B.Tech in Genetic Engineering: Course, Eligibility, Fees, Scope, Salary

B.Tech in Genetic Engineering is a four-year undergraduate programme in the field of engineering. This course applies principles of biotechnology to modify the DNA structure of organisms, aiming to develop desired traits. It is suitable for those interested in exploring genetic processes at a molecular level.

This Story also Contains

1. B.Tech in Genetic Engineering- Important Dates and Events
2. B.Tech in Genetic Engineering Course- Highlights
3. B.Tech Genetic Engineering Eligibility Criteria
4. B.Tech in Genetic Engineering Admission Process
5. B.Tech in Genetic Engineering Entrance Exams
6. B.Tech Genetic Engineering Cut-off
7. B.Tech in Genetic Engineering Syllabus
8. B.Tech Genetic Engineering Fees
9. Scope of B.Tech in Genetic Engineering
10. B.Tech Genetic Engineering Career and Salary Trends
11. B.Tech Genetic Engineering Top Private Colleges in India

Candidates who have completed their class 12 in the science stream are eligible for admission to this course. The curriculum includes subjects related to molecular inheritance and genetic modification. Students also study techniques used in gene manipulation for both research and practical applications.

Admission to B.Tech in Genetic Engineering is generally based on entrance exams such as JEE Main, UPCET, and SRMJEEE. Applicants are advised to check individual college websites for exact criteria and updated admission schedules.

Graduates can pursue careers as Genetic Engineers, Geneticists, or Medical Writers. Some of the top recruiting companies include Lupin, Aspen Pharma, Aurobindo Pharma, and Fresenius Medical Care. The course fee typically ranges from Rs. 2 lakhs to Rs. 11 lakhs, depending on the institution.

B.Tech in Genetic Engineering- Important Dates and Events

• JEE Advanced Admit Card Release Date- 11th May 2025
• JEE Advanced Exam Date- 18th May 2025.
• COMEDK UGAT Examination Date- 10th May 2025

B.Tech in Genetic Engineering Course- Highlights

The B.Tech in Genetic Engineering course equips students with knowledge of DNA modification and biotechnology applications. This section outlines essential details such as course duration, eligibility criteria, admission process, entrance exams, fees, salary expectations, career options, and top recruiters to help candidates understand the academic and professional scope of this programme.

B.Tech Genetic Engineering Eligibility Criteria

To pursue the Genetic Engineering course at the undergraduate degree level, students must meet the B.Tech Genetic Engineering eligibility criteria. The eligibility criteria vary from one college to another. Here are the basic eligibility criteria for admission to a B.Tech program in Genetic Engineering:

B.Tech in Genetic Engineering Admission Process

Admission to the B.Tech Genetic Engineering course is generally based on entrance exams conducted at the national, state, or university levels. Interested students must track exam dates, apply to preferred colleges, and complete the admission process on time. Some institutes also offer management quota seats with higher fees.

• Students need to appear for entrance exams like JEE Main, SRMJEEE, or other relevant tests conducted at various levels.
• They need to apply to institutions based on exam scores through the available online or offline mode.
• Keep track of important deadlines related to applications and counselling.
• Attend counselling or admission rounds as per the college's process.
• Complete document verification and submit the course fees within the given timeline.

B.Tech in Genetic Engineering Entrance Exams

Admission to B.Tech in Genetic Engineering is primarily based on entrance exams, which are conducted at national, state, and institutional levels. These exams assess the eligibility of candidates for various engineering colleges offering the course. Here are some of the most important entrance exams for this programme.

Also Read: Two Months Preparation Plan for JEE Main and JEE Advanced 2025

B.Tech Genetic Engineering Cut-off

The B.Tech Genetic Engineering cut-off determines a student’s eligibility based on their exam performance. It varies between institutions and is influenced by factors such as the number of applicants and the difficulty level of the exam. Each college sets its own cut-off based on these criteria.

