留学文书范文|电子工程|个人陈述|PS|Electrical Engineering|6
嘉东/2020-01-22/ 分类：个人陈述PS/阅读：
Applied Program: Electrical Engineering I grew up in the city of Harbin, Chinas northern metropolis. Like Alaska in the United States, it has the coldest weather in China. For an entire length of six months, it is covered in snow and ice. ...
Applied Program: Electrical Engineering
I grew up in the city of Harbin, China's northern metropolis. Like Alaska in the United States, it has the coldest weather in China. For an entire length of six months, it is covered in snow and ice. The cold weather cultivated a cold-minded temperament in me, making me sober, austere, highly concentrated and dedicated. Those qualities have become my precious assets in achieving successes in my academic pursuits. Meanwhile, in sharp contrast to the frigidity of the weather, I have developed a fiery passion for science and for scientific research. My fervent wish is that I could fulfill constant transcendence, because I can derive pleasure only from the achievement of progress. Out of this consideration I have come to the resolution to pursue more advanced studies in the United States, which represents the peak of international scientific and technological development, where I would like to concentrate myself on electronic engineering, an area of study that I have always been enamored of. In this way, I may significantly enhance my professional level in my chosen field.
As a child, I have already cherished a strong curiosity for the novelties in the world around me, a curiosity that evolved into a yearning for formal knowledge. In my middle and high schools, my distinguished aptitudes in mathematics and physics always enabled me to proceed ahead of my teachers' schedule and to pursue the more abundant and more interesting knowledge on a more advanced level. This good habit put me in a position far superior to my peers, until I succeeded in being enrolled in the Department of Electronic Engineering of Helongjian University, most prestigious university in northern China. In that environment with a strong academic atmosphere and a galaxy of scientists and scholars, I immersed myself like a thirsty pilgrim in the assimilation of new knowledge.
The optical-electronics technology in which I specialized is one of the most difficult specialties in the entire university. My solid groundwork in higher mathematics and theoretical physics once again created necessary conditions for my achievement of excellent academic results. For four consecutive years, no matter how cold the weather was, I persisted in getting up at six o'clock in the morning and going to bed at 12 in the night. I spent most of my time in my classroom, the library, and the laboratory, indulging myself in the study of my favorite courses. The heavy coursework was my greatest stimulation and the otherwise wearisome theories seemed replete with charms for me. With my perseverance for the most difficult courses, my strong interest, my effective learning strategies and efficacious analytical approaches, I could almost invariably obtain the highest scores even in the most difficult examinations. My GPA, which was 3.75, ranked 3rd among a total of 150 students of my grade and the 1st in my class and for four consecutive years I was awarded first-class scholarships. As far as I am concerned, learning is more a wonderful adventure than a kind of drudgery that others might conceive. As long as the explorer is endowed with wisdom, courage and endurance, he or she is bound to savor the joy of discovering the treasure house of knowledge.
Averse to being a mere bookworm, I regard the application of my theoretical knowledge to actual problem solving as the secret to success. My graduation project focused on the Coal Conveying Monitoring and Remote Control Systems in Power Plants in which I studied the remote-control monitoring technology of coal-conveying system. My design adopted a linear 40 serial code as the remote-control instruction cod, chose the forward error correction mode fit for single-direction channel transmission as the remote control manner, used frequency modulation as the mode of modulation, and applied a remodeled industrial remote control device and monitoring system. Experiments proved that the new system had realized a low code error rate (less than 10-4), which was up to the standard of the system design index. The thesis was rated Class A (only two students were entitled to this special honor) and was highly commended by the panel for its practical value.
Apart from my concentration on my specialized courses, I minored in courses in computer application and augmented my knowledge horizon my developing a good command of database and principles of office automation. Worth mentioning is my equally distinguished hands-on abilities. Equipped with professional knowledge and broad application skills, I always excelled in my labwork. My extracurricular activities included playing the violin as the chief violinist of our university's orchestra and painting pictorial works for contests launched by the university's journals and magazines. Thus my strong engineering background is enriched by my artistic sensibilities.
Upon graduation cum laude from, I found employment with BOCO Inter-Telecom after fierce competition. BOCO-Intercom is a leading telecommunication company in China, which is recognized by the State Commission of Science and Technology as China's key high-tech company. Over the past five years, I have developed ample knowledge and expertise in sophisticated telecommunication technology. With outstanding professional performance, I have now become a key figure in the central business department of the company-the Network Technology Division-where I am responsible for the research and the development of mobile network management. As such, I am responsible for providing my clients with sound solutions including the design of the plan, software development, systems integration and maintenance service.
