Electronics Engineering

Electronics engineering is that branch of electrical engineering concerned with the uses of the electromagnetic spectrum and with the application of such electronic devices as integrated circuits and transistors. Electronics Engineering is a form of engineering that incorporates electronic circuits, devices, and equipment techniques. Candidates will be able to pursue Electronics engineering after concluding their class 10. Candidates can pursue Electronics engineering at diploma, graduation, and postgraduate levels.   

Admission into Electronics Engineering courses is done based on merit as well as entrance exams. Candidates who want to pursue the Electronics Engineering course should score an aggregate of 50% in the last qualifying exam with a subject combination of Physics, Chemistry, and Mathematics (PCM subjects). Apart from the merit, candidates are also mandated to appear in entrance exams that include JEE Main, JEE Advanced, GATE, VITEEE, TS POLYCET, AP  EAMCET, BITSAT, MHT CET, WBJEE, etc. 

Electronics Engineering can be pursued online, offline, as well as through distance education. Some of the top institutes that offer EE courses are UPES Dehradun, LPU Jalandhar, Jain University, Bangalore, KL University Guntur, SRM University Chennai, NIIT University, Neemrana, etc. The average course fee for Electronics Engineering ranges from INR 3,00,000 to INR 4,00,000 per annum. 

Quick Facts About Electronics Engineering

• It is a sub-discipline of electrical engineering that appeared in the early 20th century and is characterized by the additional use of active components such as semiconductor devices to strengthen and control electric current flow.
• Electronic engineering is all about creativity. 

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The table below highlights the topics of Electronics Engineering that will be discussed in the table below. Candidates are advised to check the highlights prior to the other topics referred to in the piece. 

Electronics Engineering is the spine of modern-day information technology that allows people to operate many devices which are necessary for our daily communications such as computers, mobile phones, satellites, Wi-Fi, etc. Electronics Engineering Courses can be opted for by candidates who have a zeal for the IT profession and consumable electronics sector and propose novel inventions and suppositions for developing efficient products. Electronics Engineering Courses can be studied under several other specializations. Some of them are VLSI Design, Systems Engineering, Radio Frequency Engineering, Analog Circuits and Electronic Engineering, Telecommunications Engineering, Embedded Systems Design, etc.

Electronics Engineering is a domain that is developing rapidly and delivers immense career possibilities. There are various career paths for candidates who want to pursue a career in Electronics Engineering. There are extensive job opportunities for Electronics Engineers worldwide. An Electronic Engineer can find a job in different sectors based on their knowledge about the distinct field where they have to function. The scope of the electronics engineering course is enormous as it keeps growing rapidly. The overall profession of Electronics Engineering graduates increases every year as corresponded to any other occupation. Engineers in the Electronics field are required to grow and develop to expand work efficiency.

Accordingly, the Electronics engineering graduates in this field keep developing ultimately according to the transformations in the industry. Also, they are required to look after all the essentials about the things related to electronics. Electronics Engineering is a field that has more scope in the future with the growth in the industry.

The Online Electronics Engineering Degree includes circuit theory, digital electronics, analog electronics, signal processing, and electromagnetic theory. Some online programs offer elective courses or specializations within electronics engineering, such as communications, control systems, power electronics, and more.

To compensate for the lack of physical labs, many online programs incorporate virtual labs where students can simulate experiments and gain practical experience in a digital environment. Online electronics engineering programs often utilize various multimedia elements, such as video lectures, interactive simulations, and discussion forums, to engage students and facilitate learning.

One of the main advantages of online degrees is flexibility. Students can access course materials and complete assignments at their own pace, which is particularly beneficial for individuals with work or family commitments. Online programs typically use communication tools like discussion forums, email, and video conferencing to facilitate interaction between students and instructors. Evaluation methods may include online quizzes, assignments, exams, and project work. Proctored exams may also be used to ensure academic integrity.

It's important to choose an online electronics engineering program offered by an accredited institution to ensure that the degree is recognized by employers and other academic institutions and that the program meets specific educational standards.

Some of the top online electronics engineering courses offered by Udemy have been listed below.

• Crash Course Electronics and PCB Design
• Electricity & electronics - Robotics
• Digital Electronics: Robotics, learn by building module II

The differences between electrical engineering and electronics engineering have been listed in the table below.

A candidate can select any diploma, Undergraduate degree, postgraduate degree, or doctoral course with Electronic Engineering as a stream in India. Electronics Engineering can be pursued by candidates of various types. These include a Diploma Course in Electronic Engineering, an Undergraduate Course (Bachelor of Technology in Electronic Engineering), a Postgraduate Course (Master of Technology in Electronic Engineering), and a Doctoral Course (Ph.D. in Electronic Engineering).  Details of Electronics Engineering courses offered by various universities and colleges are listed below.

