM Conference on Computer and Comm.Security(CCS):2005,2006.Workshop on Rapid Malcode(WORM):2005.LCI International Conference on Clusters:2006.Annual Computer Security Applications Conference(ACSAC):2006.Professional Activities(continued)Research community involvement•Workgroup on Future Malware Threats,3rd workshop of the ARDA Malware Roadmap series, Sept.20–22,2005,Salt Lake City,UT,USA.•Workgroup on Malware Detection,ARO–DHS Special Workshop on Malware Detection,Aug.10–11,2005,Arlington,VA,USA.•ONR CIP/SW MURI Project Review for Dr.James Whittaker(FIT),“Runtime Neutralization of Malicious Mobile Code,”Feb.2005.•Software Protection Compilation Workshop,Nov.12–13,2003,Washington,DC,USA.•Student volunteer for the11th USENIX Security Symposium(Security’02),Aug.5–9,2002,San Francisco,CA,USA.Academic activities•Member of the Graduate Admissions Committee at the Department of Computer Sciences,Uni-versity of Wisconsin,Madison,2002.•Organizer of the computer security seminar at the Department of Computer Sciences,University of Wisconsin,Madison,2001–2006.•Coordinator of the computer security reading group at the Department of Computer Sciences, University of Wisconsin,Madison,2001–2006.Collaboration with industry2006–present Co-founder of Securitas Technologies,Inc.,a Madison,WI,provider of behavior-based malware-detection products.2005–present Transfer of technology for“Effective Malware Detection Through Static Analysis”to Grammatech,Inc.,Ithaca,NY.(ONR STTR Phases I and II) 2006Attended TrendMicro’s“Meeting of the Minds,”Feb.13,2006,Las Vegas,NV, USA.Industrial Employment2006–present Principal Scientist,Securitas Technologies,Inc.,Madison,WI,USA.Spearheaded the transition of the semantics-aware malware detector from re-search prototype to software product.2000–2001Senior Software Engineer,Yodlee,Inc.,Redwood City,CA,USA.Optimized performance offinancial-data aggregation platform.Created bill-payment prototype integrated intofinancial website.Apr.–June1999Embedded Systems Developer,Green Hills Software,Santa Barbara,CA,USA.Ported a cross-platform linker to new targets.Evaluated existing commonalitiesamong embedded CPUs to simplify linker code and speed link time.TranslatedC-based linker modules to new C++architecture.Feb.–Apr.1999Application Software Developer,ZBE,Goleta,CA.Redesigning and implementing new printer control and spooling utilities forhigh-performance and high-quality specialized printers.Studied old code forreusability capabilities.Industrial Employment(continued)June–Sep.1998SNA Server Developer/Summer Intern,Microsoft,Redmond,WA,USA.Completely redesigned the single sign-on user management system,improvingthe response time as well as the recoverability of the Host Security product.Learned new technologies in a short amount of time(such as COM,DCOM,OLE,and OLEDB).Analyzed and proofed the code against threading issues,resource contention,and timing issues.1997–1998NT Systems Developer,Pontis Reseach Inc.,Camarillo,CA,USA.Specialized in distributed security in heterogeneous environments,with em-phasis on NT security and integration of security systems.Tested CTOS-to-NTsecurity interface.Developed and tested NT NetWare Single Sign-on product.Developed a transaction based unified NT security API with rollback capabili-ties.1996–1997Web Designer,Student Computing Facilities,School of Environmental Science and Management,University of California at Santa Barbara,CA,USA.Managed the departmental network of Windows NT,Windows95,and Pow-erPC computers.Designed web pages for internal use(help pages),as well as aprototype for a database with web interface.1995–1996Computer-based Test Technician,Advanced Motion Controls Camarillo,CA,USA.Tested the products on computer,using DAQ in-house developed software.Im-proved the testing technology with regard to speed and accuracy.Full timeemployment.Personal Information•Born in Romania and naturalized citizen of the US.•Language proficiency:English,Romanian,French(written).ReferencesReferences available upon request.。

