Selasa, 11 September 2012

The Computer Science



By: Prof. Harry R. Lewis, Ph.D,

Gordon McKay Professor of Computer Science, Harvard University.
 

Surveillance

Enroll in Harvard Extension School courses

 

If you enjoyed this free class, the Harvard Extension School offers a wide variety of courses in numerous fields. Search for classes and enroll for credit during the fall and spring registration periods.

Sumber Foto:

Arip Nurahman: SMA Budi Luhur 

Jumat, 07 September 2012

Circuits and Electronics: Tutorial


"Captions If you want to have a persistent and organized reference, collaboratively collected and edited by the students of your course, you can use the edX wiki. You can create a new article by linking to it from an existing article and then clicking on the link. 

You can also create an article from the generic children listing. However, your fellow students are more likely to see articles that are linked to from other articles, because that linking allows you readers to see how your information is relevant to what they are already interested in and reading about, making them more likely to be interested in the information that you are putting together. 

The edX Wiki Editing Guide contains the most up-to-date details on how to add formatting for standard text, math, schematics, tables, code, and any other new features that were added to the wiki" 


CIRCUIT SANDBOX

Kamis, 06 September 2012

Circuits and Electronics


Prof. KHURRAM AFRIDI:

Welcome to the Fall 2012 offering of 6.002x, the Circuits and Electronics course of MITx on edX. Specifically, this course will teach you the tools of circuit theory, and build your skills in analyzing and designing electronic circuits. 

By the end of this course, you will be able to understand what goes inside various electronic devices, such as smartphones and interplanetary missions. So, whether you're a space enthusiast dreaming of building a Mars Rover smarter than Curiosity, or a smartphone that will read your mind, this course is for you. 

The skills that you will learn in 6.002x are not only applicable to the design of electronic circuits, but can also be used to solve a large variety of engineering problems in fields as diverse as heat transfer and biological engineering. This term, we will enhance the interaction between you and the course staff. The TAs will offer office hours that will be posted ahead of schedule so that when they're available to answer your questions in real time through the discussion forum. 

We also provide opportunities for you to interact directly with the course instructors. My name is Khurram Afridi, and I'll be your instructor for this term. I'm a visiting associate professor at MIT's Department of Electrical Engineering and Computer Science. My research is on using electronics for energy processing, a field known as power electronics, so I love circuits. 

I fell in love with circuits when I took a similar course at Caltech many years ago, and went on the following summer to design communication circuits for a NASA satellite. I'm sure by the end of this course, you will fall in love with circuits, too. 

Apart from solving engineering problems, I love to start and grow new enterprises. Before coming to MIT, I helped start a technology company and a school of science and engineering. Also helping run the Fall 2012 version of 6.002x, our head TA Richard Zhang and TAs Jorge Martinez, Khalil Dozier, and Alex Garza-Galindo. The entire 6.002x team is looking forward to having you as our students. 

While this course is hard, it is also a lot of fun. If you've taken a physics course in electricity and magnetism, and have some exposure to differential equations, you should be able to do well in this course. 

This is the second time this course is being offered. Over 7,000 students successfully completed and received a certificate for this course in Spring 2012. 6.002x is a fast-paced course, so do not fall behind. Make sure to start watching the videos as soon as they're released, and start work on the assignments as soon as possible. 

So do you want to become a circuit designer and start a new technological revolution? Or do you want to use the techniques of circuit design to develop models for engineering, economic, or biological systems? Either way this course will help you succeed. So let's get going so you can help engineer a bold new world.

Lihat Juga:
1. http://people.csail.mit.edu/agarwal/ (Prof. Anant Agarwal)
2. http://stuff.mit.edu/people/afridi/home.html (Prof. KHURRAM AFRIDI)