BTech & BE Full Form: Courses full form, Subjects, Fees & Career

Worldwide demand for engineers has always existed. However, engineering courses are more conventional programs that have always been appealing and significant. This stream is still among the more fruitful ones. Numerous new courses have been added in the current situation. Several options are available to students, but surprisingly, engineering streams are the most popular. It is the field that is most favoured and well-liked.

This blog targets beginners who are interested in this course. It provides information on the course structure and the overall format of BTech and B.E. courses. It is a comprehensive resource for B. Tech and B.E. courses.

Full form of BTech and B.E.

Two engineering-related undergraduate degrees are the Bachelor of Technology (BTech) and the Bachelor of Engineering (B.E.). A recognized university grants these four-year degrees. Public and private institutions award these degrees.

Difference between BTech and B.E.

The distinction between a B. Tech and a B.E. is thin. Curriculum-wise, these courses are similar. Using the definitions found on Google, let's comprehend the differences.

Engineering is the field of science and technology that deals with creating, constructing, and operating machinery, engines, and structures. It is the use of math and science to solve problems. Engineers use the discoveries made by scientists and inventors to create practical solutions.

Technology is the applied solicitation of systematic information, particularly in the industrial setting. It is the outcome of using skills, procedures, and processes in research and production and accumulating knowledge.


  • The prerequisites for a B. Tech and a B.E. are identical. However, the minimum scores required for admission differ among colleges.
  • Math, physics, and chemistry have to be the three main subjects on the HSC exam.
  • Pupils must have received a minimum of 50% in their 12th grade.
  • Students who have finished a three-year diploma program in any branch of engineering are also qualified for admission. Second-year students are admitted immediately. Another name for this is a lateral entrance plan.

Entrance Exam for Engineering Courses 

A nationwide entrance exam called JEE Mains is required for admission to many engineering institutes, including IIT. To pass the 12th grade, a student must complete physics, Chemistry, and Mathematics with at least 50% of the possible points. A candidate must appear for JEE within three years of passing the 12th grade. It is held four times a year. You must take the JEE if your goal is to be admitted to engineering programs.

Curriculum and course structure

The All India Council for Technical Education creates the curriculum for these courses, which last four years and eight semesters. After the sixth semester, candidates must choose to do an internship to pass the course.

Engineering bachelor's degree subjects include:

  • Basic Electrical and Electronics Practice
  • Biology
  • Biotechnology
  • Business Studies
  • Chemistry
  • Chemistry
  • Communication and Presentation Skills
  • Computer Science
  • Computing Fundamentals & C
  • Data Structures
  • Electronics
  • Engineering Graphics
  • Entrepreneurship.
  • Environmental Studies
  • Informatics Practices
  • Information Technology
  • Mathematics
  • Mathematics-I
  • Physical-l
  • Physics
  • Subjects under Bachelor of Technology
  • Technical Vocational subject
  • Workshop Practice
  • World Civilizations

Engineering branches

The engineering field offers a Catholic range of possibilities. Students eager to enroll in engineering courses have numerous specialization choices, and there are plenty of prospects for a productive career in these highly sought-after fields.

  • Aeronautical Engineering
  • Aerospace Engineering
  • Automobile Engineering
  • Biotechnology
  • Chemical Engineering
  • Civil Engineering
  • Computer Science & Engineering
  • Electrical and Electronics Engineering
  • Electrical Engineering
  • Electronics & Communication
  • Engineering Physics
  • Mechanical Engineering
  • Metallurgical Engineering & Materials Science
  • Trending specializations

An integral component of engineering is upgrading. Technology is constantly evolving, and courses are updated to reflect the state of the market. While introductory and traditional courses stay the same, specialization in a particular field is added for added benefit. As a result, it becomes increasingly industry- and job-specific.

  • B. Tech CSE with a focus on machine learning and artificial intelligence
  • B. Tech CSE, Cloud Computing Concentration
  • B. Tech CSE, Specialized in Cyber Security and Forensics Concentration
  • B. Tech CSE with Gaming Technology Specialization
  • B. Tech in Communication and Electronics Engineering with a center on Artificial Intelligence and the Internet of Things
  •  Mechanical Engineering, Mechatronics specialization
  • B. Tech in Mechanical Engineering with a focus on Automation and Smart Manufacturing
  • B. Tech CSE with a focus on Machine Learning and Artificial Intelligence
  • B. Tech CSE with a focus on Automation, DevOps, and Cloud
  • B. Tech CSE with a Cyber Security Concentration

Higher studies after B. Tech and B.E. courses 

Engineers are constantly in greater demand. They create and put into practice. In every area of the industry, engineers are needed. The fields of B. Tech and B.E. are highly varied. It is a well-regarded course because of its many engineering specializations. The emphasis of this course is also on industrial knowledge and application. Therefore, engineers can find fulfilling employment opportunities immediately after graduating. They can also continue their education by obtaining a master's degree in a particular field. The following are possible M. Tech fields of study for candidates:

  • Chemical Engineering
  • Computer Science and Engineering
  • Electrical Engineering
  • Electronics and Communication Engineering
  • Mechanical Engineering
  • Power Systems Engineering
  • Process Control and Instrumentation Engineering
  • Software Engineering
  • Thermal Engineering
  • VLSI System Design

Career options after B. Tech and B.E. courses

After completing an engineering degree, a candidate may look for employment in his expertise. Numerous career alternatives can lead to a successful, profitable, and fulfilling career in engineering, as the area is in high demand.

  • Employment in the private sector: Given their technical background, engineers can quickly locate industry-focused positions in various fields. They can serve as researchers, consultants, instructors, subject matter experts, and engineers.
  • Positions in Public Sector Undertakings: Federal and state governments jointly own public sector undertakings. National Mineral Development Corporation (NMDC), ONGC, BHEL, and Hindustan Copper Limited hire engineers yearly.
  • Engineering Services Examinations: UPSC conducts the Engineering Services Examination (ESE) annually. Engineers are enlisted for techno-managerial positions in four domains: Civil, Mechanical, Electrical, Electronics, and Telecommunications. An interview follows two levels of written testing.
  • Employment in the defense industry: The defense industry runs a technical sector that assists the Air Force, navy, and Army. After earning a B. Tech., those seeking to enter this sector must take the University Entry Scheme (UES), Air Force Common Admission Test (AFCAT), or Short Service Commission (SSC) Entrance Test.


To sum up, comprehending the complete scope of BTech and B.E. is the first step in exploring the various prospects offered by these programs. Students enrolled in Bachelor of Technology (BTech) and Bachelor of Engineering (B.E.) programs acquire the technical know-how and abilities needed in various industries. The topics addressed, which range from computer science to civil engineering, are extensive and pertinent to the changing needs of the contemporary world.