Best Electrical and Electronics Engineering Universities in the World

Electricity and Electronics Engineering is a branch of engineering that deals with electricity, electronics, and electromagnetism. Some areas under this engineering discipline are power generation, transmission, distribution and utilization of electrical energy, design and production of electronic devices, control systems, telecommunication systems and similar areas. Electrical and electronical engineers contribute to industry and society by working on important issues such as Smart Grid Technologies.

Here are the main fields of Electrical and Electronics Engineering :

1. Power Systems Engineering: The area is concerned with the manufacture, transmission, distribution and use of electrical power. This field accommodates power plant transformers; energy distribution grids etc.
2. Electronic Engineering: Deals with the design, manufacture maintenance of electronic circuits. Designing and developing computers, televisions or radios among other electronic devices are some tasks involving engineers in this field.
3. Control Systems Engineering: This refers to the study of automation systems, industrial control systems and robotic systems. Engineers working in this sector fabricate algorithms that facilitate the control of automation systems.
4. Telecommunication Engineering: It deals with issues like communication systems, wireless communication, fiber optic communication and satellite communication. The design and maintenance of telecommunications infrastructure is done by telecom engineers.
5. Electromagnetic Fields and Microwave Engineering: Its concern lies in waves that have electromagnetic as well as microwave behavior. For instance, it includes antenna designing and fabrication, radio frequency circuit development and making microwave devices.

Electrical and Electronics Courses

Some of the courses in Electrical and Electronics engineering programs include:

1. Basic Science Courses:
   • Mathematics (Calculus, Linear Algebra, Differential Equations)
   • Physical
   • Chemical
2. Basic Engineering Courses:
   • Electrical Circuit Analysis
   • Electrical Circuit Theory
   • Engineering Mathematics
   • Statistics and Probability
3. Electrical and Electronic Fundamentals:
   • Electricity and Magnetism
   • Electrical Circuit Elements and Analysis
   • Analog Electronic Circuits
   • Digital Electronic Circuits
   • Electrical Circuit Laboratories
4. Signal and Systems:
   • Signal and System Analysis
   • Linear Systems
   • Digital Signal Processing
5. Electric Power Systems:
   • Electrical Machines and Transformers
   • Electrical Energy Systems
   • Electrical Power Systems Analysis
6. Electronic Devices and Circuits:
   • Semiconductor Electronics
   • Electronic Circuit Design
   • Microelectronic Circuits
7. Control Systems:
   • Automatic Control Systems
   • System Dynamics and Control
   • Digital Control Systems
8. Telecommunications Engineering:
   • Communication Systems
   • Digital Communication
   • Communication Networks
9. Microwave and Antenna Design:
   • Microwave Circuit Design
   • Antenna Theory
   • Radio Frequency (RF) System Design
10. Electromagnetic Fields:
    • Electromagnetic Field Theory
    • Electromagnetic Applications
11. Project and Laboratory Courses:
    • Electrical and Electronics Engineering Laboratory
    • Graduation project

The World's Best Electrical and Electronics Engineering Universities

1. Massachusetts Institute of Technology ( MIT ) - USA :
   • The Department of Electrical Engineering and Computer Science is strong in many areas such as signal processing, microelectronics, energy systems, communication systems and control systems. It offers students extensive laboratory facilities, research opportunities and industry connections.
2. Stanford University - USA :
   • The Department of Electrical Engineering specializes in areas such as microelectronics, radio frequency circuits, communication systems, power electronics and computer engineering. It provides support to students in entrepreneurship and innovation.
3. University of California--Berkeley - USA :
   • The Department of Electrical Engineering and Computer Science at Berkeley conducts important research on circuit design, control systems, communication technologies and microelectronics. It also has close relations with the industry.
4. California Institute of Technology ( Caltech ) - USA :
   • Caltech is a pioneer in fields such as magnetic resonance imaging, microwave circuits, nano-optics and electrical power systems. It offers small classes and an intense academic environment.
5. ETH Zurich - Switzerland :
   • The Department of Electrical Engineering and Computer Science at ETH Zurich has speciality in control systems, microelectronics, electrical energy systems and communication technologies. It has an international environment and industry collaborations.
6. University of Cambridge - England :
   • The Department of Electrical and Electronic Sciences offers a wide range of topics in electrical energy systems, signal processing, microelectronics and optoelectronics. It also gives students the chance to be part of important research projects.
7. Harvard University - USA :
   • Harvard University conducts research in areas such as nanotechnology, microelectronics, optics and magnetic materials. It focuses on advanced theoretical and experimental studies and offers students the chance to be part of a very important network.
8. University of Tokyo - Japan:
   • University of Tokyo offers a wide curriculum in control systems, microelectronics, communication systems and optoelectronics. It offers students industrial internships and research projects.