Bin Wu2916 S. Shields Ave. #1N Email: bwu3@ Chicago, IL60616 Cell Phone: 312-203-5012 ObjectiveTo find a challenging full-time research/development position in the areas of P2P networking and Web protocol design.Education (GPA: 3.75/4.0) Ph.D. in Computer Science expected 06/2006 University of Illinois at Chicago Chicago,ILMaster in Computer Science 2002 University of Illinois at Chicago Chicago,ILMaster of Engineering 1995 ZheJiang University ZheJiang, China Bachelor of Science 1992 ZheJiang University ZheJiang, China Research InterestsDistributed Systems, Peer-to-Peer Networks, Networks Protocols and Algorithms, Web-BasedMedication Systems.Publications1. B. Wu, A. D. Kshemkalyani, “Objective-Optimal Algorithms for Long-Term Web Prefetching,”IEEE Transactions on Computers, December 2005.2. B. Wu, A.D. Kshemkalyani, “Objective-Greedy Algorithms for Long-Term Web Prefetching”,3rd IEEE Conference on Network Computing and Applications (NCA), 61-68, August 2004.3. A.D. Kshemkalyani, B. Wu, “Nonintrusive Snapshots Using Thin Slices”, The 2005 IFIP InternationalConference on Embedded And Ubiquitous Computing (EUC-05), Japan, 6-9 December 2005.4. B. Wu, A.D. Kshemkalyani, “Evaluation of Analysis Models for Unguided Search in UnstructuredP2P Networks”, IFIP International Symposium on Network-Centric Ubiquitous Systems (NCUS2006), LNCS 4097, Springer, 163-172, 2006.5. B. Wu, A.D. Kshemkalyani, “Analysis Models for Blind Search in Unstructured Overlays”, 5th IEEESymposium on Network Computing and Applications (NCA), 223-226, 2006.Reviewer•Computer Network (COMNET) Journal.•4th IEEE International Conference of Peer-to-Peer (P2P) Network.•7th International Workshop on Distributed Computing (IWDC), 2005.Honors and Certificates•UIC Provost’s Award for Graduate Research, 2005.•UIC University Fellowship, 1999-2000 Academic Year.Technical Skills•Language: , , , ASP, C/C++, C#, Java, Visual Basic 6, DHTML, VB Script, Java Bean, JavaScript, XML/XSLT, SQL/Transact-SQL, WML•Operating Systems: Unix, Windows 2000 Server/98/XP•Programming Platforms: Microsoft Visual Studio, Microsoft Visual , Microsoft Office, J-Builder•Programming Skills: MFC, OLEDB, ActiveX, COM/COM+, IIS 5.0/6.0 Programming (Server Extension, ISAPI Filter)•DBMS: SQL Server 2000, Oracle 8/8i, MS Access/FoxProWorking Experience1. Software Engineer University of Illinois Medical College 01/2000-PresentAs a core team member, I designed and developed the AvidCare Tele-Medicine system. This web-based system is used for physicians and medical professionals to provide medical services to registered patients. Physicians log on to the AvidCare Tele-Medicine system to monitor and advise theirpatients who may reside all over the world. In addition, this system organizes patients, physicians, carecenters and monitoring devices with full consideration of security, efficiency, scalability and robustness.This system has been submitted to FDA examination. My contributions to this project include: •Designed the system database using SQL Server 2000.•Designed and implemented the Web application for AvidCare Tele-Medicine system•Developed an Expert Diagnostic Toolkit.•Built a real time Alarm Paging system.•Implemented a wireless version of the Tele-Medicine system with WAP protocol and WML language.2. Research Assistant Department of Mechanical Engineering at UIC 01/1998-01/2000Modified and enhanced an academic program for combustion computation (OPPDIF by Sandia Lab) to perform micro-gravity combustion radiation computation for a NASA founded micro-gravityproject.3. Software Developer ZheJiang University, China 04/1995-11/1997•Designed, implemented and maintained a real-time monitoring and control network (MCN) for Power Industrial processes. The tasks of data collection, data analysis and generationof control commands are distributed over the network which is composed of datacollectors, PCs and industrial control units. Compared with centralized control systemsthat were widely used in industry processes, our distributed version was especiallyadvantageous with regards to cost, reliability and maintenance. Since the time this projectwas completed in 1997, it has been installed and used in a large number of power plantsand industrial companies in China.•Designed a Computer Aided Instruction Tool Kit using C++, VB, Microsoft Access and Microsoft Graphic User Interface. This set of software tools are used by course instructorsor professors to create a series of interactive lectures in the form of user-friendly computerprograms that help students better understand course materials with various approaches.ReferencesAvailable on demand。