Diploma Course in Electronic Engineering

• It is a 3-year full-time course that candidates can seek after passing their Class 10
• After concluding the Diploma Course in Electronic Engineering with a minimum of 50% aggregate marks, candidates will be qualified for direct admission to a second-year UG engineering degree course (BTech)

Undergraduate Course (Bachelor of Technology in Electronic Engineering)

• A bachelor’s degree in Electronics Engineering course highlights on conceptual learning, theory, and applications
• BE or BTech in Electronics Engineering will enable candidates to gain comprehensive, technical training which is necessary for industrial works
• The duration of the Bachelor of Technology in Electronic Engineering course is of four years

Postgraduate Course (Masters of Technology in Electronic Engineering)

• A postgraduate course would help the candidates to specialize in the field of their interest within electronics engineering and progress industry knowledge
• It is a two-year course after completion of graduation in respective fields from a recognized university

Doctoral Course (Ph.D. in Electronic Engineering)

The Ph.D. course is for candidates who have completed their post-graduation in electronics with a minimum of 50% marks in aggregate throughout the Ph.D. in Electronic Engineering course.

Candidates who are willing to pursue a course in electronics engineering should go through the eligibility criteria before applying for the course. Candidates are required to go through the electronics engineering eligibility criteria based on their preferences. The same has been explained in the pointers below.

Electronics Engineering Diploma Courses:

The eligibility criteria to pursue a diploma course in electronics engineering have been explained here. A candidate must have completed Class 10 or equivalent examination with Mathematics and Science as mandatory subjects to pursue an Electronics Engineering diploma.

Electronics Engineering Undergraduate Courses:

• Candidates must have passed Class 12 or equivalent exam scoring a minimum of 50% in aggregate marks with Physics, Chemistry, and Mathematics (PCM) as compulsory subjects from a recognized institute
• Candidates must have qualified for the entrance examination conducted by the universities or institutions to pursue a course in Electronics Engineering

Electronics Engineering Postgraduate Courses:

• Candidates must have acquired a bachelor’s degree in the relevant field and a reasonable GATE score or any other exam accepted by the institute/university.
• Candidates must have scored a minimum of 60% aggregate marks in their UG degree.

Required Skill Set for Electronics Engineering

The required skills to become an electronic engineer have been explained. Some of the top required skill sets include critical thinking, interests in technology, problem-solving, communication skills, complex problem-solving, time management skills, etc. 

• Complex Problem-Solving Skills - The candidate who is willing to pursue Electronic Engineering should be capable of unraveling the concerns by finding a solution to them. They need to solve the problems of the team members in the organization if faced. 
• Critical Thinking - It is the capability to think absolutely and then understand the logic behind it. Critical Thinking demands the ability to discover reasons and ponder upon them. 
• Interest in Technology - To excel in one’s profession, candidates are needed to have an interest in technology and also understand the latest updates that keep coming in the industry. They should be inquisitive in comprehending new technologies. 
• Time Management - Time Management skill is very important as it is very consequential for them to organize their period on the basis of their work. They should be able to manage their time and work consequently. 
• Working as Teams - The most important feature of an engineer is to know how to work in a team. Candidates should be cooperating, helpful, and willing to respect the ideas of others in the group. They should always have a motive of prioritizing the thought of working in groups rather than as a single person.

JEE Main

The Joint Entrance Examination Main or commonly known as the JEE Main is a national-level entrance examination that is conducted for candidates all over India and abroad for admission into the top engineering institutes in India. 

JEE Advanced

The Joint Entrance Examination Advanced or commonly known as the JEE Advanced is a national-level entrance exam conducted by the top IITs for candidates who are willing to pursue engineering courses. Every year more than 2.5 Lakh candidates register for the entrance exam.

COMEDK

The Consortium of Medical, Engineering, and Dental Colleges of Karnataka is an entrance exam for undergraduate engineering courses. There are more than 120 colleges that accept COMEDK scores. 

GATE

The Graduate Aptitude Test in Engineering or GATE is a post-graduation national level entrance exam that is conducted for the candidates who are willing to take admission into the MTech course across the institutes of India.

BITSAT

BITSAT is an entrance exam exclusively for admissions into the Birla Institute of Technology and Science. A specific cut-off is fixed according to which BITSAT cut-off is selected. Roughly around 500,000 candidates appear for this entrance exam with less than 3000 seats.

The specialization of electronics engineering has been highlighted in the table below.

If you're interested in studying Electronics Engineering, you'll need to take an entrance exam to get admitted to most courses. The admission process can vary depending on which school you want to attend. For undergraduate courses, many schools accept a national-level test called JEE Main. However, some states have their tests for admission to their engineering programs. There are also private schools that require their entrance tests. 

For postgraduate courses in Electronics Engineering, most schools in India rely on results from a test called the Graduate Aptitude Test in Engineering (GATE). However, some schools may offer admission based on merit (such as your grades or other achievements). It's important to research the admission process for each school you're interested in to make sure you're prepared for their specific requirements.

If you want to study Electronics Engineering at a university, you might be wondering how to get admitted. Some universities might require you to take a test, while others might let you apply directly. If a university offers direct admission to Electronics Engineering, it means that you can apply without taking a test, but you need to meet certain requirements. These requirements usually include having good grades in high school or college. If you meet the requirements, here are some general steps to follow:

1. Check if you are eligible: Make sure you have the right qualifications and other things the university wants for direct admission.

