麻省理工大学计算机科学与技术硕士研究生申请信
Massachusetts Institute of Technology Master's Application Letter in Computer Science and Technology

尊敬的麻省理工大学招生委员会：您好！我叫赵嘉晨，是一名来自太原工业学院计算机科学与技术专业的大四学生。怀着对知识的渴望和对卓越的追求，我郑重地向贵校提交这份申请，希望能有机会成为麻省理工大学计算机科学与技术专业硕士研究生中的一员。从小到大麻省理工大学一直是我心目中的学术殿堂，它在计算机科学领域的卓越成就举世闻名。贵校拥有世界顶尖的师资力量，在浏览教学网站的时候经常能够看到他们的身影，比如说像算法导论的作者既编著了影响深远的《算法导论》，也在视频当中以深入浅出的方式向我们展示了算法生动有趣的一面，使得算法的学习不再晦涩难懂。以及另一个数学教授讲解的线性代数视频被称为线代天花板，他从另外的一个维度让我领略到了线性代数的美。他们不仅在学术研究上有着深厚的造诣，而且在培养学生的创新能力和实践能力方面有着丰富的经验。在这里，我们可以学到任何我们想要学习的东西，使得各个学科之间不再有明显的界限，最大限度的实现跨学科学习，达到跨学科交流的效果，并且为了某些领域的深入研究，贵校提供了大量的先进前沿的设备，投入了大量的资金。这些先进的研究设备和开放包容的学术氛围，为每一位学生提供了无限的发展可能。我坚信，在麻省理工大学这样良好的环境和浓厚的学习氛围中学习，将能够极大地拓展我的视野，激发我的潜力，使我在计算机科学领域更上一层楼。
Dear Admissions Committee of the Massachusetts Institute of Technology: Hello! My name is Zhao Jiamorning, and I am a senior majoring in Computer Science and Technology at Taiyuan Institute of Technology. Filled with a thirst for knowledge and a pursuit of excellence, I solemnly submit this application to your esteemed institution, hoping to have the opportunity to become a member of the Master's program in Computer Science and Technology at MIT. Since childhood, the Massachusetts Institute of Technology has been the academic temple in my heart, and its outstanding achievements in the field of computer science are world-renowned. Your university boasts world-class faculty, and while browsing the teaching website, I often see their profiles. For example, the author of "Introduction to Algorithms" not only compiled the influential book "Introduction to Algorithms" but also demonstrated the vivid and interesting aspects of algorithms in videos, making the study of algorithms no longer difficult to understand. And another mathematics professor's linear algebra video is called the "ceiling of linear algebra," which allowed me to appreciate the beauty of linear algebra from another perspective. They not only have profound expertise in academic research but also have extensive experience in cultivating students' innovative and practical abilities. Here, we can learn anything we want, breaking down the clear boundaries between disciplines and achieving the effect of interdisciplinary learning and communication. Moreover, for in-depth research in certain fields, your university provides a large number of advanced and cutting-edge equipment and invests a significant amount of funds. These advanced research facilities and an open and inclusive academic atmosphere provide every student with unlimited possibilities for development. I firmly believe that studying in such a favorable environment and with such a strong learning atmosphere at MIT will greatly broaden my horizons, unleash my potential, and enable me to reach new heights in the field of computer science.

