Tuesday, 30 April 2024 06:12

Career Guidance, Scope & How to Become a Electronics and Communication Engineer After 12th

Career Guidance, Scope & How to Become a Electronics and Communication Engineer After 12th

Electronics and Communication Engineering (ECE) is about studying, designing, making, and using electrical circuits, electronics, and communication systems. ECE engineers work on many things, like phones, medical machines, and even things that fly in space.

Table of Contents

Career Guidance, Scope & How to Become a Electronics and Communication Engineer After 12th

What Is Electronics & Communication Engineering and What Does an E&TC Engineer Do?

Electronics and Communication Engineer Job Demand

Some of the sectors where electronics and communications engineers plays a major role are:

Few of the sectors where electronics and communications engineers can excel.

Qualifications Required to Become an Electronics and Communication Engineer

Steps to Follow to Become an Electronics and Communication Engineer

What to do in your school days?

Critical steps post-enrollment in Electronics and Communication Engineering College

Top Recruiters for Electronics and Communication Engineer

 


What Is Electronics & Communication Engineering and What Does an E&TC Engineer Do?

 

Electronics and Communication Engineering (ECE) is about studying, designing, making, and using electrical circuits, electronics, and communication systems. ECE engineers work on many things, like phones, medical machines, and even things that fly in space. The things students learn in ECE aren't just the old stuff anymore. Universities now teach about new things like the Internet of Things (IoT). Students can learn how to make devices that talk to each other, like smart thermostats in houses or factory machines. They also learn about Artificial Intelligence (AI) and Machine Learning (ML). These help make communication networks better and improve how signals are processed.

 

Imagine you have a smartphone. An Electronics and Communication Engineer played a big part in making it work. They designed the circuits inside the phone that let you make calls, send texts, and use apps. They also ensured the phone could connect to the internet and other devices, like headphones or smartwatches. They're the ones who make all the things in your phone possible!

 

Electronics engineers are responsible to design and create things like gadgets and electronic devices. They work in lots of areas, like aviation and transportation. This job is always changing because technology keeps getting better. So, an electronics engineer is someone who knows a lot about circuits and devices and how to use them in different machines and systems.

Electronics and Communication Engineer Job Demand

 

There are lots of opportunities for ECE engineers to have great careers, both in India and in other countries.

 

The Bureau of Labor Statistics says that the need for ECE engineers will go up by 7 percent each year. By 2026, there will be over 345,800 job openings. That's a lot of jobs!

 

The jobs may include roles in research and development, software engineering, network management, and systems integration, to name just a few. After finishing engineering in ECE, you might be wondering what to do next. Well, ECE professionals have a big impact on the future. They help make communication, healthcare, transportation, and many other things better. Plus, they get paid well because there are lots of jobs for them, and their skills are in high demand.

Some of the sectors where electronics and communications engineers plays a major role are:

  • Automobile Industry
  • Telecommunications
  • IT Industry
  • Power Electronics
  • Mobile Communication
  • Robotics
  • Remote Sensing
  • Digital Systems
  • Networking and
  • Analog and Radiofrequency Communication

Few of the sectors where electronics and communications engineers can excel.



Sectors 

Job Scope 

Analog and Radio Frequency Circuits

ECE engineers can create and improve circuits for lots of things, like wireless communication, satellites, and medical tools. They're important because they make sure signals can be sent and received well..

Computer & Digital Systems

In today's digital world, ECE experts are really important for making advanced computers, microprocessors, and embedded systems. They focus on designing hardware, creating firmware, and making sure digital devices work smoothly.

Communication and Signal Processing

As communication technologies keep changing, ECE engineers are leading the way in making better telecommunication systems, data transmission, and signal processing algorithms. They're the ones working on things like 5G and future technologies to make sure data can move quickly and reliably.

Image Processing and Computer Vision

ECE experts who specialise in this area work on making images and videos better and understanding them. This helps with things like recognizing faces, making self-driving cars, and medical scans. They create algorithms that find important information in visual data.

Networking

ECE professionals who specialise in networking build and take care of complicated data networks. They make sure people and businesses can stay connected smoothly. They're responsible for creating and keeping up strong and safe network systems.

Remote Sensing

ECE engineers are really important in remote sensing, like using satellites to watch the environment. They gather, work on, and study data from far away to learn things like weather predictions and how to handle disasters better.

Control Systems and Robotics

ECE experts design algorithms that control how machines and processes work. They're crucial in making robots, automation, and systems that control factories. By doing this, they make industries work better and safer.

Energy Storage Technology

With the increasing need for sustainable energy, ECE professionals focus on energy storage solutions such as batteries and supercapacitors. They create technologies that can store and handle energy effectively, helping to move towards renewable energy sources.

Nanotechnology

ECE engineers help develop tiny devices and materials called nanoscale. These are used in areas like medicine, electronics, and materials science. They work on finding new and creative ways to solve problems using really small particles and atoms.

Sustainable Energy and Power Systems

ECE professionals help make power systems better by designing and improving them. They make sure energy gets distributed reliably and sustainably. They're key in creating smart grids, using renewable energy, and making technologies that use energy more efficiently.

 

Qualifications Required to Become an Electronics and Communication Engineer

  • Candidates must have passed their 12th grade with Physics, Chemistry, and Mathematics, or completed an equivalent 3-year Engineering Diploma approved by AICTE in any field.
  • Applicants must have secured a minimum of 50% marks in 10+2 in PCM or equivalent.
  • The applicants must have good calculative, mathematical, and observation skills.

 

Steps to Follow to Become an Electronics and Communication Engineer

What to do in your school days?

  • In your 10+2, study math and physics.
  • Start getting ready for your career during high school.
  • Learn advanced math like algebra, calculus, and trigonometry, and physics.
  • Aim to get at least 50% marks in subjects like math and physics.


Critical steps post-enrollment in Electronics and Communication Engineering College

  • Gain practical experience, which is important for most ECE jobs. You can do this through internships or by shadowing professionals during your college days.
  • To boost your career, consider getting a Professional Engineer (PE) license. You can take an exam to get this license if you meet the eligibility criteria.
  • Keep improving your resume with new experiences and skills you learn over time. Look for certifications and skills that are in demand in the industry, and work on enhancing those skills.
  • Strong technical and people skills are important for electronics and communications engineers to succeed. It's also helpful to be proficient in common programming languages like C++ and Java.


Top Recruiters for Electronics and Communication Engineer

 

 

Contact Info

Vishwakarma Institute of Technology

666, Upper Indiranagar, Bibwewadi,
Pune, Maharashtra, INDIA - 411 037.

For Admission :- 91 - 7058432258 / 8793428634

For Admission :-  Office Timing :-

Monday to Friday - 10am to 5 pm

Copyright © 2024 Vishwakarma Institute of Technology, Pune
Best viewed in IE 10+, Firefox 20+, Chrome , Safari5+, Opera12+