What is the full form of EC Engineering?
Electronics and Communication Engineering is the full form of ECE. The engineering discipline of ECE addresses technological concerns in telecommunications, electronics, computers, and allied industries through developing, designing, researching, and testing electronic devices. Several Indian universities provide ECE courses at the undergraduate (UG) and graduate (PG) levels (B.Tech and M.Tech, respectively).
All of the electronics we use every day were designed by an ECE engineer. Designing, building, and maintaining satellites to provide telephone, television, and internet access to remote and rural areas; building cutting-edge networking services like video conferencing that connects users worldwide are examples of work under ECE's umbrella.
Electronics and Communication Engineering Diploma
Those who complete the course will earn a Diploma. Duration: The full-time commitment of this course is three years.
Typically, there are six semesters in a school year. It takes about six months to complete a semester. Each semester concludes with an assessment. Both lecture hall and laboratory time are required for this course. Students are expected to complete a capstone project in their senior year of high school or college.
Eligibility criteria: Requirements for admission include a high school diploma or equivalent from an accredited institution with a science concentration (preferably in Physics, Chemistry, and Mathematics). There may be a minimum score requirement to enrol at some schools (often about 50% overall).
Admission Process: The admissions procedure may vary from one school to another. Certain schools have an open admissions policy. The admissions policies of many schools are based on academic performance. A candidate's performance on entrance exams and standardised tests are evaluated in a merit-based admissions procedure.
Further studies and PG courses: Professional and graduate studies: students with a diploma might consider enrolling in a bachelor's degree programme in engineering as their next logical step. Diploma holders who demonstrate exceptional promise may be eligible for lateral entry into the second year of the B.E. / B.Tech. EC Engineering programme.
One can pursue a Master's degree (M.Tech. or M.Sc. ), a Postgraduate Diploma, or a Postgraduate Certificate or training programme to hone one's skills after finishing a Bachelor's degree. The PhD programme is helpful for students who want to continue their education beyond the undergraduate level.
B.E./ B.Tech in Electronics and Communication Engineering
The degree being pursued is a Bachelor of Engineering or Technology. The total time commitment for this programme is four years.
There are eight different terms in this academic calendar. It takes about six months to complete a semester. Each semester concludes with an assessment. Both lecture hall and laboratory time are required for this course. This course includes a training and visitation programme for the business sector. Students are expected to complete a capstone project in their senior year of high school or college.
Eligibility criteria: Requirements for admission include a high school diploma or equivalent from an accredited institution with a science concentration (preferably in Physics, Chemistry, and Mathematics). There may be a minimum score requirement to enrol at some schools (often about 50% overall). Please note that those with a Diploma in EC Engineering or a similar field are also welcome to apply to this Degree programme.
Admission process: Typically, schools select students based on their academic credentials. A student's grades from the board exam and any applicable entrance test (JEE, Institute-wise, State-wise, etc.) are considered in a merit-based admissions process. Candidates who meet the requirements may also use the institute's NRI or contribution quota to get admission.
Further studies and PG courses: College and graduate study: One can pursue a Master's degree (M.Tech. or M.Sc. ), a Postgraduate Diploma, or a Postgraduate Certificate or training programme to hone one's skills after finishing a Bachelor's degree. The PhD programme is helpful for students who want to continue their education beyond the undergraduate level.
Focus of ECE Engineering Course
A few topics covered in ECE include satellite communications, solid-state devices, analogue transmission, digital and analogue communication, microprocessors, microcontrollers, antennas, microwave engineering, and basic electronics.
Electronics and Communication Engineering Specializations
The scope of study in this area is enormous. Undergraduates pursuing a Bachelor of Technology degree learn it as part of their curriculum. They can choose to focus on a particular area of this for their master's thesis if they so choose. The following are just a few of its most well-known specialisations:
Signal Processing: One of the most popular majors among today's college students is signal processing. This course or subfield covers transmitting, receiving, and manipulating signals from or to an electrical device. In which analogue and digital signals are equally valid.
Computer Engineering: Computing engineering is another highly sought-after area. Hardware design encompasses anything from motherboards and hard drives to industry-specific computers. Also included is the creation of microcontrollers and related software, mobile phone hardware design, and other physical components of computer systems.
Telecommunications engineering: It focuses on how people and businesses can better communicate. Examples include signal/frequency/optical fibre transmission over long distances or into space. When data transfer from one location to another requires expert planning and management, an engineer is needed. For instance, any business requires the services of a device designer to create transmitters, receivers, transceivers, and other specialised gadgets.
Aviation Electronic or telecommunication Engineering: Technical Specialisation in Aerospace Electronics and Telecommunications Engineering Aviation electronics and telecommunication engineering refers to studying the technologies used in aircraft communication and control. Aircraft electronic systems, including the Instrument Landing System (ILS), Alert Systems, Damage Sensor Systems, etc., and the communication channel between the aircraft and ground station, are the focus of this area of study.
FAQs
- Where do most Electronics and Communication Engineers work?
Graduates with degrees in electrical and computer engineering often find work in
- Commissions on Atomic Energy
- Department of Civil Aviation;
- All India Radio;
- Industrial Establishments
- Why is Electronics and Communication Engineering such a well-liked field of study?
After earning a degree in ECE, graduates have many career options in telecommunications, manufacturing, and software development. Employers in the communications and electronics industries are actively seeking recent ECE graduates.
- Do you need a Bachelor of Engineering or a Bachelor of Technology in Electronics and Computer Engineering?
The increased need for sophisticated and user-friendly equipment technology drives the need for trained ECE engineers. Electronics-related businesses, including DRDO, Microtex, Wipro, and Philips Electronics, seek out and employ ECE majors.
- When do you graduate from an ECE bachelor's degree programme?
Earning a Bachelor of Engineering or Bachelor of Technology in Electronics and Computer Engineering typically takes four years. There will be eight semesters of testing, during which time the applicant will also be responsible for several big and minor projects. To become competent ECE professionals, students must complete this demanding programme