BSc Biotechnology: Fees, Admission 2025, Syllabus, Top Colleges, Career Scope

Biotechnology courses are a combination of Biology and Technology. Students gain an in-depth knowledge of Molecular Biology,  Genetics, Cell Biology, Bioinformatics,  Microbiology, Immunology, Bioprocess Engineering,  Biochemistry, and Biostatistics from Biotechnology courses. These courses are available at various levels such as UG, PG, PhD, Certification, and Diploma.

BSc Biotechnology has lots of prospective career opportunities to offer to students. Some of the benefits of pursuing the graduation in Biotechnology program are as follows:

• You'll be equipped with the Bioinformatics and Computer-Assisted Research and Analysis skills. 
• It'll open up a variety of career opportunities for you.
• With the current trends and data, you'll keep updating your knowledge and earning prospects.

Candidates who have an interest in genetics should pursue this subject as a career option.

• A career as a Biotechnologist requires continuous research in different fields. Candidates who are enthusiastic about research can opt for this course.
• The Biotechnologist works on altering the genetic material of plants and animals so that the production of food and livestock increases.
• Candidates who wish to work on food security can find interest in this course.
• Students who are enthusiastic to develop drugs and vaccines can pursue this course.
• Candidates who are working professionals can pursue BSc Biotechnology in Part-Time or distance mode.

The BSc Biotechnology eligibility criteria can vary depending on the university offering the course. Aspiring candidates are advised to carefully review the specific eligibility criteria of BSc Biotechnology.

BSc Biotechnology eligibility criteria vary from institute to institute. The common eligibility criteria are as follows:

• Candidates should clear the Class 12 Board exam in the Science stream.
Secure a minimum of 50% aggregate,  having PCB  (Science stream.Biology) as core subjects.
• For reserved category candidates  (SC/ST/OBC),  the criteria are 45%.
• There is no age limit prescribed as such.

Note: This information is sourced from external sites and may vary.

No, Maths is not compulsory for pursuing a BSc Biotechnology. So, you can go for a BSc in Biotechnology without having mathematics in your 12th class. The minimum requirement for BSc. Biotechnology requires successfully passing 12th class in the Science stream with PCBM or PCM subjects. The criteria may vary based on different universities/colleges.

Although it is not compulsory to have studied Mathematics as a subject in Class 11-12 level to apply for a BSc in Biotechnology course, students should have pursued the Science stream and studied Biology as a core subject. 

The minimum eligibility requirement for BSc Biotechnology is to pass Class 10 and 12 with Physics, Biology, and Chemistry as core subjects, with min 50% overall (45% for SC/ST candidates), and 60% in each core subject. 

As it is a BSc course, unlike BTech students who have done PCM or PCB in Class 12 are eligible for admission.

No, you will not be eligible for B.Sc biotechnology. For admission in B.Sc biotechnology you have to pass in PCM/ PCB. If you fail in any of the subjects you will not be eligible for B.Sc biotechnology.

No, candidates with no Biology background are not eligible for BSc Biotechnology. 
Since the base of Biotechnology as a discipline is Biology, hence it is a must to study Biology in Class 12 in order to be eligible to pursue a BSc Biotechnology. 
In order to pursue a BSc in Biotechnology, it is important to have a basic understanding of Biology. 

Government colleges are more budget friendly as compared to private colleges in terms of fee structure. Both these colleges contain experienced faculty from all over India which help provide guidance to the students. Private colleges offer admission to the students on basis of both merit and entrance exams, depending on the college. Whereas government institutions majorly consider entrance scores.

The major subjects which are taught in the BSc Biotechnology curriculum include Biomathematics, Biophysics, Microbiology, Biochemistry, Chemistry, Mathematics, and Genetics, to name a few. 

A BSc in Biotechnology course focuses on the biological side, with disciplines like Biochemistry, Plant Biotechnology, Animal Biotechnology, and Microbiology, to name a few. Core and elective studies are separated into BSc Biotechnology subjects. Elective subjects are optional subjects that add flexibility and variety to the course.

Yes, you can pursue BSc in Biotechnology in distance mode. However, you'll have limited college options in India. Here are some options you can choose from:

Note: The information is sourced from official bodies and may vary.

Here are different types of BSc Biotechnology courses designed for students with different needs:

• Full-Time BSc Course: This is a full-fledged on-campus degree course that provides the student with all the required knowledge and skills about a particular stream or subject. 
• Part-Time BSc Course: A part-time degree is the provision of completing the degree course with the flexibility of more time. Most colleges provide part-time BSc degrees along with full-time degrees. 
• Distance BSc Course: BSc Distance Education colleges provide the option of completing this degree along with a job. This is the most flexible form of a degree course.

