Electrical Engineering

As a graduate student, I will engage in electrical engineering research and courses to improve my capacity in this field. I am planning to acquire my master's degree in order to obtain my Ph.D. At Northeastern University where I am most interested, I am studying the optical properties of MEMS devices and the development of high-speed electrooptical interfaces using substrates. What I am interested in this field arises from my undergraduate research on the development of MEMS for triaxial acceleration sensors.

I am a third grader of electrical engineering at Indian Institute of Technology Rookie (IITR). Despite the background of electrical engineering, I have a strong interest in computer vision and deep learning of natural language processing, and I would like to pursue an exciting research career in this field. I began machine learning and Andrew Ng 's Coursera course at the second grade. A few months after using the traditional machine learning algorithm, I started deep learning, but I found it to be more interesting. I am a member of Paper Discussion Group which is an open group of IITR. Its purpose is to build a deep learning culture on campus. I will explain the research papers of various well-known conferences twice a week, such as ICLR, NIPS, CVPR.

Electricity development has brought about the creation of electrical engineering which is a challenging occupation to change and improve our way of life. In this article we will discuss the history of electrical engineering as a preparation for electric engineers and a practical career. Although the history of electrical engineering is up-to-date, it is based on ancient ideas. Electricity and magnetism are the two foundations of electrical engineering. The Greeks were to first find attractive people

Electrical engineering Electrical engineering "is an engineering field including electricity generation, transmission, distribution and use Two major areas are electrical engineering and electronics (including telecommunications): According to James Clark Maxwell of the basic principle of electricity Development of practical applications such as mathematical expression followed by Bell Telephone, Edison Incandescent.