二人同行,所有项目均享8.8折!名额有限,现在就扫码咨询我们吧~
二人同行,所有项目均享8.8折!名额有限,现在就扫码咨询我们吧~

从西北走向伯克利,我参加美国科研

本文作者L HF同学,品学兼优,来自西北师范大学附中国际班(甘肃省最好的中学),班级第一名。

L HF同学有更高的梦想,希望中学毕业后能够到美国最好的大学读书。为此,参与了美国名校科研,增加学术背景,开拓视野,获得真知。学生通过面试,参加美国一所著名大学的科研。科研期间表现优秀,顺利获得推荐信、科研证书、科研履历。

美国科研结束后,通过利用这段珍贵的科研履历,结合推荐信和托福、SAT成绩,如愿以偿顺利的被美国顶级名校加州大学伯克利分校录取(全美最优秀的公立大学,世界顶级名校)。

美国科研就是背景提升,目标就是提高本,硕,博录取质量。

美式科研是如何引导和激励学生,可以从学生这段科研描述中了解到。赴美参与大学科研,这样的科研经历将有助于中学生揭开大学生活的神秘面纱,从而使学生更好地理解如何提高自己,为大学学习做好准备。在一所世界顶尖的大学里,学术氛围是一种真正沉浸其中而无法描述的快乐。

作为科研申请老师,我们想告诉每位参与美国科研的孩子,获得推荐信、科研证书、科研报告、科研履历,其实仅仅是美国科研的基础性收获。更为重要的是,学生通过与顶尖学者、专家的交流,树立了长期的学术目标,让学术能力伴随着生命的成长而发展,让学术赞美生命!

本文是学生在美国大学科研学习结束后所写的感受,供学生及家长参考。

Week 1

During this week, I learned to use an important software that is prevalent in modeling which is one of the CADs people use to build models. Onshape is the CAD we chose to work on. It’s been challenging at first, but such a minor impediment could act as no threat to our hard work. Modeling is a skill valued in a diversity of fields of scientific society or, intelligentsia. It is a handy replacement for our old clumsy hand-drawn engineering drawing. With great success, we built a model of the green building here in American University, which is like a yardstick here on the ground signifying our progress of the project.

在本周,我学会了使用一种在建模中流行的重要软件,这是人们用来构建模型的CAD之一。Onshape是我们选择工作的CAD。一开始一直很有挑战性,但这样一个小小的障碍可能对我们的辛勤工作没有任何威胁。建模是一种在科学社会或知识分子的各个领域中受到重视的技能。它是我们旧的笨拙手绘工程图的一个方便的替代品。取得了巨大的成功,我们在美国大学建立了一个绿色建筑模型,这就像地面上的标尺,标志着我们项目的进展。

We covered here in the first week also the Prosthetic hand design, which had been a real journey of absorbing knowledge as well as approaching crafting technique that has been progressing ever since the very beginning of human culture as a whole. Having gone through this exciting and knowledgeable journey led by the Professor, I had a complete and utter outlook on engineering.

我们在第一周介绍了机械臂设计,这是一个吸收知识的真正旅程,也是一种从人类文化整体开始以来一直在进步的制作技术。经历了由教授带领的这一令人兴奋且知识渊博的旅程,我对工程学有了完整而全面的展望。

Also, our assignment was deserving of mentioning here: the construction of a car programmed with the software of Arduino. Our task was the assembly of the car in totality; although it may not appear as a massive undertaking, it, in actuality, is. Challenging as it may seem at surface, I braced myself to any challenge that awaits, and I hoped to assemble this car even with the absence of the assembly instruction. Looking forward to more fruition from this project.

此外,我们的任务值得在此提及:使用Arduino软件编程的汽车的构造。我们的任务是整车的装配; 虽然它可能看起来不是一项艰巨的任务,但实际上却是如此。尽管表面看起来具有挑战性,但我仍然坚持要等待任何挑战,我希望即使没有组装指令也要装配这辆车。期待从这个项目中获得更多成果。

Week 2

A hectic week. I finished the assembly of the car despite the hardship it entails. Having faced a lot of failures, I managed to assemble it. I exulted at the moment it moved as intended. I would say the whole assembly thing was like a trial-and-failure approach where one faces failures, the kind that renders all one’s effort moot; but it is also in the face of these failures, I learned experience. With struggle comes progress I would say. Also regarding the car, our task was not only to assemble it but to make it perform complicated tasks with recourse to programming; so it is like I got some new assignments.