B.Tech in Genetic Engineering Syllabus

Before starting the course, candidates should review the B.Tech in Genetic Engineering syllabus. Below, we have outlined the subjects taught in this programme at Bharath Institute of Higher Education and Research. This will help students understand the academic structure and prepare for their coursework effectively.

B.Tech Genetic Engineering First Year Syllabus

The first-year syllabus of B.Tech in Genetic Engineering focuses on foundational concepts in science, engineering, and programming. Students are introduced to key subjects such as genetics, cell biology, and computing, along with lab sessions that improve practical understanding. The curriculum builds a strong base for future specialised topics.

B.Tech Genetic Engineering Second Year Syllabus

The second-year syllabus introduces advanced biological concepts and laboratory techniques essential for genetic engineering. Topics such as microbiology, immunology, and molecular biology are covered, along with practical labs and seminars. These subjects help students deepen their understanding of genetic processes and prepare them for specialised research and applications in biotechnology.

B.Tech Genetic Engineering Third Year Syllabus

In the third year, students focus on specialised subjects such as gene therapy, cancer biology, and metabolic engineering. Practical training continues through lab work and mini-projects, improving their technical skills. Topics also include ethics, informatics, and research methodology, preparing students for higher-level research and industry-specific roles in genetics.

B.Tech Genetic Engineering Fourth Year Syllabus

The final year focuses on advanced subjects like stem cell biology, nanobiotechnology, and biosafety. Students engage in major project work, implant training, and lab sessions that help apply their knowledge in real-world scenarios. Multiple electives allow customisation based on interests and future career or research goals.

B.Tech Genetic Engineering Fees

B.Tech Genetic Engineering fees vary depending on the university or institution. It is important to review the fee structure and assess financial affordability before finalising a college. On average, the total course fee for B.Tech in Genetic Engineering ranges from Rs. 2.0 lakhs to Rs. 11.0 lakhs across institutions.

Scope of B.Tech in Genetic Engineering

B.Tech in Genetic Engineering is a specialised course that involves the study and manipulation of gene structures. It allows individuals to explore the field of genetics in depth and understand its vast applications in areas like healthcare, agriculture, and pharmaceuticals, depending on their area of interest.

This course offers a wide range of career opportunities in both the government and private sectors. Graduates can work as research associates, lab managers, or in biotech firms, while those with higher qualifications, such as a PhD, can pursue teaching roles in universities or engage in advanced research projects.

B.Tech Genetic Engineering Career and Salary Trends

Graduates of B.Tech in Genetic Engineering can explore careers across various sectors, including healthcare, research, and biotechnology. The job roles vary in scope and salary depending on the field of work, experience, and location. Below is a table highlighting top career options, along with the average genetic engineering salary.

Source: AmbitionBox, Glassdoor

Top Recruiters:

• Lupin
• Aspen Pharma
• Aurobindo Pharma
• Fresenius Medical Care
• Sun Pharmaceutical Industries Ltd

Benefits of Studying B.Tech in Genetic Engineering

A graduate with a B.Tech in Genetic Engineering has an opportunity to work in different sectors such as academics, research and development centres, genetic research centres, and food and pharmaceutical industries. Choosing a career in genetic engineering has a wider scope with prospects since new developments in this field are on the rise.

After the completion of a degree course in B.Tech Genetic Engineering, a student can continue further studies to achieve a degree in M.Tech and PhD to become a scientist. They can continue their research on a particularly interesting project.

B.Tech Genetic Engineering Top Private Colleges in India

In India, there are few institutes offering B.Tech in Genetic Engineering. Admissions are typically based on academic performance and entrance test scores. It is important for students to carefully review each college's offerings, curriculum, and fees before making a decision. Below is a list of top private colleges that offer this programme.

B.Tech in Genetic Engineering provides students with a comprehensive understanding of molecular techniques and their practical applications. With growing global demand for genetic research, graduates have exciting opportunities to contribute to advancements in biotechnology and related fields.