Rajaram Shinde College of Engineering BTech in Electronics Engineering Admission 2024-25, Application Fees, Plantation, FAQs

B.Tech. Electronics engineering Overview

B.Tech. Electronics Engineering is an undergraduate course that focuses on the study of electronics, circuits, and communication. 

BTech Electronics Engineering deals with the designing, assembling, functioning and repair of various electronic devices, and their integral parts like diodes, transistors, etc. It is a four year long course, divided into eight semesters. 

Admission to BTech Electronics Engineering is granted on the basis of Entrance Exam Ranks, followed by a strict counselling and seat allocation process. JEE Mains and Advanced are the major national level entrance exams for this course. Some of the top colleges offering BTech Electronics Engineering Course are tabulated below.The average annual fees for studying BTech Electronics Engineering ranges between INR 80,000 to 2,50,000. Most IITs and NITs charge yearly fees in the range of INR 70,000 to 1,00,000 for this course. 

Here are some highlights of the course

B.Tech. Electronics engineering Duration

The course duration is 4 years, consisting of 8 semesters.

B.Tech. Electronics engineering Eligibility Criteria

Candidates should have completed 10+2 with Physics, Mathematics, and Chemistry as compulsory subjects from a recognized board. Candidates should also have a valid score in the entrance exams.

The candidates must complete 10+2 with Physics, Chemistry, Mathematics and English as compulsory subjects. They should study at least 5 subjects in the 10+2 level. 

The minimum marks required at 10+2 varies according to college and entrance exam. But, the lowest minimum marks required is minimum 50% in PCM. 

For admission through JEE Mains, the candidates must score above 75% aggregate marks at class 12 board exam. So, the colleges granting admission to BTech Electronics Engineering through JEE Mains set the minimum marks criteria to 75%.

The candidates must be above 17 years of age and should be medically fit.

The candidates will get only three consecutive years for attempting JEE Mains, and two consecutive years for attempting JEE Advanced.

B.Tech. Electronics engineering Entrance Exam:

Some of the popular entrance exams for B.Tech. Electronics Engineering are JEE Main, JEE Advanced, BITSAT, VITEEE, and SRMJEEE.

B.Tech. Electronics engineering Admission Process

Admission to B.Tech. Electronics Engineering is done through entrance exams or merit-based on qualifying exams. Some institutes also conduct their entrance exams.

The candidates will have to score above 250 in JEE Mains to get admission in a good college offering BTech Electronics Engineering. For Top colleges, the marks required is even higher. 

They should be very careful while attempting the questions in the entrance exam. They should mark an answer only after becoming 100 percent sure, as these exams carry negative marks. 

The candidates should be careful while Choice-locking procedure of the E-counselling. They should properly research which colleges they can get in their rank, and should place those colleges on top. Locking wrong colleges may prove to be fatal. 

The candidates should carry and show all the relevant documents during the document verification process. 

The candidates should apply for government certificates like Caste Certificate, Income Certificate, Domicile Certificate, etc (if required) well in advance. These certificates take time to get published, and hence might result in a last minute hustle. 

The candidates should keep the fees required for admission ready with them. They might be asked to pay the fees within short notice, and may have to pay either through DD or online payment platforms.

B.Tech. Electronics engineering Selection Criteria

Candidates are selected based on their performance in the entrance exams or merit-based on the qualifying exams.

Interviews (if applicable): In some cases, institutions may conduct interviews as part of the selection process. This gives them an opportunity to learn more about you beyond your application materials and assess your communication skills and suitability for the program.

Diversity and Background: Some institutions value diversity and may consider factors such as socioeconomic background, geographic location, or underrepresented minority status in their selection process.

Portfolio (if applicable): If you have relevant projects, research, or other achievements in electronics engineering or related fields, you may be asked to submit a portfolio showcasing your work. 

B.Tech. Electronics engineering How to Apply

Candidates can apply for B.Tech. Electronics Engineering through online or offline mode.

Ranking in Entrance Exams: Your performance in the entrance exam(s) will often be a significant factor in the selection process. Institutions may have cutoff scores or ranks that applicants need to meet to be considered for admission.

Personal Statement or Statement of Purpose (SOP): Some institutions may require you to submit a personal statement or SOP as part of your application. This is an opportunity for you to explain your interest in electronics engineering, your academic and extracurricular achievements, and your career goals.

Letters of Recommendation: Some institutions may request letters of recommendation from teachers, counselors, or other individuals who can speak to your academic abilities, work ethic, and character.

B.Tech. Electronics engineering Application Form

The application form can be obtained from the official website of the respective institute.

Application Process: Candidates need to fill in the application form with the required details and submit it along with the necessary documents and application fee.

B.Tech. Electronics engineering Fee

The fee for B.Tech. Electronics Engineering varies from institute to institute. The average fee ranges from INR 50,000 to INR 1,50,000 per annum.

B.Tech. Electronics engineering Syllabus

The syllabus for B.Tech. Electronics Engineering includes topics like digital electronics, communication systems, analog electronics, signals and systems, control systems, electromagnetic theory, microprocessors, and microcontrollers.

Semester I 

Engineering Mathematics I

Engineering Physics 

Engineering Chemistry 

Electro-Techniques 

Basic Electronics Engineering 

Fundamentals of Computer and Programming 

Engineering Mechanics

Semester II 

Basic Mechanical Systems 

Engineering Drawing 

Basic Civil and Environmental Engineering

Engineering Mathematics II

English and Communication Skills

Workshop Practices

Basic Electronics Engineering 

Semester III 

Engineering Mathematics III

Electronic Circuits

Digital Logic Design 

Signals and Systems 

Network Analysis and Synthesis 

Semester IV

Statistical Signal Analysis 

Principles of Communication Systems 

Microprocessors and Microcontrollers

Linear IC Applications

Control Systems 

B.Tech. Electronics engineering Salary and Jobs

Graduates of B.Tech. Electronics Engineering can work in various fields like telecommunications, semiconductor manufacturing, consumer electronics, aerospace, and defense. The average salary for a B.Tech. Electronics Engineer is INR 4,00,000 to INR 10,00,000 per annum.

B.Tech. Electronics engineering Career Opportunities

Some of the popular career options after B.Tech. Electronics Engineering are Electronics Engineer, Telecommunications Engineer, Control Systems Engineer, Instrumentation Engineer, Robotics Engineer, and Software Engineer. Graduates can also pursue higher studies like M.Tech. or pursue research in the field of electronics engineering.

B.TECH. ELECTRONICS ENGINEERING or Bachelor of Technology in Electronics Engineering is an undergrad Electronics Engineering course. Hardware Engineering is a part of designing that logically considers the impacts of electrons to manufacture segments, gadgets, frameworks, or gear. Subjects generally contemplated under this degree are Physics, Chemistry, Mathematics, Civil Engineering, Mechanical Engineering, Electrical Engineering, Electrical Circuits and Systems, Electromagnetic Fields, Electronic Devices and Components, Signals and Systems, Numerical Methods, Network Analysis, Analog Circuits and Systems, Digital Communication Systems, Microwave Engineering, Microprocessor Engineering and so forth. The course is four years span and it is vocation making in nature which opens numerous degrees after its finishing. 

Occupation Types 

• Educator and Assistant Professor 
• Gadgets Engineer 
• Power Electronics Engineer 
• Test Engineer 
• Configuration Release Engineer 
• Displays Electronics Engineer 
• Item Designer 
• System Specialist 
• Electronic Support Engineer 
• Frameworks Developer