在本科阶段，我始终保持着对学习的高度热情。在过去的三年多时间里，我的综合成绩在本专业中名列前茅，平均绩点达到了4.3。我在专业课程上表现优异，例如，《数据结构》这门课程我取得了95分，通过理论与实践相结合的学习模式，我熟练掌握了各种数据结构的特点和应用场景，能够灵活的运用它们解决各种复杂的算法问题，比如说：利用克鲁斯卡尔算法或者普里姆算法解决最小生成树的问题以及使用迪杰斯特拉或者弗洛伊德算法解决最短路径问题等。在《操作系统》课程中，我深入学习了操作系统的底层原理和各种机制，获得了96分，并以此为基础，对操作系统的优化和开发有了浓厚的兴趣。在此基础上，掌握了Linux操作系统的常用命令，了解了操作系统内核是如何设计实现的，对操作系统的理解与认识不再停留在最初理论阶段浅显的认识。在《计算机网络》课程中，我也取得了93分，对TCP/IP协议、路由选择协议，路由选择算法等知识有了扎实的掌握，为后续的网络相关项目和研究打下了坚实的基础。现在毕竟是互联网的时代，因此我认为学好计算机网络这门课并能够做到理论与实践相结合是很有必要的。
During my undergraduate studies, I have always maintained a high level of enthusiasm for learning. Over the past three and a half years, my overall academic performance has ranked among the top in my major, with an average GPA of 4.3. I have excelled in my major courses, such as in the "Data Structures" course, where I achieved a score of 95. Through a combination of theoretical and practical learning methods, I have mastered the characteristics and application scenarios of various data structures, and can flexibly apply them to solve complex algorithmic problems, such as using Kruskal's algorithm or Prim's algorithm to solve the minimum spanning tree problem, or using Dijkstra's or Floyd's algorithm to solve the shortest path problem, etc. In the "Operating Systems" course, I have deeply studied the underlying principles and various mechanisms of operating systems, achieving a score of 96, and based on this, I have developed a strong interest in the optimization and development of operating systems. On this foundation, I have mastered the common commands of the Linux operating system, understood how the operating system kernel is designed and implemented, and my understanding and recognition of operating systems no longer remain at the superficial theoretical level. In the "Computer Networks" course, I also achieved a score of 93, and have a solid grasp of knowledge such as the TCP/IP protocol, routing protocols, and routing algorithms, which has laid a solid foundation for subsequent network-related projects and research. After all, it is the era of the Internet, and I believe that mastering the "Computer Networks" course and being able to combine theory with practice is very necessary.

获奖经历在2021年第二学年，我获得了学校颁发的 “三好学生”。这一奖项是对我在整个学年中学习成绩优异、综合素质突出的肯定。我在学习专业课程的同时，积极主动参加学校组织的各种学术活动和社团活动并在其中担任一定的职务，展现了良好的团队协作能力和领导能力。在2022年第一学年，我参加了全国计算机编程大赛，并获得了二等奖。在这次比赛中，我和我的团队成员共同面对各种复杂的编程问题，通过合理的分工和紧密的合作，我们设计出了高效、稳定的算法来解决给定的问题。这次竞赛不仅考验了我的编程能力，更培养了我的抗压能力和在高压环境下解决问题的能力。竞赛经历除了上述编程大赛，我还积极参与了多项与计算机相关的竞赛。在ACM算法设计竞赛中，我们团队需要在有限的时间内针对不同类型的算法问题设计出最优解决方案，也就是要找出最优解。我在团队中主要负责核心算法的设计和部分代码的实现。通过对各种算法的深入研究和不断尝试，我们最终在比赛中取得了优异的成绩。这次竞赛让我对算法设计有了更深入的理解，也让我学会了如何在竞争激烈的环境中发挥自己的优势与此同时还让我认识到了学好算法的重要性，一个好的算法，可以提高整个程序的运行效率，降低消耗的内存空间。在全国大学生创新创业大赛中，该竞赛涉及到计算机视觉和机器学习领域。我们需要利用所学知识构建一个能够准确识别和分类图像的系统。我参与了整个项目的开发过程，从数据收集和预处理，到模型选择和训练，再到最后的性能优化。通过这次竞赛，我对计算机视觉和机器学习技术有了更深入的掌握，同时也锻炼了自己将理论知识应用于实际项目的能力。
In the second semester of 2021, I was awarded the "Three Good Students" title by the school. This award is a recognition of my excellent academic performance and outstanding overall quality throughout the year. While studying professional courses, I actively participated in various academic and club activities organized by the school and held certain positions, demonstrating good teamwork and leadership abilities. In the first semester of 2022, I participated in the National Computer Programming Competition and won the second prize. In this competition, my team and I faced various complex programming problems, designed efficient and stable algorithms to solve the given problems through reasonable division of labor and close cooperation. This competition not only tested my programming skills but also cultivated my ability to withstand pressure and solve problems under high-pressure environments. In addition to the programming competition mentioned above, I also actively participated in many computer-related competitions. In the ACM Algorithm Design Competition, our team had to design the optimal solution for different types of algorithm problems within a limited time, which is to find the optimal solution. In the team, I was responsible for the design of the core algorithm and part of the code implementation. Through in-depth research of various algorithms and continuous attempts, we ultimately achieved excellent results in the competition. This competition gave me a deeper understanding of algorithm design, taught me how to play to my strengths in a competitive environment, and also made me realize the importance of learning algorithms. A good algorithm can improve the running efficiency of the entire program and reduce the memory space consumed. In the National College Students' Innovation and Entrepreneurship Competition, the competition involved the fields of computer vision and machine learning. We needed to use the knowledge we had learned to build a system that could accurately identify and classify images. I participated in the entire development process of the project, from data collection and preprocessing, to model selection and training, and finally to performance optimization. Through this competition, I gained a deeper understanding of computer vision and machine learning technology and also exercised my ability to apply theoretical knowledge to practical projects.