In 1998, I participated in the network management project of the local GSM network of Helongjian Provincial Mobile Telecommunication Bureau, the first major project of its kind in China. In this project I was responsible for collecting data for the mobile network management, working out the interfacial problems with the OMC, MSC, BCC, IN, GPRS, IP equipment by different manufacturers. Q3 and CORBA interface technology, together with many other modes, was employed to adapt to the prevailing interface models, thereby realizing the connection between the existing network management systems with different categories of GSM network equipment. In order to minimize the interface upgrading, I suggested that flexible designs be adopted for the software design to isolate the interface variations between the client's equipment and the standard version into the collection logic outside of the program. In this way, the entire network system was made simple and easy to maintain.
Our Mobile Network Management System is based on TMN's design, giving consideration to its adaptability and reliability, adapting the INTMS development of mobile service. It takes the mobile network element as its main principle, covering intelligent network, GPRS, IP; stresses on the integrated management of mobile network, adjusts the whole network to realize optimization while taking into consideration the following functions-central operation, intelligent trouble shooting, network optimizing planning so as to realize change from manual operation to unmanned operation and change from afterward repair to preventive maintenance. On account of my professional performance, I was appointed as the technical executive of network property management in the subsequent China Unicom Network Management Experimental Project. My responsibility was to collect and analyze the network equipment data and provide sufficient and comprehensive information to network administrators for the formulation of appropriate operation strategies. This project, for which we were awarded the second prize of State Scientific and Technological Progress, significantly enhance my abilities in database management and stratification network management system structure.
While accumulating abundant experience and broadening my professional horizon, I have also come to realize that, with the explosion of information technology, my existing knowledge would soon be rendered obsolescent if not updated. It is obvious that more advanced trainings, both theoretical and empirical, are necessary for me to derive a more profound understanding of my profession and to be better equipped for problem solving. Under such circumstances, I plan to apply for admission into the University of x x x to embark on a advanced program in electronic engineering. The Department of Electronic Engineering of the University of x x x lays special emphasis on the problem-oriented application of knowledge, possesses a brilliant faculty and offers many fascinating research projects that enjoy tremendous prospects. I firmly believe that I have acquired most, if not all, requisite qualifications for undertaking the program-my solid professional expertise, rich practical experience, and an indefatigable spirit for undertaking relentless research. With the constructive instructions by seasoned professors of your university, I will be able to achieve remarkable breakthroughs in my future career.
As a child, I have already cherished a strong curiosity for the novelties in the world around me, a curiosity that evolved into a yearning for formal knowledge. In my middle and high schools, my distinguished aptitudes in mathematics and physics always enabled me to proceed ahead of my teachers' schedule and to pursue the more abundant and more interesting knowledge on a more advanced level. This good habit put me in a position far superior to my peers, until I succeeded in being enrolled in the Department of Electronic Engineering of Helongjian University, most prestigious university in northern China. In that environment with a strong academic atmosphere and a galaxy of scientists and scholars, I immersed myself like a thirsty pilgrim in the assimilation of new knowledge.
The optical-electronics technology in which I specialized is one of the most difficult specialties in the entire university. My solid groundwork in higher mathematics and theoretical physics once again created necessary conditions for my achievement of excellent academic results. For four consecutive years, no matter how cold the weather was, I persisted in getting up at six o'clock in the morning and going to bed at 12 in the night. I spent most of my time in my classroom, the library, and the laboratory, indulging myself in the study of my favorite courses. The heavy coursework was my greatest stimulation and the otherwise wearisome theories seemed replete with charms for me. With my perseverance for the most difficult courses, my strong interest, my effective learning strategies and efficacious analytical approaches, I could almost invariably obtain the highest scores even in the most difficult examinations. My GPA, which was 3.75, ranked 3rd among a total of 150 students of my grade and the 1st in my class and for four consecutive years I was awarded first-class scholarships. As far as I am concerned, learning is more a wonderful adventure than a kind of drudgery that others might conceive. As long as the explorer is endowed with wisdom, courage and endurance, he or she is bound to savor the joy of discovering the treasure house of knowledge.
