Difference between ECE and EEE
What is ECE?
The main objective of the BTech (ECE) program is to equip students with necessary core competency to succeed long-term in engineering/ entrepreneurship careers after completing their B.Tech.
As a discipline, ECE focuses on the planning of underlying hardware systems. Our curriculum is directed to applications in major areas like telecommunications, energy and electronics sectors, while encouraging development of necessary skills for integration of hardware and software components.
We believe that a lot of creative opportunities exist at the boundaries of traditional ECE, and have accordingly planned for cross-training of scholars across disciplinary boundaries.
The curriculum for ECE therefore has many courses in common with the CSE program initially. Thereafter, the program in year 3 & 4 is structured to permit customization by individual students supported their own personal preferences.
What is EEE?
Electrical and Electronics Engineering branch focuses on Electrical technology and machines, circuit analysis, electronics, electromagnetism, EE materials, instrumentation, control systems, power engineering and transmission and distribution.
Electrical & Electronics Engineering (EEE), deals with the engineering problems, opportunities and necessities of electrical, electronics, computer, telecommunication systems and related industries. This branch provides students with a good range of fundamental knowledge in core disciplines like communications, control systems, signal processing, frequency design, micro-processors, micro-electronics, power generation and electrical machines. The discipline focuses on design and manufacture of electrical, electronic devised, computers and their component parts, also as on the mixing of components into complex systems.
1. Electronics Engineer
With the developing ascent in the electronics business, new driving firms are jumping up to address the issues of the customer showcase. The profile of electronics engineer has an extraordinary interest in the market and this has made a great deal of chances for the ECE applicants.
2. Electronics and Communication Engineer
ECE students could likewise seek after in the communications, systems administration, and communicate, transmission frameworks work territory. This work is predominantly focused to unite electronics, conceptualize the communication organize structure, and guarantee its perfect execution.
3. Electronics Design and Development Engineer
Electronics design and development is one of the most favored decisions of position by ECE graduates who need to have amazing possibilities in the electronic designing and development field.
4. Desktop Support Engineer
The profile of Desktop Support Engineer is required in pretty much every IT and non-IT organization. This implies there will be no shortage of occupation choices for ECE graduates in this position.
5. Framework Control Engineer
Framework control engineer work incorporates the designing of convoluted frameworks as well as testing of it. This is one reason why the possibility for this profile are selected as specialized administrators, framework control directors, and so on.
Electrical and electronics engineers are worried about the creation and utilisation of power. They are individuals from the biggest part of engineering. The focal point of electrical engineers is on the age and gracefully of intensity, and the focal point of electronics engineers is on utilisation of power to control frameworks or sign handling. Engineers utilise essential information gathered by researchers to take care of a wide scope of issues.
Electrical and electronics engineers by and large have practical experience in one of the two parts of their calling—either electric force or electronics. Engineers gaining practical experience in electric force frequently are engaged with the making of power at producing stations. These producing stations essentially use steam or water capacity to drive their turbines and change mechanical vitality into power.
Steam-controlled plants may utilise coal, gas, oil, atomic, or sun oriented vitality for fuel. Electrical engineers working in the zone of electric force likewise work with the gear that transmits power from the force plant to the shopper. They are worried about electric engines and with the lighting and wiring in structures, autos, planes, and different spots. These engineers for the most part work with moderately a lot of power.
Engineers spend significant time in electronics manage generally limited quantities of power. Electronics engineers work with an assortment of hardware including radar, phone frameworks, and rocket direction frameworks. They likewise work with buyer products, for example, TVs and sound system gear.
In either part of electrical and electronic engineering, engineers work in a wide scope of occupations. Many work in research, advancement, and plan. These engineers think of the thoughts and plans for new hardware and strategies or for upgrades in existing gear and techniques. Their work may bring about An electronics engineer works with semiconductors on a circuit board while building up another electronic gadget. Increasingly productive or more secure force plant or in the advancement of a PC program utilised in emergency clinics for the consideration of respiratory failure casualties.
The rest of the engineers work in development or creation. These engineers may direct the development, establishment, and activity of intensity producing hardware in a force plant. Some might be responsible for specific stages in the assembling of circuits to be utilised in a phone framework. Other electrical and electronics engineers fill in as chiefs, administrators, or agents in regions identified with their field. A couple do low maintenance or full-time counselling work for organisations or people for explicit tasks. Still other electrical engineers have instructing or examine employments at schools and colleges.
Generally electrical and electronics engineers work in private industry. Others are utilised by state and government. A portion of these engineers work in military or space programs. Electrical and electronics engineers are likewise utilised by power organisations, phone and broadcast organisations, and firms that make electrical and electronic hardware. Furthermore, a few engineers work for schools and colleges or development or engineering firms.