项目实战经历在银行管理系统中，我作为核心成员参与了一个企业级项目的开发。该项目旨在为一家大型银行构建一个高效的客户关系管理系统（CRM）。在项目中，我主要负责后端数据库的设计和部分业务逻辑的实现。我运用了 MySQL 数据库技术，通过合理的数据库设计和优化查询语句，确保了系统能够高效地存储和检索大量的客户数据，在这个过程中我意识到了数据库的优化是多么的重要与不可或缺。同时，我还利用 Python 的 Django 框架实现了部分业务逻辑，使得系统具有良好的可扩展性和稳定性。通过这个项目，我不仅熟悉了企业级项目的开发流程，还提高了自己在数据库设计，后端开发以及分析业务逻辑方面的能力。社交芸APP是一个关于移动应用开发的项目。我们的目标是开发一款具有创新性的社交类移动应用。我在这个项目中负责前端界面的设计和与后端服务器的交互部分。我使用了 React Native 框架进行跨平台开发，通过对用户体验的深入研究和不断优化界面设计，我们的应用获得了用户的高度评价。在与后端服务器交互方面，我利用 RESTful API 实现了数据的传输和交互，保证了应用的功能完整性。这个项目让我在移动应用开发领域积累了丰富的经验，也让我对跨平台开发技术有了更深入的理解。
In practical experience in a banking management system, I participated as a core member in the development of an enterprise-level project. The project aimed to build an efficient Customer Relationship Management (CRM) system for a large bank. In this project, I was primarily responsible for the design of the backend database and the implementation of some business logic. I utilized MySQL database technology, ensuring the system's efficient storage and retrieval of a large amount of customer data through reasonable database design and optimized query statements. During this process, I realized the importance and necessity of database optimization. At the same time, I used the Python Django framework to implement some business logic, making the system highly scalable and stable. Through this project, I not only became familiar with the development process of enterprise-level projects but also improved my abilities in database design, backend development, and analyzing business logic. The Social 芸 APP is a project about mobile application development. Our goal was to develop an innovative social mobile application. In this project, I was responsible for the design of the frontend interface and the interaction with the backend server. I used the React Native framework for cross-platform development, and through in-depth research of user experience and continuous optimization of interface design, our application received high praise from users. In terms of interaction with the backend server, I used RESTful API to achieve data transmission and interaction, ensuring the integrity of the application's functions. This project allowed me to accumulate rich experience in mobile application development and gain a deeper understanding of cross-platform development technology.

