Electrical and Electronics Engineering is the branch of engineering concerned with hands-on electrical applications in all its forms, including those in the area of electronics.
Electronics Engineering is that branch of electrical engineering apprehensive using the electromagnetic spectrum and the approach of such electronic devices as transistors and integrated circuits.
Electrical Engineering is said to have emerged in 1864 when James Clerk Maxwell (Scottish physicist) outlined the fundamental laws of electricity in mathematical form and showed that electromagnetic radiation travels through space at the speed of light.
The engineering and computer science field has captivated several disciplines outside electronics, notably linguists, logicians, and applied mathematicians. Specialties within the area include the manufacture, design, and use of generators, turbines, motors, transmission lines, transformers, appliances, and lighting systems.
Electrical phenomena captivated the attention of European thinkers as early as the 17th century. The most noteworthy pioneers include:
- Hans Christian Ørsted of Denmark, André-Marie Ampère of France
- Ludwig Wilhelm Gilbert and Georg Simon Ohm of Germany
- Joseph Henry of the United States
- Alessandro Volta of Italy
- Michael Faraday of England
Electrical and Electronics Engineering (EEE) deals with the opportunities, engineering problems, and needs of electrical, telecommunication systems electronics, computer, and connected business.
B. Tech in Electrical and Electronics Engineering
The EEE department of SRM University, Delhi-NCR, Sonepat, one of the best engineering universities in Delhi provides in-depth knowledge of Electrical drives, control and Transmission and Distribution, Embedded systems, Medical Instrumentation, Engineering Renewable energy-based Micro-grid, and IoT.
This branch caters to students with a diverse range of fundamental knowledge in core disciplines such as signal processing, communications, control systems, radio frequency design, microelectronics, microprocessors, power generation, and electrical machines. The domain focuses on the manufacture and design of electronic devices, electrical, computers, and their parts and the integration of components into complex systems.
SRMUH has independent and well-equipped laboratories for Electrical Machines, Control System, Image Processing System, and MI lab Signals with Matlab. Well-equipped Solid-state Devices, Circuit theory, and synthesis with multiple computers and circuit lab Network analysis are also available at SRMUH. The University has state-of-the-art lab facilities and specialized Centre NASSCOM and IBM to support our academic courses and research areas.
Scope in Electrical and Electronics Engineering
Electrical Engineering uses technology, science, and problem-solving skills to design, and maintain products, construct, information systems, and services. Electrical engineering is the classical name for electronics, electrical, and engineering of a computer.
A subordinate engineer may spend two years on the job learning its design procedures and products before pursuing a solid technical point. Job responsibilities include design, specification, development, and implementation of products or systems and research to create new ideas. This role provides:
- Several challenges ranging from problem identification and selecting suitable technical materials
- Test equipment
- Procedures to the manufacture and production of safe, economical, high-performance services and products.
An electrical engineer may opt for a couple of the technical features of a position with administrative authorities. The technical expertise required for administration today is rising because of the explosion of knowledge in science, engineering, and technology.
A B. Sc. degree in engineering with specialization in electrical engineering can also serve as the basis for careers in many other fields, ranging from business to law and medicine, since the analytical skills acquired in an electrical engineering program provide a precious benefit. The same skills will offer you to assume leadership roles in your community and corporate circles outside the office.
Summation to the primary fields of computer engineering, electrical, and electronics, a B. Tech. degree in electrical engineering serves as a suitable base for several allied fields. For example biomedical engineering, computer science, and aerospace engineering.
At SRMUH, students are provided project training programs in top organizations like BHEL, BEL, GAIL, SAIL, HPCL, IOCL, NHPC, ONGC, NALCO, Power Grid Corporation of India, EIL, NMDC, NLC, HAL, BSNL, etc.
The University corroborates students’ comprehensive development with an enhanced curriculum with the best and the most experienced faculty from across the country, live training sessions, regular workshops, and practical training from the industry experts are organized regularly for the students. Standard practice and experimentation in the high-tech labs throughout the academic sessions make the students industry-ready and competent.