Why Choose Engineering After 12th

Choosing the right path after completing 12th grade is one of the most crucial decisions in a student’s life. It not only shapes their career but also helps them achieve a secure and successful future.

Education Feb 11, 2025 37 Add to Reading List

Choosing the right path after completing 12th grade is one of the most crucial decisions in a student’s life. It not only shapes their career but also helps them achieve a secure and successful future. When deciding on a field, it’s important to make a well-thought-out and informed choice. Engineering, as a discipline, stands out due to its vast career potential, innovative scope, and global opportunities. Let’s dive into the details to help you understand why engineering could be the right choice for you.

Why Choose Engineering?

Wide Range of Subjects:
- Diverse fields such as Mechanical, Civil, Computer Science, etc.
- Explore different career paths.
Problem-Solving Ability:
- Approach and solve complex situations.
- Use a systematic and logical approach.
High Salary:
- Competitive salaries.
- Skilled engineers receive very good compensation.
Innovation and Impact:
- Create technologies, infrastructure, and systems driving progress.
Globally Recognized:
- Engineering degrees are globally recognized.
- Opportunities for more ventures worldwide.
Personal Development:
- Enhances self-development and critical analysis skills.
- Improves time management and personal growth.

Scope of Engineering

Engineering graduates are offered a bulk of job opportunities. They have high-demand job prospects and can work in various private, public, and government sector jobs. The scope is vast and includes fields such as:

Computer Science Engineering: Combines computer science and computer engineering. Students study software development, hardware design, networking, programming languages, algorithms, and data analysis.
Mechanical Engineering: Focuses on the study of physical machines and their designs. Includes maintenance of mechanical systems, analyzing efficiency, and working on biotechnology, construction, and manufacturing.
Civil Engineering: Involves designing, construction, and management of the natural environment. Focuses on creating infrastructure through scientific and physical principles.
Electronics and Communication Engineering: Deals with designing, testing, and producing electronic devices and communication systems. Covers embedded systems, data analytics, machine learning, robotics, and more.
Petroleum Engineering: Involves the exploration, extraction, and production of oils and natural gases.
Industrial Engineering: Focuses on improving the creation and management of complex systems and processes.
Aerospace Engineering: A field that deals with designing, testing, and developing aircraft and spacecraft.
Biomedical Engineering: Applies engineering principles to solve medical and biological problems.

Career Options After Pursuing Engineering

Software Engineer: Designs and develops software applications.
Data Scientist: Analyzes data to extract insights and drive business decisions.
Data Analyst: Collects, cleans, analyzes, and interprets data to identify trends and patterns.
Data Engineer: Builds and maintains infrastructure for data collection and analysis.
Civil Engineer: Designs, constructs, and maintains infrastructure such as roads and bridges.
Chemical Engineer: Develops processes for chemical production and material development.
Petroleum Engineer: Specializes in oil and gas extraction and refining.
Industrial Engineer: Focuses on improving efficiency and productivity in processes.
Mechanical Engineer: Designs, develops, and tests mechanical systems and components.

The Best College for the Program

SGT University’s Faculty of Engineering and Technology (FEAT) aims to develop skilled engineers in disruptive technologies. It offers undergraduate, postgraduate, and doctoral programs in Computer Science & Engineering (CSE), Civil Engineering (CE), Electronics and Communication Engineering (ECE), and Mechanical Engineering (ME). With highly qualified faculty, a conducive academic environment, and a focus on practical training, projects, and certifications, SGT University is an excellent choice.

Courses Provided for the Program

Artificial Intelligence
Machine Learning
Cloud Computing
Cyber Security
Data Science
Web Programming

Fee: ₹1,50,000 per annum

Eligibility and Admission

For BTech programs: Candidates must have completed their 10+2 education with a minimum of 60% marks in Physics, Mathematics, and one additional subject (such as Chemistry or Computer Science). The engineering admission process for 2025 involves several key steps that students need to follow to secure a spot in esteemed institutions like SGT University.

Research: Start by researching different engineering colleges and their available programs.
Entrance Exams: Register for the relevant entrance exams based on the courses you're interested in.
Application Submission: Fill out and submit your applications to the colleges you wish to apply to.
Counseling Sessions: Participate in counseling sessions where you can choose your preferred course based on your entrance exam results.
Admission Confirmation: After being allocated a seat, confirm your admission by paying the necessary fees.

SGT University: SGT University strives to make this process easier by offering dedicated support to prospective students.

Scholarship

Scholarships are also provided to the students based on their extraordinary performances and regularity in attendance.

90% and above marks obtained - 100% scholarship on tuition fee.
80% and above but less than 90%- 50% scholarship on tuition fee.
70% and above but less than 80%- 25% scholarship on tuition fee.

Conclusion

Navigating the engineering admission process can seem overwhelming, but a thorough understanding of the steps involved can make the journey much easier. SGT University provides clear eligibility criteria for various programs that offer a wide range of opportunities!

As you prepare for your future career with SGT University's comprehensive curriculum that blends rigorous academic training with hands-on experience, remember that engineering is more than just earning a degree—it's about innovating and shaping the future!