擅长的技术：算法设计与分析：我深入研究了各种经典算法，如排序算法（快速排序、归并排序等）、搜索算法（二分搜索、深度优先搜索、广度优先搜索等）、图算法（最短路径算法、最小生成树算法等），并能够根据具体问题设计出高效的算法。同时，我也掌握了一些现代算法优化技术，如动态规划、贪心算法等，并能够将其应用于实际问题的解决中。数据挖掘与机器学习：我熟悉常用的数据挖掘算法和机器学习模型，包括决策树、支持向量机、神经网络等。我能够使用 Python 的相关库（如 Scikit - learn、TensorFlow、PyTorch 等）进行数据预处理、模型训练和评估。并且，我了解模型选择和调优的方法，能够根据具体的数据特点和业务需求选择合适的模型并优化其性能。计算机视觉：在计算机视觉领域，我掌握了图像预处理（如灰度化、滤波、边缘检测等）、特征提取（如 SIFT、SURF、HOG 等）和目标检测（如 Haar 特征 + Adaboost、YOLO、SSD 等）等技术。
Expertise in Technology: Algorithm Design and Analysis: I have deeply studied various classical algorithms, such as sorting algorithms (quick sort, merge sort, etc.), search algorithms (binary search, depth-first search, breadth-first search, etc.), and graph algorithms (shortest path algorithms, minimum spanning tree algorithms, etc.). I am capable of designing efficient algorithms based on specific problems. Additionally, I am proficient in some modern algorithm optimization techniques, such as dynamic programming and greedy algorithms, and can apply them to solve practical problems. Data Mining and Machine Learning: I am familiar with common data mining algorithms and machine learning models, including decision trees, support vector machines, and neural networks. I can use Python-related libraries (such as Scikit-learn, TensorFlow, PyTorch, etc.) for data preprocessing, model training, and evaluation. Moreover, I understand the methods of model selection and optimization, and can choose appropriate models based on specific data characteristics and business needs, as well as optimize their performance. Computer Vision: In the field of computer vision, I have mastered image preprocessing techniques (such as grayscale conversion, filtering, edge detection, etc.), feature extraction techniques (such as SIFT, SURF, HOG, etc.), and target detection techniques (such as Haar features + Adaboost, YOLO, SSD, etc.).

我可以使用 OpenCV 库实现各种计算机视觉应用，如人脸识别、图像分类等。数据库管理与设计：我精通关系型数据库（如 MySQL、Oracle 等）的设计和管理，包括数据库模式设计、索引优化、存储过程编写等。同时，我也对非关系型数据库（如 MongoDB、Redis 等）有一定的了解，能够根据项目需求选择合适的数据库类型，并进行有效的数据存储和查询优化。精通的编程语言：Python：Python 是我最精通的编程语言之一。我熟练掌握了 Python 的语法、数据结构和面向对象编程的概念。我可以使用 Python 进行各种类型的项目开发，从简单的脚本编写到复杂的机器学习和数据挖掘项目。我熟悉 Python 的各种库，如 Numpy、Pandas 用于数据处理，Scikit - learn、TensorFlow、PyTorch 用于机器学习和深度学习，Django、Flask 用于 Web 开发等。Java：Java 也是我熟练掌握的语言之一。我对 Java 的核心特性，如面向对象编程、多线程、异常处理等有深入的理解。
I can implement various computer vision applications using the OpenCV library, such as facial recognition and image classification. I am proficient in the design and management of relational databases (such as MySQL, Oracle, etc.), including database schema design, index optimization, and stored procedure writing. At the same time, I also have a certain understanding of NoSQL databases (such as MongoDB, Redis, etc.), and can choose the appropriate database type according to project requirements, and effectively optimize data storage and query. Proficient programming languages: Python: Python is one of the programming languages I am most proficient in. I am skilled in Python syntax, data structures, and object-oriented programming concepts. I can use Python for various types of project development, from simple script writing to complex machine learning and data mining projects. I am familiar with various Python libraries, such as Numpy and Pandas for data processing, Scikit-learn, TensorFlow, and PyTorch for machine learning and deep learning, and Django and Flask for web development. Java: Java is also one of the languages I am proficient in. I have a deep understanding of Java's core features, such as object-oriented programming, multithreading, and exception handling.