The below mentioned table suggest the most recommended books suitable for BSc Biotechnology course are as follows: 

The 1st-year syllabus for the BSc in Biotechnology course may vary to some extent depending on the colleges. Although some of the common subjects are included in the generic 1st year syllabus of BSc Biotechnology are listed below:

Note: The information above is sourced from external sites and may vary.

CUET (Common University Entrance Test) is the most popular entrance exam conducted by majorly every BSc Biotechnology college in India. However, some colleges also conduct university-level exams like CUCET, LPU NEST, etc.

BSc Biotechnology entrance exams can be challenging, but not insurmountable. Success depends on individual aptitude, preparation, and the specific exam. While some find the course and exams interesting and relatively easier, others may struggle with the intense coursework and demanding practical aspects. Course
BSc Biotechnology Courses can be of some level of difficulty. Although not impossible to crack. A good preparation, genuine interest, and a detailed plan of action can land you in a good college with the course of your choice. Some external factors that can affect your performance and determine your rank/score in these entrance exams are as follows:

Coursework: A course syllabus that is anticipated to make it to the final examination in the form of questions plays an important role in determining the candidate's performance.
So, candidates should make sure they are thoroughly aware of the syllabus to be covered and precisely work with that instead of grasping irrelevant topics.

Exam Difficulty: Each year, important exams' difficulty levels are evaluated by experts, teachers, and candidates in order to make speculations in the coming years.

Interest and Motivation: Students only tend to work hard for their results when they happen to actually like the syllabus. So, make sure you are preparing for a certain course because you like it instead of just doing it for the sake of it.

Although most colleges affiliated to Delhi University do not offer the BSc Biotechnology course, some of them, like Acharya Narendra Dev College, Bhagini Nivedita College, Zakir Husain Delhi College, Gargi College, Hans Raj College, and Miranda House, offer alternate courses to BSc Biotechnology, such as BSc in Life Sciences or a BSc in Biomedical Science.

The worthiness of a degree is directly proportional to the hard work one is willing to put in; various factors like field knowledge, individual capabilities, practical skills, and academic background tend to matter when it comes to analyzing the ROI of any course, such as BSc Biotechnology.

After the bachelor's degree, one can either go for direct employment or pursue a master's either in a niche like nanotechnology, bioinformatics, microbiology, etc. After that, one has to choose between doing a PhD or not, and again, I'll say it's purely based on your interest.

After a master's, one has a better opportunity to join brilliant biotech-oriented companies like Biocon, Cipla, and many other pharma companies. If you are good at research and academics, crack the exams of various government research centers like CSIR, DBT, DIBER, BAR, etc. One can also pursue their career in teaching as a lecturer in their field of speciality.

So basically, first decide if you are a research-oriented person, academia-oriented, or a 9–5 person, and then pave your path accordingly.

Here is a detailed overview of the major differences between BSc Biotechnology and BTech Biotechnology, given in a tabular format for the ease of interested candidates to refer to.

Note: The information is sourced from external sites and may vary.

As a beginner in the Biotechnology field, a BSc in Biotechnology course can be an apt option for you. It is a 3-year UG degree program that will help you get the basics of the application of technology to study cellular and biomolecular processes. BSc Biotechnology will also open doors for a Master's degree in further search-related programs. 

Once you complete the course, you'll also be eligible to opt for a career path in the Biotechnology field based on your interest and skills.

When it comes to pursuing Biotechnology courses after class 12 with a Science background of PCM/B, one can go for BSc in Biotechnology, Integrated MSc BSc in Biotechnology, or a BTech in Biotechnology. If not these, interested students can also go for similar courses like B.Tech in Molecular and Cellular Engineering, Bioprocess Technology, or Biomedical Engineering, or B.Sc. in fields such as Microbiology, Biochemistry, or Agricultural Biotechnology.

Deciding whether BSc Biotechnology is easy or not depends on your study habits, interests, and strengths. Biotechnology combines Technology and Biology, so it requires a thorough understanding of genetics, biochemistry, molecular biology, and other related fields. For some it may be difficult, but for some students it may be interesting and fulfilling.

There are more than 900 BSc Biotechnology colleges in India. Here are some top colleges listed below for your reference:

Note: The information is sourced from official bodies and may vary.

The average course fee for BSc Biotechnology starts from INR 612 and goes up to INR 10.47 Lakh. However, the fee structure of BSc Biotechnology courses vary from college to college depending on their location, ownership, placement options, and more.

