Electrical And Electronic Engineering in USA

With the Electrical and Computer Engineering master's program, you have options. Areas of study include control systems, digital systems, computer engineering, communications, computer-aided design, device and circuit modeling, solid-state devices, sensors, power systems, power electronics, electromagnetic fields, electromechanical systems and system analysis and design. All of these areas are designed with your career goals in mind.

Aerospace, military, government agencies, utility companies, communication industries, medicine, manufacturing and law are all companies seeking electrical and computer engineers. You will learn how to implement new ideas and solve technical problems in engineering that will ready you for your career

To educate engineers, expand knowledge and develop new tools for solving complex technological problems. This program offers students unusual opportunities to specialize in advanced phases of electrical engineering and provides state-of-the-art training at advanced levels in areas of technical specialization, including faculty-supervised research.

The Bachelor of Electrical Engineering Technology (B. Tech) program is designed to prepare graduates to fulfill the rapidly changing technological demands in electrical power, electronics, industrial controls, and telecommunications. The program provides strength in mathematics, social sciences and humanities, and technical content that focus on the application of science and engineering related to product improvement, design, manufacturing, construction, and operational functions.

In the field of electrical and electronic engineering technology, the principles and theories of science, applied engineering and mathematics are used to solve technical problems in research and development, manufacturing, sales, construction, inspection and maintenance.

Core curriculum provides firm foundation in the areas of: 

• applied mathematics
• electric circuits
• basic electronics
• applied microcontrollers, communications, power, machinery, control and instrumentation circuits
• engineering technology principles
• laboratory practice

Graduates of the Electrical Engineering Technology, Electronics program specialize in electronics are employed in the design, testing, fabrication, and application of solid-state circuits and systems (both digital and analog), communication systems, and control systems. This includes consumer products, as well as industrial electronics and computer equipment.

The advantage of a degree in Electrical and Computer Engineering is that it is central to many careers. It opens doors to fascinating fields from automotive, energy, telecommunications, robotics, medical systems, or even satellites and space. Understanding embedded and computer systems from the microchip architecture level to the application programming level is central to all systems. Our senior design projects allow you to bring a deep understanding and skills of electrical and computer systems to design, create, and program innovative projects in a team environment. With this versatile degree and skills, you will be ready to do almost anything. You will be able to build the next-generation cars and transportation systems, create more innovative phones, explore energy-efficient power systems, develop smart robotics and even create artificially intelligent systems. You will have the background and the skill sets to choose any career that sparks your interest.

Graduates of the Bachelor of Science in Electrical/Electronic Engineering program are qualified for professional practice or graduate work in several areas of specialization, including system, electronics, and digital design. In addition to fundamentals of science and mathematics, the program provides a solid background in circuits, analog and digital electronics, microprocessors, and electromagnetics.  The senior-level classes offered for electrical/electronic engineers include control systems, communication systems, digital signal processing, electro-optics, and digital system design.