我可以使用 Java 开发企业级应用程序，并且熟悉 Java 开发中的各种设计模式。我有使用 Java 开发 Android 移动应用的经验，对 Android 开发框架和相关的 API 有一定的了解。C / C++：我掌握了 C 和 C++ 语言的基本语法和高级特性，如指针、内存管理、模板等。我可以使用 C / C++ 进行系统级编程和性能敏感的应用程序开发。在一些算法竞赛和对性能要求较高的项目中，我经常使用 C / C++ 来实现核心算法，以获得更高的执行效率。能够熟练使用的框架Web 开发框架：在 Web 开发方面，我熟练使用 Django 和 Flask 框架（Python）。Django 具有强大的内置功能，如数据库管理、用户认证、表单处理等，能够帮助我快速搭建一个功能齐全的 Web 应用。Flask 则更加轻量级和灵活，适合于开发小型的、定制化程度较高的 Web 应用。我可以根据项目的具体需求选择合适的框架，并利用它们进行高效的 Web 开发。机器学习框架：对于机器学习和深度学习项目，我熟练使用 TensorFlow 和 PyTorch。TensorFlow 是一个广泛使用的开源机器学习框架，具有高度的可扩展性和强大的可视化工具。PyTorch 则以其简洁易用的 API 和动态计算图的特性受到开发者的喜爱。我可以使用这些框架构建各种类型的机器学习模型，从简单的线性回归模型到复杂的卷积神经网络和循环神经网络模型，并进行模型训练、评估和部署。移动应用开发框架：在移动应用开发领域，我熟练使用 React Native 框架。React Native 允许我使用 JavaScript 和 React 的语法来开发跨平台的移动应用，大大提高了开发效率。
I am proficient in developing enterprise-level applications using Java and am familiar with various design patterns in Java development. I have experience in developing Android mobile applications using Java, and I have a certain understanding of Android development frameworks and related APIs. In terms of C/C++, I have mastered the basic syntax and advanced features of both languages, such as pointers, memory management, and templates. I can use C/C++ for system-level programming and performance-sensitive application development. In some algorithm competitions and projects with high performance requirements, I often use C/C++ to implement core algorithms to achieve higher execution efficiency. I am proficient in using web development frameworks: In web development, I am skilled in using the Django and Flask frameworks (Python). Django has powerful built-in features such as database management, user authentication, and form processing, which can help me quickly build a fully functional web application. Flask is more lightweight and flexible, suitable for developing small, highly customized web applications. I can choose the appropriate framework based on the specific needs of the project and use them for efficient web development. Machine learning frameworks: For machine learning and deep learning projects, I am proficient in using TensorFlow and PyTorch. TensorFlow is a widely used open-source machine learning framework with high scalability and powerful visualization tools. PyTorch is favored by developers for its concise and easy-to-use API and the feature of dynamic computation graphs. I can use these frameworks to build various types of machine learning models, from simple linear regression models to complex convolutional neural networks and recurrent neural network models, and perform model training, evaluation, and deployment. Mobile application development frameworks: In the field of mobile application development, I am proficient in using the React Native framework. React Native allows me to develop cross-platform mobile applications using JavaScript and React syntax, greatly improving development efficiency.

我可以利用其丰富的组件库和强大的社区支持，开发出具有良好用户体验的移动应用，同时减少了为不同平台（如 iOS 和 Android）分别开发应用的成本。硕士阶段规划与目标如果有幸能够被麻省理工大学录取，我对硕士阶段有着清晰的规划和明确的目标。硕士一年级在学业上，我将系统地学习麻省理工大学计算机科学与技术专业硕士课程中的核心课程，如高级算法分析、计算机体系结构高级专题、人工智能前沿研究等。我会积极参与课堂讨论，与教授和同学们分享自己的见解和想法，拓宽自己的学术视野。同时，我计划加入相关的研究小组，参与一些基础性的研究项目，初步了解和掌握本专业前沿研究方向的研究方法和技术手段。在个人能力提升方面，我会努力提高自己的英语水平，尤其是专业英语的读写和听说能力，以便更好地适应全英文的教学和研究环境。
I can leverage its rich component library and strong community support to develop mobile applications with a good user experience, while also reducing the cost of developing applications for different platforms (such as iOS and Android) separately. If I am fortunate enough to be admitted to the Massachusetts Institute of Technology, I have a clear plan and clear goals for my master's degree. In the first year of my master's program, academically, I will systematically study the core courses of the Master of Science in Computer Science and Technology at the Massachusetts Institute of Technology, such as advanced algorithm analysis, advanced topics in computer architecture, and cutting-edge research in artificial intelligence. I will actively participate in class discussions, share my insights and ideas with professors and classmates, and broaden my academic horizons. At the same time, I plan to join relevant research groups, participate in some fundamental research projects, and initially understand and master the research methods and technical means of the cutting-edge research directions in this major. In terms of personal ability enhancement, I will strive to improve my English level, especially the reading, writing, and speaking skills of professional English, in order to better adapt to the full-English teaching and research environment.

