Electronics or Electrical Engineering! Does It Make a Difference?

Electronics or Electrical Engineering! Does It Make a Difference?

How are Electrical or Electronics Engineering different from each other? This not just remains a question for a layman but also for those willing to get into engineering. It's the need of the day to make both the concepts more clear to help our future engineers to take the right path. Although the engineering students in the present era are quite clear about their aspirations and aspirations but many of them are still found unclear of these two branches of engineering. If you also find yourself stuck somewhere between electrical and electronics, the following write-up will surely help you through.

Electrical Engineering is generally confused with Electronics Engineering. This is because the study of both the genres relate to each other at some point. Earlier electrical engineering was confined to the study of electric power transmission, electrical machines and their theories & operations but in the later years, electronics was started being considered a part of the former. Both of these fields relate well with each other due to the common approaches. Electronics is now considered a sub-discipline in the electrical engineering. The former can be studied as an individual degree whereas in some institutions it is taught as a discipline within the electrical engineering. This choice completely depends on the interest of students and their bend towards any of these subjects.

Beside, if you look at the prospects for jobs in electrical or electronics engineering, both look promising.

Electrical Engineering

Electrical engineering is among the most thought-after jobs when it comes to engineering. It surrounds the study of electric power transmission and electrical machines. It also involves the study of Power, Control, Signal processing, Telecommunications, Instrumentation and Computers. The students pursuing this course need to have strong logical skills.

Electronics Engineering

This involves the study of electronic systems including computers, communication systems, integrated circuits, and radar. It is more preferred by the tech freaks, who wish to be surrounded with the gadgets and love to snuggle up with their complications and complexities. Students pursuing this course are eligible to join companies manufacturing electronic devices, research organizations and consultancies too.

To decide between these two, you need to inspect yourself and know which, out of these arms of engineering will match your interests. For those willing to get into the core electronic devices and specialize in the study of such systems can simply opt for electronics engineering as an independent course. On the other hand, the students who want to explore both the fields to widen their scope for future career prospects can take up electrical engineering.

You can also make your choice easier by getting the course details for both of these fields and look at the subjects and studies involved and decide accordingly.

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Tenure-Track, Tenured, and Non-Tenure-Track Faculty Position-Mechanical, Material, Electrical/Computer Engineering Univ. of Michigan-Shanghai Jiao Tong Univ. Joint Institute

Tenure-Track, Tenured, and Non-Tenure-Track Faculty Position-Mechanical, Material, Electrical/Computer Engineering Univ. of Michigan-Shanghai Jiao Tong Univ. Joint Institute

University of Michigan-Shanghai Jiao Tong University Joint Institute (Shanghai, China)

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QS World University Rankings For Electrical Engineering

QS World University Rankings For Electrical Engineering

The commercialization of electric telegraph, telephone, and electric power distribution and use in mid of 19th century identified one of the most well known and highly paid professions called electrical engineering.

They generally deal with electricity but are not limited to. They also deal with a wide range of subfields such as electronics, electromagnetism, telecommunications and more.

After the discovery of Ohm's law in 19th century, the first chair and worldwide faculty of electrical engineering was founded in Darmstadt University of Technology in 1882.

This branch of physics started to intensify more, when world's first courses of electrical were introduced by Darmstadt University of Technology and Cornell University in 1983.

Based on QS world University Rankings by subject, we present you the top 5 Universities for electrical engineering 2013.

(MIT) Massachusetts Institute of Technology

First spot in the QS world University Rankings is crowned to MIT, which is also known as the Research Powerhouse. MIT has much notable research work on robotics, nanotechnology, quantum information process, cyber security, bio-EECS, and energy generation. Massachusetts Institute of Technology is one of the most dominant names for engineering in electrical and computer science (EECS), but it also has many other subject strengths.

Stanford University

United States senator and former governor of California, Leland Stanford and his wife Jane Lathrop Stanford founded an educational institute in loving memory of their only son Leland Stanford Jr. in 1891.

The research scope of Stanford University's electrical engineering faculty is divided into six different categories. These include photonics / EM / quantum, software / hardware systems, bio electrical engineering, electronic systems technology and energy / environment.

This achievement of Stanford University started back in 1893, when University had a professor of engineering of electricity with primary focus on power station engineering.

University of California, Berkeley (UC Berkeley)

Established in 1868, The University of California, Berkeley has

  • 1,582 full time, 500 part time faculty members
  • 130 academic departments
  • 80 interdisciplinary research units

All the above statistics makes Berkeley University one of the most highly active researchers University of the World.

Some of the research departments of the University include artificial intelligence, robotics, physical electronics, and micro / nano electro mechanical systems.

University of Cambridge

After the top 3 spots taken by US based institutions, the United Kingdom origin tech giant, "University of Cambridge" came at fourth spot in QS world University Rankings by subject 2013.

With three dedicated groups for research, the university strongly focuses on photonics studies and research.

Radio frequency and power of microwave for industrial applications, electrical machines and drives' design, solar cells, and power and energy conversion are some other possible research areas of University of Cambridge.

ETH Zurich

Founded in 1854 by the Swiss Federal Government, the ETH Zurich is one of the most consistent position holders of all major World university rankings. The students and professors of ETH Zurich have been awarded 21 noble prizes, the most famous of which is Albert Einstein.

Imaging technology and neural information processing are the two branches of biomedical engineering that are strongly emphasized by ETH Zurich's Information Technology and engineering of electricity department.

Automatic control, neuroinformatics, millimeter wave electronics, and integrated systems are some other focused areas of research on ETH Zurich University.

Across 30 different subjects, highlighting the world's top 200 universities, the first QS World University Rankings very published on 2011.

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