B.Tech. in Electronics and Communication Engineering 

at Jan Nayak Ch.Devi Lal Vidyapeeth - JCDV, Haryana - Other

The BTech Mechanical Engineering syllabus is not the same across all colleges, as every college committee sets a particular coursework pattern at the start of every academic year to be followed for the respective batch. The syllabus includes some core subjects, interesting electives, and lab work that gives detailed knowledge to the students about the workings of the field.

Helpful Link: Mechanical Engineering Subjects in Detail

Dear candidate, the subject of Machine Design basically teaches you about the designing fundamentals of various types of machinery across industries. You get to learn about the different ways in which elements can be combined to form an equipment or machine system and get the work done in an effective manner.

The knowledge of this subject is very important for a mechanical engineer as he/she will have to put this to use in the future whenever they enter the workforce as a mechanical engineering professional.

Hope this cleared your doubt. Have a good day.

The BTech CSE syllabus differs on the basis of the college offering the course. Every college follows a particular coursework pattern set by the college committee. Though the subjects might vary, the overall conceptual framework is more or less similar for students to get hold of the important concepts of the CSE field.

The syllabus includes core subjects, elective subject choices, practical lab work, workshops, and a final year research project.

The BTech Civil Engineering syllabus focuses on both theoretical lectures as well as practical work.

With the help of lectures in the curriculum, theoretical concepts are introduced to students, tutorials provide space for solving problems and applications also.

And the labs offer hands-on experience to students who get acquainted with equipment and CAD software. Also, the field projects also allow students to apply their B Tech Civil Engg. skills and knowledge to design and implement communication systems.

After JEE session 2 is completed, only those candidates who are aiming for IITs need to start preparing for JEE Advanced after clearing JEE Main. Those who are above the 98th percentile should start preparing for JEE Advanced as soon as possible. Those below this, between the 95th and 98th percentile, should focus on attempting more mock tests and previous year question papers so that they have a better chance of clearing JEE Advanced

ECE courses do offer various electives for you to opt in the both the UG-level and PG-level ECE courses where you get the chance to pick a specific subject that interests you more, is easy-going for you, and in which you can even pursue a specialisation further to tailor your career path in a particular direction.
You can choose to pick a subject according to the specialised field within your broad ECE specialization, which you would like to enter into in the future, where you see yourself as a well-established engineer. For example, in BTech ECE, there are a variety of electives like Embedded Systems, Antenna Design, Fiber-optic communication, VLSI Technology, etc.

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ECE Courses Syllabus

When it comes to customizing the syllabus for B Tech in IT, you can always find some scope in the elective subject choices that you choose based on your interests. Every college give you a plethora of elective options to choose from.

On the contrary, the core subjects are compulsory for you to study with zero scope for customization as they are meant to give you a strong base for IT-related concepts for you to become well-equipped and job-ready for the future.

Helpful Link

BTech Information Technology Syllabus

The salary for an entry-level job is INR 30,000 to 45,000 and above per month. ECE graduates earn well after gathering experience for one-two year. Moreover, professionals with industrial experience stand out in terms of skills and can earn INR 8-12 Lacs per annum. 

To get good salary, ECE graduates should have a clear concept of designing, Analog circuit, VLSI, Microprocessors, Antennas, Network Analysis, and Programming.