Bachelor of Technology (CHE) at A.P.J. Abdul Kalam Technological University: Introduction, Admission, Registration, Eligibility, Duration, Fees, Syllabus 2024

Posted by Admin on 24-04-2024 in Shiksha hub

Introduction

The Bachelor of Technology in Chemical Engineering (B.Tech CHE) at A.P.J. Abdul Kalam Technological University is a meticulously designed program aimed at molding competent chemical engineers ready to face global challenges. Located in the culturally rich state of Kerala, India, the university fosters a thriving academic environment with state-of-the-art facilities. The CHE program combines rigorous academics with practical applications, emphasizing sustainable and innovative engineering solutions. Over the course of the program, students gain a profound understanding of chemical processes, materials science, and process engineering, equipping them with the skills necessary to excel in diverse sectors.

Admission Process

1. Entrance Examination: Admission begins with the Kerala Engineering Architecture Medical Examination (KEAM), which tests knowledge in physics, chemistry, and mathematics.

2. Rank Importance: Post-examination, ranks are used to allocate seats during the centralized admission process.

3. Management Quota: There are additional seats under the management quota, for which separate criteria and application processes apply.

Eligibility Criteria

1. Academic Requirements: Candidates must have completed their 10+2 or equivalent with physics, chemistry, and mathematics, securing at least 50% in these subjects.

2. Entrance Exam: Eligibility extends to those who have successfully passed the KEAM, reflecting their preparedness for the university’s rigorous academic environment.

Fee Structure

Academic Year

Tuition Fee (per annum)

Miscellaneous Fee

First Year

INR 75,000

INR 10,000

Second Year

INR 75,000

INR 10,000

Third Year

INR 75,000

INR 10,000

Fourth Year

INR 75,000

INR 10,000

Duration

Program Length: The B.Tech CHE program spans four years.

Structure: It is structured into eight semesters, each offering a mix of theoretical and practical learning experiences.

Syllabus

Core Subjects: Includes Thermodynamics, Fluid Mechanics, Process Calculations, and Chemical Reaction Engineering.

Advanced Topics: Electives such as Petrochemical Engineering, Biotechnology, and Environmental Safety.

Practical Learning: Emphasis on labs, workshops, and industrial training to enhance practical skills.

Scholarship Opportunities

Merit-Based Scholarships: Available for students with outstanding academic records to alleviate tuition costs.

Need-Based Grants: Financial aid for economically disadvantaged students to ensure education accessibility.

Special Scholarships: For women, minorities, and physically challenged students, promoting inclusive education.

Career Opportunities

Diverse Industries: Graduates can pursue careers in pharmaceuticals, oil and gas, biotechnology, and environmental agencies.

Professional Roles: Positions like process engineer, project manager, and quality control specialist are common paths.

Further Studies: Many opt for higher education, such as M.Tech or Ph.D., to specialize further or engage in research.

FAQs

1. What sets the CHE program at A.P.J. Abdul Kalam Technological University apart from others?

Unique focus on sustainable engineering practices and cutting-edge research opportunities.

2. How does the university support internships for CHE students?

Strong industry ties ensure a variety of internship opportunities across sectors.

3. Are international programs available for CHE students?

Yes, the university offers student exchange programs and international conferences.

4. What are the lab facilities like for CHE students?

Equipped with modern technology and safety protocols to provide hands-on experience.

5. Does the university facilitate entrepreneurial initiatives?

An incubation center supports student startups with resources and expert guidance.

6. What type of research opportunities are available?

Opportunities in emerging fields like nanotechnology, renewable energy, and more.

7. Is there a dedicated placement cell for CHE students?

Yes, with a strong track record of securing placements in top companies.

8. How does the curriculum integrate practical learning?

Through regular lab sessions, industrial visits, and project-based assignments.

9. What are the benefits of the scholarships offered?

They significantly reduce financial burdens and encourage academic excellence.

10. What are the future study options after completing B.Tech in CHE?

Options include M.Tech, MBA, or overseas education to enhance career prospects.