忙碌的一周。尽管困难重重,我还是完成了汽车的装配。面对很多失败,我设法组装它。我按照预期的那一刻感到高兴。 我会说整个组装的事情就像一个试验失败的方法,其中一个人面临失败,这种方式使得所有人的努力都没有实际意义; 但它也面对这些失败,我学到了经验。随着斗争的进展我会说。同样关于汽车,我们的任务不仅是组装它,而是让它通过编程来执行复杂的任务; 所以就像我得到了一些新的任务。

What was also discussed in this week was the programming language of Python. I have learned Python by myself, so it had been more of a review session for me. We drew some comparison between the programming language of Python and other programming languages, C++ for example. It’s worth mentioning that Python appears to be most efficient from our perspectives as developers, but it is burdensome when the compiler executes the code. I also enjoyed the history of the development of the programming language, which I would like to think of as a milestone of humanity.

本周还讨论了Python的编程语言。我自己学习了Python,所以它对我来说更像是一个复习课程。我们在Python的编程语言和其他编程语言(例如C ++)之间进行了一些比较。值得一提的是,从我们作为开发人员的角度来看,Python看起来效率最高,但是当编译器执行代码时,它会很麻烦。我也很喜欢编程语言的发展历史,我想将其视为人类的一个里程碑。

Week 3

In this week, I got to know something about the control system and information about the control theory. Also, we took a look at the mechanical design to illustrate which our professor shew us the research design, which was a robot design aimed at mimicking human motion on the street so as to make it possible for automatic car companies to experiment with. Through his introduction, it was like we designed the robots hands-on, and we have become more clear about mechanical design.

在本周,我了解了控制系统和控制理论的相关信息。此外,我们还看了一下机械设计,以说明我们的教授向我们展示了他自己的实验设计,这是一个旨在模仿街道上人体运动的机器人设计,以使自动汽车公司能够进行实验。通过他的介绍,就像我们亲自设计机器人一样,我们对机械设计也变得更加清晰。

The construction work this week was the assembly of an automatic arm of which I was only offered pictures to emulate. It, of course, had been challenging for me but also simultaneously a teachable moment where I got hands-on experience in the assembly work. The automatic arm was of complex structure, so it was hard to make it even with the diagram, let alone without it. I almost couldn’t assemble it in time before our meeting. Also, this week we did the lining of the car we assembled in the previous weeks. Connecting lines sounds not so hard, but what if I tell you it was like a hundred lines to the line? I had never lined before, so I, after a long trial, asked for our professor’s help. It is with his help that I could finally get the lining thing done. It is as interesting as frustrating that the lines we lined were of fragile construction, so frail so that it could break due to minor bumps on the road when we took the subway. Anyway, the car assembly has come to an end, and I am looking forward to getting hands on the compiling thing, which is the gist of every thing.

本周的施工工作是一个自动扶手的组装,我只提供图片模仿。当然,这对我来说既具有挑战性,也同时也是一个受教育的时刻,在那里我获得了装配工作的实践经验。自动臂结构复杂,所以即使用图表也难以制作,更不用说没有了。在我们开会之前,我几乎无法及时组装。此外,本周我们对前几周组装的汽车进行了衬里。连接线听起来不是那么难,但是如果我告诉你它就像一百行那么?我以前从未排过,所以经过长时间的试验,我要求我们的教授帮忙。在他的帮助下,我终于可以完成衬里了。令人沮丧的是,我们排列的线条是脆弱的结构,如此脆弱,以至于当我们乘坐地铁时,由于路面上的轻微颠簸可能会破坏。无论如何,汽车组件已经结束,我期待着掌握编译的东西,这是每件事的要点。

Week 4

This is the last week of my project. I learned Arduino programming, which is the programming language of the car. With programming, we were able to instruct our cars do many kinds of stuff. And our goal, as the professor pointed out, is to navigate along some lines on a graph shown and to catch a 3D-printed model when arrived at the destination of the route. After revising the code for many times, I could finally be able to have the sensors on the car comport with the code written in the computer. I faced all kinds of setbacks besides the incoherence between the data sent by the sensor and the code, of which I would list a few. First of all, the coordination of the grey sensor was mighty troublesome at best. What grey sensor does is sense the rate at which the color present down to detect is numerical; therefore, coordinating this sensor can be especially hard. Also, the power of the car was insufficient for it to cross bumps and culverts on the map, which was more of an outliner issue than a technical one. But in the end, the problems were solved with efforts.

