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Electrical Engineering: Frequently Asked Questions

What is electrical engineering?

Electrical Engineering is the design and analysis of any device or system that uses electricity or electromagnetic radiation, including computers and the networks that connect them, consumer electronic goods like MP3 players, satellite radio and HDTV, power generation and transmission systems, wireless cellular and wireline telephone networks, integrated circuits and electronic devices, electric motors and actuators, MRI and other medical instruments, and more. ...

What is Electrical & Computer Engineering?

Electrical Engineering Definition: The branch of engineering concerned with the design development, and practical application of electrical devices and systems, and with the use of electrical energy. The largest of all engineering disciplines The most diverse in the variety of field specializations Computer Engineering Definition: The branch of engineering combining custom hardwar and software solutions to the design, development, and operation of computer systems. ...

Why study Electrical Engineering?

Good question. There are many benefits. For example, you'll learn that a light bulb isn't the opposite to a heavy bulb. Many other useful practical things as well.

What is electrical and computer engineering (ECE)?

ECE is about innovations and creations of technology using principles related to electricity and magnetism. Both these are the driving forces behind most modern inventions. Computer technology is one of the inventions that has evolved rapidly and it has gained a foothold for itself. ECE is thus a discipline that exploits the synergies between traditional electrical engineering and computer science.
Electrical (and its sub-branch of Electronic) Engineering can be summarised as a formal discipline that studies the transmission and detection of electrons: one of the fundamental building blocks of the atom. The idea that the atom had a heavy nucleus surrounded by a cloud of electrons was first proposed by one of the early electrical engineers at this university, Ernest Rutherford. ...

Is the Electrical Engineering course suitable for girls?

A definite ‘YES’. We have many female students who have graduated and are holding good jobs now. Some went for further students and did well in their degree programs (local as well as overseas universities). They are pursuing the same career path as our male graduates. Every year, we recognized our top female students with the Motorola Awards. Motorola, one of the top companies in Singapore, sponsored the prizes as they strongly believe that female engineers have much to contribute to engineering. ...

What will I learn in the Electrical Engineering course?

Our course provides broad-based training in 3 major technology areas: • Electrical • Electronics • Computers & networking It also equips our students with essential skills in Communications, Entrepreneurship, Management & Life skills.

What are the career opportunities for Electrical Engineering graduates?

Career opportunities are good & plenty. Our graduates are gainfully employed in many sectors/industries. Some of them are: • Power engineering • Process control • High-tech manufacturing • M & E consultancy • Electrical contracting • Aerospace Engineering • Information technology & computer networking • Ministries & Statutory boards e.g. SAF, Navy, Police Typical jobs held by our graduates: • Electrical Design Specialist ...

What are the advantages of this occupation (electrical engineering)?

It is very dynamic, new inventions and techniques are constantly making old approaches obsolete. Life is very interesting, there is no lack of challenges, there is much more work than we could ever possibly do.

Are there any disadvantages of this occupation (electrical engineering)?

Well, our occupation is very dynamic, and new inventions and techniques are constantly making old approaches obsolete... As a result, we are always in flux, and if you do not get yourself updated on a regular basis and move with the times, you find yourself behind really fast…

Is the BSECE degree in electrical engineering or computer engineering?

The degree is a Bachelor of Science in Electrical AND Computer Engineering (BSECE). The curriculum is structured so that core courses in both electrical engineering and computer engineering are covered. A variety of electives support both aspects of the discipline. Thus, BSECE curriculum is designed to give graduates a solid background in electrical and computer engineering. ...

How strong is Stanford's reputation in engineering especially in electrical and computer engineering?

Extremely strong. You can check the ratings for yourself on http://www.usnews.com/usnews/edu/college/rankings/rankindex.htm . It is a known fact that Stanford is among the best, if not the best, engineering college in the USA. For Engineering rankings see this page http://www.usnews.com/usnews/edu/grad/rankings/eng/engindex.htm

How do I double major into Electrical Engineering or Computer Engineering?

Pick up a “Declaration of Intent to Complete a Second Major” form from the Office of Academic Affairs, 114 NEB. Complete your portion of the information (Name, SSN, etc.) and take the form to the ECE Departmental office. Barton 105. Leave the form there. Come back in 2-3 days for the completed form. Get the respective advising manual and advising checklist. Fill the latter out. Make an appointment to see your new advisor. back to top

How do I change majors into Electrical Engineering or Computer Engineering?

Pick up a “Change of Major/Advisor” from the Registrar’s office. Complete your portion and take the form to the ECE Departmental office. Barton 105. Leave the form there. A new advisor will be assigned to you. Come back in 2-3 days for the completed form. Take the form to your OLD department. This is important! Otherwise your advising folder will not be sent to the new advisor. Take the last copy of the form to the registrar’s office to ensure that the change will be reflected on your academic record. ...

What is Electrical Engineering (EE) ?

Our EE programme is formerly known as Electrical Energy Systems Engineering (EESE). We change it to the present name to reflect its general nature. It is a broad-based general programme with an emphasis on electrical energy. It covers the fundamental aspects of energy conversion, electronics, communications, computer hardware and software, control theory, system analysis etc and studies the application of all these technology advancements to improve the operation of various electrical energy systems such as the power system, ...