我还会学习和掌握一些新的工具和技术，如新兴的编程语言或开发框架，为后续的项目和研究做好准备。硕士二年级这个阶段我将更加专注于深入的学术研究和项目实践。我希望能够选择一位在计算机科学领域有杰出成就的导师，并在其指导下开展我的硕士论文相关的研究工作。我计划参与导师的科研项目，针对某一具体的研究问题进行深入探索，如在机器学习领域研究如何提高模型在小样本数据下的泛化能力，或者在计算机体系结构方面探索新型的计算架构以提高能源效率。我会积极阅读相关领域的前沿文献，参加国际学术会议，与世界各地的学者交流研究成果，不断完善自己的研究思路和方法。在项目实践方面，我会争取参与一些校企合作的项目，将所学的理论知识应用于实际问题的解决中。通过与企业的合作，我希望能够了解工业界对计算机技术的最新需求和应用场景，为我的研究提供更多的现实依据和实践经验。硕士三年级在这一年，我将全力以赴完成我的硕士毕业论文。我的论文将围绕我在硕士阶段的研究成果展开，力求在计算机科学的某一细分领域提出创新性的观点和解决方案。我会对研究成果进行全面的总结和分析，通过实验验证和对比分析，展示我的研究工作的有效性和价值。同时，我也会积极准备论文的答辩，确保能够清晰、准确地向评审委员会阐述我的研究内容和贡献。职业规划毕业后，我希望能够进入计算机科学领域的前沿研究机构或顶尖科技企业工作。
I will continue to learn and master new tools and technologies, such as emerging programming languages or development frameworks, to prepare for future projects and research. In my second year of graduate studies, I will focus more on in-depth academic research and project practice. I hope to choose a mentor with outstanding achievements in the field of computer science and conduct research related to my master's thesis under their guidance. I plan to participate in my mentor's research projects, delve deeply into specific research issues, such as studying how to improve the generalization ability of models under small sample data in the field of machine learning, or exploring new computing architectures to improve energy efficiency in the field of computer architecture. I will actively read cutting-edge literature in the field, attend international academic conferences, and communicate research findings with scholars around the world to continuously improve my research ideas and methods. In terms of project practice, I will strive to participate in some cooperative projects between universities and enterprises, applying the theoretical knowledge I have learned to solve practical problems. Through cooperation with enterprises, I hope to understand the latest needs and application scenarios of computer technology in the industry, providing more realistic basis and practical experience for my research. In my third year of graduate studies, I will focus all my efforts on completing my master's thesis. My thesis will focus on the research achievements of my master's degree, aiming to propose innovative viewpoints and solutions in a specific subfield of computer science. I will comprehensively summarize and analyze my research findings, demonstrating the effectiveness and value of my research work through experimental verification and comparative analysis. At the same time, I will also actively prepare for the thesis defense, ensuring that I can clearly and accurately explain my research content and contributions to the evaluation committee. After graduation, I hope to work in the cutting-edge research institutions or top technology companies in the field of computer science.

短期目标（1 - 3 年）在研究机构中，我希望能够作为一名初级研究员，继续深入开展在硕士阶段所涉及的研究领域的工作。我将参与更多的科研项目，与团队成员共同探索和解决计算机科学领域的难题，争取在国际知名学术期刊和会议上发表更多的研究成果，提升自己在学术界的知名度和影响力。如果进入企业，我希望能够加入研发部门，参与公司的核心产品研发。我将利用自己在硕士阶段所学的知识和技能，为产品的技术创新和性能优化贡献力量。我会积极学习公司的技术栈和业务流程，与同事们密切合作，完成从需求分析、设计到开发和测试的整个产品研发周期。
In the short term (1-3 years), within a research institution, I aspire to continue delving into the research field I engaged with during my master's degree as a junior researcher. I aim to participate in more scientific research projects, collaborate with team members to explore and solve difficult problems in the field of computer science, and strive to publish more research achievements in internationally renowned academic journals and conferences, enhancing my reputation and influence in the academic community. If I enter an enterprise, I hope to join the R&D department to participate in the development of the company's core products. I will contribute to the technological innovation and performance optimization of the products by utilizing the knowledge and skills I acquired during my master's degree. I will actively learn the company's technology stack and business processes, closely cooperate with colleagues, and complete the entire product development cycle from requirement analysis, design, development to testing.

