{"id":54715,"date":"August 19, 2021","title":"Academic Courses After 10+2 Science","content":"

In our previous blog<\/a> we have mentioned the various streams you can opt for after your 10th grade. To recap, we had mentioned there are three main courses you can opt for, that is, Arts<\/a>, Commerce<\/a> and now we come to the science stream.<\/p>\n

Here we will discuss the various career options open to you after completing your 10 +2 in the science stream.<\/p>\n

When you take up the science stream, it means you have an analytical and critical thinking capacity<\/a>, which is important to pursue a career in science.<\/p>\n

Let\u2019s now look at a comprehensive but not exhaustive list of career opportunities<\/a> in the sciences.<\/p>\n

Bachelor of Engineering \/ Bachelor of Technology<\/h3>\n

\"Woman<\/p>\n

The most popular courses after 10+2 are the Bachelor of Engineering (B.E) and the Bachelor of Technology (B.Tech) courses.<\/p>\n

The course is completed in 4 years. Now the most obvious question is what is the difference between a Bachelor of Engineering and a Bachelor of Technology course.<\/p>\n

While the difference is more in the approach to the subjects, the courses are more or less similar, with interchangeable subject material.<\/p>\n

A candidate pursuing a Bachelor of Engineering course<\/a> is more likely to have an aptitude towards theoretical concepts<\/a>.<\/p>\n

Whereas a student pursuing a Bachelor of Technology is more likely to have a practical approach. While the difference is minor, importance is given to the final demeanour of the student.<\/p>\n\n\n\n\n\n\n\n
Bachelor of Engineering<\/b><\/td>\nBachelor of Technology<\/b><\/td>\n<\/tr>\n
The course can be pursued after completing 10+2 in the science stream with the prescribed compulsory subject combinations.<\/span><\/td>\nThe course can be pursued after completing 10+2 in the science stream with the prescribed compulsory subject combinations.<\/span><\/td>\n<\/tr>\n
Admission based on state level or national level entrance examinations<\/span><\/td>\nAdmission based on state level or national level entrance examinations<\/a><\/span><\/td>\n<\/tr>\n
Students are more likely to be introduced to theory of innovation rather than practical know how.<\/span><\/td>\nStudents are trained to apply practical knowledge<\/a> behind the technology used in an innovation.<\/span><\/td>\n<\/tr>\n
Internships are recommended in order to broaden the prospects of students<\/span><\/td>\nInternships and industrial visits are part of the course curriculum.<\/span><\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n

 <\/p>\n

The Bachelor of Engineering and Bachelor of Technology under graduate degree is a 4-year long course.\u00a0 The under graduate program offers innumerable courses.<\/p>\n

Some of the courses are enlisted below but not limited to the following list.<\/p>\n

Aerospace Engineering<\/h4>\n

The aerospace engineering course is mainly concerned with the design and development of aircrafts and spacecrafts.<\/p>\n

Under this branch of engineering, there are three more branches<\/p>\n

Aeronautical Engineering<\/h5>\n

This branch of engineering deals with the techniques of manufacturing aircrafts.<\/p>\n

Astronautical Engineering<\/h5>\n

As the name suggests, astronautical engineering deals with the performance of aircrafts and spacecrafts in the atmosphere.<\/p>\n

As the atmosphere has different layers, Astronautical engineering relates to the study of the performance of space vehicles in the different layers of the atmosphere.<\/p>\n

Avionics Engineering<\/h5>\n

Avionics engineering is another branch of aerospace engineering which deals with highly sophisticated advancements in aircraft technology.<\/p>\n

Eligibility<\/h6>\n

Students who have completed 10+2 with Physics<\/a>, mathematics and chemistry as majors can opt for this course.<\/p>\n

Job Prospects<\/h6>\n

Aerospace engineers have bright career prospects especially in Airforce, Airlines, Defence<\/a>, Aeroplane and helicopter manufacturing companies and space research companies.<\/p>\n

Artificial Intelligence and Machine Learning<\/h4>\n

\"Woman<\/p>\n

One of the latest branches to be added in the field of engineering is Artificial intelligence and Machine learning. It is a very promising and futuristic branch of engineering.<\/p>\n

The need for this branch arose due to the development of robots and machines that could think more human-like. It aims at offering subjects that could lead to the development of machines with the power of human intelligence.<\/p>\n

Eligibility<\/h5>\n

Aspirants would need to have completed 10+2 in the Science stream<\/p>\n

Job Prospects<\/h5>\n

Artificial Intelligence and Machine Learning is a course of the future. With more and more technological advancements this branch of engineering seems to be gaining popularity amongst students today.<\/p>\n

Almost every commercial establishment will require artificial intelligence and machine learning<\/a> to stay a cut above the rest.<\/p>\n

Therefore, the recruiting industries for this branch of engineering could range from the hospitality industry to the healthcare industry and more.<\/p>\n

Automobile Engineering<\/h4>\n

The automobile branch of engineering deals with the design, functioning, testing and manufacture of vehicles in the automobile industry.<\/p>\n

It involves various aspects like safety engineering, software and electronic engineering among others.<\/p>\n

Eligibility<\/h5>\n

10+2 Physics Chemistry Mathematics<\/p>\n

Recruiting Industry<\/h5>\n