Here are some of the best BSc Biotechnology college options offering great placement opportunities to graduates:

Note: The information is sourced from the official/counselling body and may vary.

Here are some affordable BSc Biotechnology college options in India:

Note: The information is sourced from the official/counselling body and may vary.

Some of the most popular government colleges that offer the BSc in Biotechnology course are listed below. Interested candidates can refer to the table for the same.

Note: The information is sourced from the official/counseling body and may vary.

Interested candidates can refer to the table below to learn about the most popular private colleges of India, offering a BSc in Biotechnology:

Note: The information is sourced from the official/counseling body and may vary.

The top industry areas or sectors which offer a good career scope to BSc Biotechnology students are Medical and Healthcare, Pharmaceutical, Food & Nutrition, Environment Conservation, and Animal Husbandry, among others.

A BSc in Biotechnology programme focuses on the biological side, with disciplines like Biochemistry, Plant Biotechnology, Animal Biotechnology, and Microbiology, to name a few. Core and elective studies are separated into BSc Biotechnology subjects. Elective subjects are optional subjects that add flexibility and variety to the course.

There are numerous career options for individuals enrolled in a BSc Biotechnology academic course. The industry is expanding rapidly with a rise in the number of jobs.

There is a constant demand for skilled professionals to enter the industry and serve by developing products that cater to the needs of humans to improve the quality of life. A few top recruiters for BSc Biotechnology graduates include:

Research firms, Chemical manufacturers, Hospitals, Educational institutes, Pharmaceuticals, Fertilizer manufacturers, Food production firms, Soil biology, Clinical research firms, Animal husbandry, Laboratories, Cosmetics, Consultation agencies, and Ecology are the top industries worldwide that hire BSc Biotechnology graduates for numerous job roles.

To get a good salary package, you need to work on a few things such as getting a master's degree, gain relevant experience in your field, develop specialised skills, or obtain professional certifications, etc.

Yes, you can find job opportunities in various government sectors like research centers, government labs, regulatory bodies, public health agencies, etc. Food and Drug Administration (FDA), Environmental Protection Agency (EPA), and National Institutes of Health (NIH), etc., employ professionals with expertise in biotechnology.

BSc Biotechnology is a 3-year UG course that is divided into six semesters. It provides students with a broad understanding of biomolecular and cellular processes as well as knowledge of the many technologies that can be used to research them.
BSc Biotechnology covers a broad range of subjects, such as Chemistry, molecular biology, and genetics. The curriculum is organised as follows:

• 6 semesters
• Practical
• Project Submission
• Lab experiment

BSc in Biotechnology can lead to a number of employment options in the Pharmaceutical, Environmental Science, Healthcare, and Agricultural sectors. You could work in manufacturing, quality assurance, research and development, or even pursue graduate or professional programs to further your education with this degree. The biotechnology sector presents bright career opportunities for individuals who want to use scientific concepts to create useful solutions and is always changing.

A BSc Biotechnology is a 3-year UG course that focuses on the intersection of Biology and Technology. B.Sc Biotechnology involves the study and manipulation of living organisms or biological systems to develop products and technologies that improve human lives, address societal needs, or benefit the environment. Biotechnology encompasses a wide range of disciplines such as Genetics, Microbiology, Molecular Biology, Biochemistry, Immunology, and Bioinformatics.

Students in BSc in Biotechnology courses typically learn about the principles and techniques used in biotechnological research and application. This may include Genetic Engineering, Cloning, Fermentation, Tissue Culture, Bioinformatics, Genetic2 Science, Pharmaceuticals, Agriculture, and more. The BSc in Biotechnology curriculum often includes laboratory work, hands-on experiments, and research projects to provide students with practical skills and experiences in Biotechnology.

Here are a few reasons why students nowadays prefer studying BSc Biotechnology courses:

• Interdisciplinary Nature: BSc in Biotechnology integrates principles and techniques from various scientific disciplines such as Biology, Chemistry, Physics, and Engineering. 

• Cutting-edge Field: BSc in Biotechnology is a rapidly advancing field with constant technological innovations and discoveries.

• Problem-solving Skills: BSc in Biotechnology graduates are trained to identify and solve complex problems related to human health, agriculture, and the environment. 

• Career Opportunities: Graduates of BSc Biotechnology courses have diverse career options in industries such as pharmaceuticals, healthcare, agriculture, food and beverage, environmental science, and biotechnology research. 

• Innovation and Entrepreneurship: BSc in Biotechnology fosters a culture of innovation and entrepreneurship, where individuals can develop and commercialize new products, technologies, and therapies.