中期目标（3 - 5 年）在研究机构中，我希望能够晋升为中级研究员，领导一个小型的研究团队开展研究工作。我将负责制定研究计划和方向，指导团队成员进行实验和数据分析，争取获得一些具有重大影响力的科研成果，为推动计算机科学领域的发展做出更大的贡献。在企业中，我希望能够成为技术骨干，负责领导和参与一些重要的技术项目。我将关注行业的发展趋势和技术创新方向，将新的技术引入公司的产品研发中，提升公司产品的竞争力。同时，我也会积极参与公司的技术培训和知识分享活动，帮助新员工成长，为公司打造一个良好的技术氛围。长期目标（5 年以上）无论是在研究机构还是企业，我都希望能够成为计算机科学领域的专家和领导者。我希望能够在国际上具有广泛的影响力，通过自己的研究成果和技术创新推动整个行业的发展。我会积极参与国际合作项目，与全球顶尖的科学家和工程师共同解决全球性的计算机科学问题，如人工智能的伦理问题、计算机技术对社会和环境的影响等。为目标而奋斗的计划为了实现我的硕士阶段规划和职业规划目标，我将采取以下具体的行动：学习方面在麻省理工大学的学习过程中，我会保持高度的自律和勤奋。我会制定详细的学习计划，合理安排时间，确保能够充分掌握所学的课程知识。对于每一门课程，我都会认真预习、积极参与课堂学习和课后复习，并完成老师布置的作业和项目。
""" Mid-term Goals (3-5 years): Within research institutions, I aspire to be promoted to a senior researcher and lead a small research team to carry out research work. I will be responsible for formulating research plans and directions, guiding team members in experiments and data analysis, striving to achieve some significant research outcomes with a major impact, and making greater contributions to the development of the field of computer science. In the corporate sector, I hope to become a technical backbone, responsible for leading and participating in some important technical projects. I will focus on industry trends and technological innovation directions, introducing new technologies into the company's product development to enhance the competitiveness of the company's products. At the same time, I will actively participate in the company's technical training and knowledge sharing activities, helping new employees grow and creating a good technical atmosphere for the company. Long-term Goals (5 years and above): Whether in research institutions or the corporate sector, I hope to become an expert and leader in the field of computer science. I aspire to have a wide international influence and drive the development of the entire industry through my research outcomes and technological innovation. I will actively participate in international cooperative projects, working with top scientists and engineers around the world to solve global computer science issues, such as ethical issues in artificial intelligence and the impact of computer technology on society and the environment. Plans for Striving towards Goals: To achieve my master's degree and career planning goals, I will take the following specific actions: In the process of studying at MIT, I will maintain high self-discipline and diligence. I will develop a detailed study plan, arrange my time reasonably, and ensure that I can fully master the knowledge of the courses I am studying. For each course, I will carefully preview, actively participate in class learning, and review after class, as well as complete the assignments and projects assigned by the teacher. """

我会充分利用学校的图书馆、实验室等资源，阅读大量的专业书籍和学术文献，不断拓宽自己的知识面和学术视野。在课外，我会参加各种学术讲座、研讨会和培训课程，与不同领域的专家和学者交流学习。我也会积极参与在线学习平台上的相关课程，学习一些前沿的技术和方法，保持自己在技术领域的敏锐度。研究方面在参与研究项目时，我会保持严谨的科学态度。我会深入研究问题的背景和现状，制定详细的研究方案，并严格按照科学方法进行实验和数据分析。遇到困难和问题时，我会积极向导师和同学们请教，同时也会通过查阅文献、参加学术讨论等方式寻找解决方案。我会不断总结研究经验，改进研究方法，提高研究效率和质量。为了提升自己的研究能力，我会积极参加国际学术会议和学术竞赛。在会议上，我会展示自己的研究成果，与国际同行进行交流和互动，了解最新的研究动态和趋势。在竞赛中，我会锻炼自己解决实际问题的能力和创新能力，同时也可以与其他优秀的研究者进行切磋和学习。实践方面在参与项目实践和实习过程中，我会积极主动地承担工作任务，不怕吃苦，努力提升自己的实践能力。我会认真对待每一个项目细节，从实际需求出发，设计和实现高质量的解决方案。我会积极与项目团队成员沟通协作，学习他人的优点和经验，共同完成项目目标。