大学毕业要考研的英语作文I've made the decision to pursue further studies and take the postgraduate entrance examination after graduating from university. It's not an easy decision, but I believe it will open up more opportunities for me in the future. I want to challenge myself and gain more knowledge in myfield of interest.Studying for the postgraduate entrance examination requires a lot of effort and dedication. It's not just about memorizing facts and formulas, but also understanding the concepts and applying them in real-life situations. I need to develop critical thinking skills and learn how to analyze and solve problems effectively.One of the reasons why I want to pursue postgraduate studies is to broaden my horizons. I want to learn from experts in my field and engage in intellectual discussions with fellow students. By immersing myself in an academic environment, I can expand my knowledge and gain a deeperunderstanding of the subject matter.Another benefit of taking the postgraduate entrance examination is the opportunity to conduct research. I havea strong interest in conducting experiments and analyzing data. Through postgraduate studies, I can delve deeper into my research interests and contribute to the advancement of knowledge in my field.Furthermore, pursuing postgraduate studies can also enhance my career prospects. With a higher level of education, I will have a competitive edge in the job market. Employers often value candidates with advanced degrees, asit demonstrates a commitment to continuous learning and a strong work ethic.Lastly, taking the postgraduate entrance examination is a personal challenge for me. It's a way for me to prove to myself that I can achieve my goals and overcome obstacles.It requires discipline, perseverance, and a strong motivation to succeed. I believe that by pushing myself to excel academically, I can grow both personally andprofessionally.In conclusion, I have decided to take the postgraduate entrance examination after graduating from university. It will be a challenging journey, but I am excited about the opportunities it will bring. I want to expand my knowledge, conduct research, enhance my career prospects, and challenge myself. Taking this step will not only benefit me academically, but also personally and professionally.。

科研经历的英语科研经历是每位科研工作者的重要资产。

在英语环境下，我们需要用流利的英文来描述自己的科研经历，以便向国际同行展示自己的科研成果和能力。

以下是描述科研经历的常用英语表达方式：一、研究方向1. My research interests lie in the field of…我的研究兴趣在于……2. My current research focuses on…我目前的研究重点是……3. My research area is in the field of…我的研究领域在于……二、研究成果1. My research has led to the following findings…我的研究已经得出了以下发现……2. My research has resulted in a number of publications…我的研究已经发表了一些文章……3. My work has been cited in a number of journals and conferences…我的研究已经在很多期刊和会议上被引用……三、研究方法1. The methodology that I employed in my research was…我在研究中采用的方法是……2. I conducted a series of experiments to investigate…我进行了一系列实验来研究……3. My research involved the use of both qualitative and quantitative methods…我的研究涉及到了定性和定量方法的应用……四、研究计划1. My future research will focus on…我的未来研究将着眼于……2. I plan to investigate…我计划研究……3. My next project will involve…我的下一个项目将涉及到……以上是描述科研经历的常用英语表达方式，希望对有需要的人士有所帮助。

育才名师风采个人简介英文回答：Name: TBD.Title: Distinguished Educator at Yuxiu Education Group.Institution: Yuxiu Education Group.Expertise: Curriculum Design, Pedagogy, Educational Leadership.Credentials:Master's Degree in Education, Harvard University.Bachelor's Degree in Teaching, Peking University.Certified Teacher in China and the United States.Experience:Over 20 years of teaching experience in primary, secondary, and higher education.Developed and implemented innovative curricula that have improved student outcomes.Mentored and trained teachers to enhance their teaching practices.Held leadership positions in schools and educational organizations.Received numerous awards and recognitions for excellence in education.Research Interests:Teacher Effectiveness.Student Motivation.Curriculum Development.Assessment and Evaluation.Publications:"The Impact of Explicit Instruction on Student Learning Outcomes""Developing Culturally Responsive Curricula for a Diverse Student Population""Using Technology to Enhance Student Engagement and Collaboration"Professional Affiliations:Member, National Education Association.Member, China Teachers Association.Member, International Society for Technology in Education.中文回答：姓名，待定。