这是我项目的最后一周。我学习了Arduino编程,这是汽车的编程语言。通过编程,我们能够指导我们的汽车做很多种事情。正如教授指出的那样,我们的目标是在所显示的图表上沿着某些线导航,并在到达路线目的地时捕捉3D打印模型。在多次修改代码之后,我终于可以让汽车上的传感器与计算机中编写的代码一致。除了传感器发送的数据与代码之间的不一致之外,我还遇到了各种各样的挫折,我将列举一些。首先,灰度传感器的协调最多是非常麻烦的。灰色传感器的作用是检测出检测到的颜色的数值是多少;因此,协调这个传感器可能会特别困难。此外,汽车的动力不足以让它在地图上穿过颠簸和涵洞,这更像是一个大纲问题,而不是技术问题。但最终,问题通过努力得到了解决。

Also, we discussed in this week, the functionality of the Internet we use all the time nowadays. I am especially interested in this, so interested so that I took it on my self to read a book about it. I still haven’t had it finished by the end of the program, but I will keep it up.

此外,我们在本周讨论了我们现在一直使用的互联网功能。我对此特别感兴趣,所以很感兴趣,以便我自己去读一本关于它的书。我还没有在程序结束时完成它,但我会坚持下去。

Brief Conclusion
By and large, this project has been a great journey to the field of engineering in collegiate endeavors and a beneficent experience for anyone interested in the field of EECS(electronic engineering and computer science). After this project, I have a much better viewpoint on this major and would be more than happy to work on it once I attend college.

总的来说,这个项目是大学工程领域的一次伟大之旅,也是对EECS(电子工程和计算机科学)领域感兴趣的任何人的有益经验。在这个项目之后,我对这个专业有了更好的观点,一旦我上大学,我将非常乐意为此工作。

Our research lab seeks out talented and experienced high school and college students with the goal of delivering opportunities in a cutting edge research field. Of the selective and outstanding candidates who participated in this year’s program, Mr. Hanfang Liu was one of the most exceptional.

我们的研究实验室寻找有才华和经验丰富的高中和大学生,目标是在尖端研究领域提供机会。在参加今年计划的有选择性和优秀的候选人中,L先生是最优秀的人选之一。

L showed excellent academic performance and independent thinking during his time in the program, taking it upon himself to self-study the subject we were covering and in the process becoming more familiarized with our research. His previous experience in the field allowed him to integrate his knowledge with what he learned at this program; more importantly, he was able to put it into action. In the short time he spent at University he successfully grasped the use of Onshape to build a model of the green building at University, and through the use of Python and Arduino programming, he was able to program the control system of a model car in order to successfully navigate a challenging course that was designed to test some of our most accomplished students.

L在他的科研期间表现出优秀的学术表现和独立思考,自学了我们所涉及的主题,并在此过程中更加熟悉我们的研究。他之前在该领域的经历使他能够将他的知识与他在该计划中学到的知识相结合; 更重要的是,他能够付诸行动。 在美国大学度过的短暂时间内,他成功地掌握了使用Onshape在美国大学建立绿色建筑的模型,并通过使用Python和Arduino编程,他能够按顺序编程模型车的控制系统,成功导航一个旨在测试我们最有成就的学生的挑战性课程。

站内搜索

联系我们

+1 (800)-682 8258
info@mingshengedu.com
440 East Huntington Drive,
Arcadia,CA,91006 United States

最新资讯

资讯分类

媒体关注

资格认证

教育协会 NAFSA认证国土安全局

国际教育和博览咨询委员会ICEF

我们具体的服务内容包括选校申请咨询,申请材料准备,申请文书类美好,面试模拟与辅导,生活辅导,学业辅导等。

It's your turn.Contact us now.