Averse to being a mere bookworm, I regard the application of my theoretical knowledge to actual problem solving as the secret to success. My graduation project focused on the Coal Conveying Monitoring and Remote Control Systems in Power Plants in which I studied the remote-control monitoring technology of coal-conveying system. My design adopted a linear 40 serial code as the remote-control instruction cod, chose the forward error correction mode fit for single-direction channel transmission as the remote control manner, used frequency modulation as the mode of modulation, and applied a remodeled industrial remote control device and monitoring system. Experiments proved that the new system had realized a low code error rate (less than 10-4), which was up to the standard of the system design index. The thesis was rated Class A (only two students were entitled to this special honor) and was highly commended by the panel for its practical value.
Apart from my concentration on my specialized courses, I minored in courses in computer application and augmented my knowledge horizon my developing a good command of database and principles of office automation. Worth mentioning is my equally distinguished hands-on abilities. Equipped with professional knowledge and broad application skills, I always excelled in my labwork. My extracurricular activities included playing the violin as the chief violinist of our university's orchestra and painting pictorial works for contests launched by the university's journals and magazines. Thus my strong engineering background is enriched by my artistic sensibilities.
Upon graduation cum laude from, I found employment with BOCO Inter-Telecom after fierce competition. BOCO-Intercom is a leading telecommunication company in China, which is recognized by the State Commission of Science and Technology as China's key high-tech company. Over the past five years, I have developed ample knowledge and expertise in sophisticated telecommunication technology. With outstanding professional performance, I have now become a key figure in the central business department of the company-the Network Technology Division-where I am responsible for the research and the development of mobile network management. As such, I am responsible for providing my clients with sound solutions including the design of the plan, software development, systems integration and maintenance service.
In 1998, I participated in the network management project of the local GSM network of Helongjian Provincial Mobile Telecommunication Bureau, the first major project of its kind in China. In this project I was responsible for collecting data for the mobile network management, working out the interfacial problems with the OMC, MSC, BCC, IN, GPRS, IP equipment by different manufacturers. Q3 and CORBA interface technology, together with many other modes, was employed to adapt to the prevailing interface models, thereby realizing the connection between the existing network management systems with different categories of GSM network equipment. In order to minimize the interface upgrading, I suggested that flexible designs be adopted for the software design to isolate the interface variations between the client's equipment and the standard version into the collection logic outside of the program. In this way, the entire network system was made simple and easy to maintain.
Our Mobile Network Management System is based on TMN's design, giving consideration to its adaptability and reliability, adapting the INTMS development of mobile service. It takes the mobile network element as its main principle, covering intelligent network, GPRS, IP; stresses on the integrated management of mobile network, adjusts the whole network to realize optimization while taking into consideration the following functions-central operation, intelligent trouble shooting, network optimizing planning so as to realize change from manual operation to unmanned operation and change from afterward repair to preventive maintenance. On account of my professional performance, I was appointed as the technical executive of network property management in the subsequent China Unicom Network Management Experimental Project. My responsibility was to collect and analyze the network equipment data and provide sufficient and comprehensive information to network administrators for the formulation of appropriate operation strategies. This project, for which we were awarded the second prize of State Scientific and Technological Progress, significantly enhance my abilities in database management and stratification network management system structure.
While accumulating abundant experience and broadening my professional horizon, I have also come to realize that, with the explosion of information technology, my existing knowledge would soon be rendered obsolescent if not updated. It is obvious that more advanced trainings, both theoretical and empirical, are necessary for me to derive a more profound understanding of my profession and to be better equipped for problem solving. Under such circumstances, I plan to apply for admission into the University of x x x to embark on a advanced program in electronic engineering. The Department of Electronic Engineering of the University of x x x lays special emphasis on the problem-oriented application of knowledge, possesses a brilliant faculty and offers many fascinating research projects that enjoy tremendous prospects. I firmly believe that I have acquired most, if not all, requisite qualifications for undertaking the program-my solid professional expertise, rich practical experience, and an indefatigable spirit for undertaking relentless research. With the constructive instructions by seasoned professors of your university, I will be able to achieve remarkable breakthroughs in my future career.
此文书内容来源于网络，若侵犯权益，请及时联系我们！
若需要更多的文书范文也请联系我们！
-
VIP咨询
免费申请/获取文书范文加上方微信
-
微信公众号
更多免费申请信息请关注上方公众号
版权声明 本文仅代表作者观点，不代表本站立场。
本文系作者授权本站发表，未经许可，不得转载。
本文系作者授权本站发表，未经许可，不得转载。
扩展阅读：
推荐文章
Recommend article
热门文章
HOT NEWS