I will fully utilize the resources of the school's library, laboratories, and more, reading a large number of professional books and academic literature to continuously broaden my knowledge and academic perspective. Outside of class, I will participate in various academic lectures, seminars, and training courses, communicating and learning with experts and scholars from different fields. I will also actively participate in relevant courses on online learning platforms, learning some cutting-edge technologies and methods to maintain my sharpness in the technical field. In terms of research, when participating in research projects, I will maintain a rigorous scientific attitude. I will thoroughly investigate the background and current situation of the problem, formulate a detailed research plan, and strictly follow the scientific method for experiments and data analysis. When faced with difficulties and problems, I will actively seek advice from my supervisors and classmates, and also look for solutions by consulting literature, participating in academic discussions, and other means. I will continuously summarize research experience, improve research methods, and enhance research efficiency and quality. To improve my research capabilities, I will actively participate in international academic conferences and competitions. At the conferences, I will present my research findings, communicate and interact with international peers, and understand the latest research trends and developments. In competitions, I will exercise my ability to solve practical problems and innovation, and also have the opportunity to compete and learn from other outstanding researchers. In terms of practice, during the participation in project practice and internships, I will actively take on work tasks, not afraid of hardship, and strive to improve my practical abilities. I will treat every detail of the project seriously, design and implement high-quality solutions based on actual needs. I will actively communicate and collaborate with project team members, learn from others' strengths and experiences, and work together to achieve project goals.

在工作之余，我会积极参与开源项目和技术社区。通过参与开源项目，我可以与全球的开发者共同协作，学习和借鉴优秀的代码和设计模式，同时也可以将自己的技术贡献给开源社区。在技术社区中，我会与其他开发者分享自己的经验和见解，回答他人的问题，提升自己的影响力和技术水平。最后，我衷心地感谢招生委员会的各位老师能够在百忙之中抽出时间阅读我的申请信。我深知麻省理工大学的竞争非常激烈，但我相信我的能力、热情和对计算机科学的执着追求使我有资格成为贵校的一员。如果有机会，我非常希望能够获得一次面试的机会，在面试中我将更加详细地展示我的能力和潜力，以及我对计算机科学的热爱。如果这次因为某些原因我未能获得面试机会，我也不会气馁，我会继续努力提升自己，积极准备下一次的申请，期待有朝一日能够成为麻省理工大学这个优秀大家庭中的一员。再次感谢您！
In my spare time, I actively participate in open-source projects and technical communities. By engaging in open-source projects, I can collaborate with developers worldwide, learn from and draw inspiration from excellent code and design patterns, and also contribute my technical expertise to the open-source community. In the technical community, I share my experiences and insights with other developers, answer their questions, enhance my influence, and improve my technical skills. Lastly, I sincerely thank the members of the admissions committee for taking the time to read my application letter amidst their busy schedules. I am well aware that the competition at MIT is fierce, but I believe that my abilities, passion, and unwavering pursuit of computer science qualify me to become a member of your esteemed institution. If given the opportunity, I would very much hope to have an interview, where I can further demonstrate my abilities, potential, and my love for computer science. Should I not be granted an interview for some reason, I will not be discouraged; I will continue to strive to improve myself and actively prepare for my next application, looking forward to the day when I can become a member of the excellent MIT family. Thank you once again!

申请人：[赵嘉晨][2024-10-31]
Applicant: Zhao Jiamorning [2024-10-31]