2. Submit your application: Fill out a form on the university's website. You will need to provide personal information, grades, and other documents.

3. Verify your documents: The university will check your documents to make sure you meet the requirements. They might ask for your grades, certificates, letters of recommendation, and other things.

4. Attend an interview or counseling session: Some universities might want to talk to you to see if you are a good fit for the program. This could be done in person, over the phone, or via video chat.

5. Highlight your work experience: If you have worked in this field before, it can help your application. Some universities care about work experience as well as grades.

6. Write a statement of purpose or personal statement: You might need to explain why you want to study this subject and what your goals are.

7. Submit more documents: If the university asks for more documents, you will need to provide them.

8. Wait for the admission decision: The university will look at your application and let you know if you got in. If you are accepted, they will tell you what to do next.

The table below will highlight the basic fee structures of the private and government colleges based on the minimum and maximum fees that are probable for the UG, PG, Doctoral, and Diploma courses. 

The Electronics Engineering course curriculum familiarizes the candidates with the diverse subjects covered in the course. The course curriculum furnishes good knowledge about Electronics Engineering which has an emphasis on the design, analysis, and manufacturing of electronic devices. The main justification of the Electronics Engineering course curriculum is to develop and generate widgets every day.

The Electronics Engineering course offers a possibility for the candidates to assemble inventions and developments. It seeks to construct the candidates as the best Electronic Engineer to perform in the field. The course curriculum of Electronics Engineering includes subjects that make it easy for the candidates to pursue the course.

The Electronics Engineering course curriculum investigates fields like Physics, Mathematics, Signals and Systems, and multiple other subjects. The candidate is required to comprehend the subjects to score satisfactorily in The Electronics Engineering courses syllabus for all the semesters has been listed in the following headings below.

• SRM Institute of Science and Technology
• Birla Institute of Technology, Mesra
• Vellore Institute of Technology
• Thapar University
• Manipal Institute of Technology
• Lovely Professional University (LPU)
• Amrita School of Engineering
• SASTRA (Deemed to be University)
• Birla Institute of Technology and Science (BITS), Pilani
• R.V College of Engineering

The top institutes that render electronic engineering courses in India have been differentiated on the basis of city and state. Candidates are required to click on the following links to get their hands on the list of colleges.

Candidates who are willing to pursue Electronics Engineering is often tasted with greater scope. The popularity of Electronic engineering in abroad has been rising day by day with the emergence of the demand for new gadgets and innovations. The pointers below will highlight some of the reasons why candidates should choose to pursue electronic engineering in foreign countries.

• The candidate will find job opportunities faster abroad
• There is an abundance of higher education facilities abroad for the candidates. Some of the courses that are low in course fees that can be pursued after the conclusion of electronics engineering include:

(1) M.Sc. at University of Applied Sciences Upper Austria 

(2) Master's at Institut Polytechnique de Paris, France 

(3) Master's at University of Pavia, Italy 

(4) M.Sc. at KU Leuven, Belgium 

• Candidates are offered opportunities to work in other countries. Some of the top recruiting countries that hire electronics engineers at fresher levels are The United States, The United Kingdom, Germany, France, Australia, etc
• There is a variety of specializations available for the candidates which include Radio-Frequency Engineering, Signal Processing, Microelectronics, Control Systems, Power Engineering, Telecommunications, etc.

Electronics Engineering Abroad Top Colleges 

The top institutes abroad that can be chosen by the candidates who offer quality education to the candidates willing to pursue Electronics Engineering courses abroad colleges agave been listed in the pointers below:

• Massachusetts Institute of Technology (MIT), the US
• ETH Zurich - Swiss Federal Institute of Technology, Switzerland
• Tsinghua University, China
• KU Leuven, Belgium
• Aarhus University, Denmark
• Nanyang Technological University (NTU), Singapore
• University of Cambridge, the UK
• The Delft University of Technology, the Netherlands
• KTH Royal Institute of Technology, Sweden
• Technical University of Munich, Germany
• Florida Atlantic University, the US
• KAIST - Korea Advanced Institute of Science & Technology, South Korea
• The Hong Kong University of Science and Technology, Hong Kong SAR
• The University of Portsmouth, the UK
• The University of Nicosia, Cyprus

The carrer options that are available to the candidates who pursue electronics engineering have been listed in the following table along with the job type. Candidates are advised to check it properly.

Electronics Engineering Salary in India

The average salary of an electronics engineer has been highlighted in the following table. Candidates can take a look at it before applying and opting for the position.

Top Recruiters in the Electronics Engineering Sector 

The top recruiters who hire candidates from the Electronics Engineering sector are listed below.

1. Research and Development Laboratories
2. Bharat Heavy Electricals Limited
3. Defense Organisations
4. National Thermal Power Corporation 
5. Texas Industries
6. CISCO
7. IBM
8. AMD 

The types of Electronics Engineering courses are online, offline, and distance learning. 

Some of the online certification courses by the top institutes have been listed below.