ECE Engineering
The ECE Full Form is Electronics and Communication Engineering. Electronics and Communication Engineering is a course that teaches the candidates about Engineering Physics, Engineering Chemistry, Programming in C and Data structures, etc.
ECE Engineering is a specialised branch of science which comprises the study of applications of electricity, electronics and electromagnetism. This field, students will be imported with an understanding of different disciplines like signal processing, radio frequency design, power generation, electrical machines, control systems, radio frequency design, amongst others.
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ECE Engineering: Course Details
Why should you study ECE Engineering?
Candidates usually enroll in the ECE course if they wish to work in the fields of telecommunications, manufacturing, and manufacturer of communications and satellite systems. This not only opens the doorway to jobs but also interdisciplinary specializations in higher studies.
Who can study ECE Engineering?
At the diploma, degree, post-graduate, and doctoral levels, ECE courses are offered. Anyone who meets the minimal eligibility requirements and has completed the required entrance exam is eligible to enroll in ECE Engineering course. Therefore, the ECE students enjoy complete freedom to take up software as well as the hardware industry. The ECE students also have the opportunity to explore top public companies and government jobs too.
ECE Engineering: Eligibility
The candidates who are interested in pursuing the course of ECE Engineering should make sure that they are eligible enough as per the criteria.
ECE Engineering: Entrance Exams
Admission into Electronics and Communication Engineering is done on the basis of entrance exam results. The most popular ECE Engineering entrance exams are-
A State/National/University Joint Entrance Examination, such as the JEE Main (National examination), WBJEE or UPSEE (State examination), BITSAT (University examination by BITS), or JEE Advanced (National examination after clearing JEE).
ECE Engineering Subjects
In ECE Engineering, the course spreads over four years and is divided into eight semesters. The students will study a mix of core and elective subjects. ECE Engineering Subjects typically include:
ECE Engineering: Syllabus
The ECE Engineering syllabus varies from one course to another course. Moreover, the Electronics and Communication Engineering subjects as per the degree can be found below:-
ECE Engineering: Top Colleges
The below mentioned is a list of India's top ECE Engineering colleges based on the curriculum, elective options, and internal placement opportunities:
ECE Engineering: Scope
Electronics and Communications Engineering students learn about the updated topics in technology, and also get recruited into top companies. ECE engineering is a vast field and graduates have a lot of options and a lot of industries they can get into. ECE Graduates can enter the telecom industries and software industries. Electronics and Communications engineers can work in fields such as-
- Consumer Electronics
- Electricity Plant
- Manufacturing
- Transportation
- Communication & Telecommunication
- Computer Applications
- Radio & Television
- Diagnostic Equipment Manufacturing
- Offshore Companies
Read More: Scope Of Electronics and Communication Engineering
ECE Engineering: Jobs
Here are some of the jobs available for ECE graduates and the average salary available, for both freshers and experienced.
Also Check: Electronics and Communication Engineering Salary in India
ECE Engineering: Top Recruiters
The list of the top recruiters for ECE Engineering degree holders is below:-
- Bharat Electronics Limited (BEL)
- Texas Instruments
- Hindustan Petroleum Corporation Limited (HPCL)
- Siemens
- Bharat Heavy Electricals Limited (BHEL)
- Intel
- DRDO
- Philips
- DMRC
- Nvidia
- ISRO
- Reliance
ECE Engineering: Skills Required
The candidates who are aspiring to get ECE jobs must make sure to possess certain skills. Moreover, the skills required for Electronics and Communication Engineering jobs are mentioned below:
- Technical Skills like proficiency in programming languages( C, C++, python, etc.), knowledge of circuit design and analysis, understanding of microprocessors and microcontrollers, familiarity with communication protocols and networking, hands-on experience with electronics hardware and tools.
- Soft Skills like problem solving and analytical thinking, good communication and teamwork, project management, continuous learning and adaptability.