What is the SUNY BEE Electrical Engineering online program?

This is an online Bachelor’s degree in Electrical Engineering. All courses, materials, tests, labs, discussions, advising and contact with faculty will occur completely online. It is the result of a unique collaboration among faculties and the engineering schools of three of the most prestigious universities of the State University of New York - Binghamton University , University at Buffalo and Stony Brook University . ...
Source: sln.suny.edu

Can CMMI be used for electrical and mechanical engineering?

Yes. CMMI for Development meets the broader needs of product development by guiding the engineering development of products. These products can be electrical or mechanical. Examples and typical work products often apply to software, hardware, and firmware products. Organizations applying discipline areas such as electrical and mechanical engineering may wish to supplement CMMI model elements with information that has not been covered but would be helpful in applying the best practices to the organization's environment. ...

How many Electrical Engineering graduates go for further studies?

We do not have the exact figures, but just last year alone, 62 of our graduates were admitted to NTU (60 in Electrical & Electronics Engineering, 1 in Computer Engineering, and 1 in Materials Engineering).

What is the starting pay like for an Electrical Engineering graduate?

Recent survey shows that our graduates continue to secure jobs and command good salaries. Average starting pay for fresh Electrical Engineering graduates is $1725; and $2067 for those who completed their National Service.

Does IEEE offer scholarships for electrical engineering students?

I EEE sponsors awards, scholarships, and fellowships for electrical engineering students at the undergraduate and graduate levels. IEEE Student Services can provide prospective electrical engineering students with information about these and other scholarships. For more information, contact: IEEE Student Services, (732) 562-5527, student.services@ieee.org
Source: www.ieee.org

What are facilities in the Department of Electrical and Electronic Engineering at Nottingham like?

The Department has access to excellent library and electronic resources for postgraduate work in the field, and Nottingham is also situated within easy reach of the research resources of London, Cambridge and Oxford. More details about the Department and about the University .

Where can I get information on the history of electrical engineering?

Check the IEEE history center for major historical events. This site is the IEEE Virtual museum.

What courses are now required in the new electrical engineering curriculum?

The required courses are: Course Number Course Name EEL-3111 Introduction to Circuit Analysis EEL-3112 Advanced Circuits with Computers EEL-3135 Signals and Systems EEL-3300 Electronics I EEL-3472 EM Fields I EEL-3705 Digital Logic Design ( Correction !! ) EEL-4514 Principles of Communication Systems EEL-4914 Senior Design Project

What are the School of Electrical and Information Engineering's research areas?

For information on research areas refer to: http://www.ee.usyd.edu.au/postgraduate/studies.php

How does Engineering Systems link to other Engineering disciplines (e.g Civil Engineering, Electrical and Electronics Engineering and Computer Engineering)?

Engineering systems builds on these technical disciplines and is not specific to any particular one. The program emphasizes the knowledge and skills to look at systems development in a wider perspective encompassing policy, knowledge management, system architecture and the system response dynamics arising from the interplay of all these factors. ...

What is the difference between Computer Engineering and Electrical Engineering?

Note: the answer was developed on the basis of sources [1,3] . Electrical engineering deals with the study and application of electricity, electronics and electromagnetism. The field first became an identifiable occupation in the late nineteenth century in the wake of commercialization of the electric telegraph and electrical power supply. The field now covers a wide range of sub-disciplines including power, electronics, control systems, electro-optics, signal processing, and telecommunications. ...

What is the difference between Computer Engineering (CE) and Electrical Engineering (EE)?

EE has much less software depth than CE and does not include CE topics like computer networking, operating systems, and computer graphics. But, EE has greater depth in analog electronic circuits, power, electromagnetics, and communications (how information is transmitted).
Source: www.msoe.edu

Can I pursue a second major while I'm an Computer Engineering or Electrical Engineering student?

Yes. Depending on the second major chosen, you may also end up receiving two degrees (instead of a degree with a double major). This is because you need 123 credits for the EE degree, 124 for the Computer Engineering degree and only 150 credits in order to qualify for two degrees. Students who are interested in a second major or degree should first talk with staff in the ECE Undergraduate Office. ...

Should I major in Electrical Engineering or Computer Engineering?

Electrical engineers are concerned with the analysis, design, and control of electronic and electrical components, and their associated signals and systems. These components, signals, and systems make up larger systems that may include computers. At UCSC, our EE Department places particular emphasis on the following areas of interest: Photonics and electronics (including analog, digital, and optoelectronics) Communications, which includes wireless and fiber optics, signal and image processing, (including inverse problems and coding), and electromagnetics ...

What's the difference between Electrical Engineering, Computer Engineering, and Computer Science?

Computer Scientists concentrate on the software side and do not have an engineering background. Electrical Engineers are the designers of hardware that includes embedded systems, control theory, communications, as well as digital and linear circuits. Computer Engineers have more software background than Electrical Engineers and more hardware background than computer scientists. ...
Source: www.erau.edu
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