What is the best course after completing grade 12? This question is probably the most frequently asked question of all 12th-grade students. With diversification across all disciplines, the struggle to choose the right and the profitable program is essential to marking a good career. Science has a wide range of disciplines and leads to subcategories that bring together research and research in new disciplines. Biotechnology is one such research course that many science students are interested in. Do you know there are different types of Biotechnology courses one can sign up for? Read this blog to know all the Biotechnology courses after the 12th.

What is biotechnology?

Biotechnology is a very broad field, including a combination of two scientific biology and technologies that answer questions such as the causes of genetic diseases in plants and animals and provides solutions to many common problems. It is a combination of physics, mathematics, chemistry, biology, and computer applications. Both MPC and BiPC students can apply for biotechnology courses. As one of the latest areas of biology, we provide students with vast amounts of research and discoveries for the future. Post 12 biotechnology courses include immunology, virology, cell and molecular biology, microbiology, bioinformatics, medicine and more, giving students many choices.


The general admission and admission requirements for biotechnology courses after the 12th are as follows: To complete a biotechnology course such as BSc biotechnology after 12 years, students must complete 10 + 2 in the science field of an accredited institution. The entrance exams for biotechnology courses in India after the 12th are: All India Biotechnology Admission, Gurgobin Dosin Indraplasta University Joint Admission, Central University Biotechnology Admission, Anna University Biotechnology Admission, Jamia Miri Ice Ramia Admission. Subjects required for a specific biotechnology program, mainly science subjects, ie Physics, biology, mathematics, chemistry. Biotechnology courses from grade 12 onwards require a combination of these, including MPC and BiPC courses.

List of Biotechnology Courses:

What are the diploma alternatives you’ve got simply after finishing magnificence twelfth? Well, you most effectively have 2 alternatives here! One is a degree, and the alternative is a Bachelor`s diploma. Here is the pinnacle bachelor`s ranges and B.Sc. Biotechnology guides after twelfth:

  • BSc in Biotechnology (Molecular Biology)
  • BSc in Bioinformatics
  • Bachelor of Applied Science
  • Bachelor’s Degree in resource biotechnology
  • BSc in Medical Biotechnology
  • Bachelor of Applied Science Majoring in Molecular Biotechnology
  • BSc in Chemical Engineering with Biotechnology Specialization
  • BSc Majoring in Plant Biotechnology
  • Bachelor of Biomedicine
  • Bachelor of Medical Science
  • BSc in Agricultural Biotechnology and Biochemistry
  • Bachelor of Biomolecular Science – Environmental Biotechnology
  • Bachelor of Applied Arts and Sciences in Biotechnology
  • Bachelor’s in applied sciences with Islamic Studies
  • BSc in Biological Engineering – (Biotechnology Engineering Concentration)
  • Graduate Diploma in Technology
  • Diploma in Biotechnology
  • Diploma of Laboratory Technology
  • Bachelor of Biotechnology and Innovation
  • Diploma in Molecular Biotechnology
  • Certificate in Food Biotechnology
  • Diploma of Health Science in Molecular Genetics and Biotechnology

BTech Biotechnology:

BTech Biotechnology combines biology and technology to create areas that offer vast knowledge, including topics such as bioprocess engineering and chemical engineering principles. This is one of the best courses in STEM education. The curriculum includes internships, projects, entrepreneurship, programming basics, IT tools, experiments, and even foreign language courses.

Bachelor of Science in Genetics:

Another option on the list of Post class 12 Biotechnology courses is: BSc genetics. Being one of the major life sciences degree programs, many universities have also designed the curriculum for this degree program in a variety of subjects such as biotechnology, cell biology, biochemistry, evolutionary biology, and regeneration. I specialize in it.

BSc Biotechnology:

BSc Biotechnology since the 12th year presents all aspects of this area. During your Bachelor of Science biotechnology research, you will easily learn everything. The program introduces topics such as genetic engineering, fermentation technology, immunology of vaccine production, bioinformatics, research design, epidemiology, and cell structure.

BTech Food Technology:

BTech Food Technology is a popular biotechnology course since 2012, followed primarily by students seeking a technical degree. Most colleges prefer 12th-grade math candidates for this degree. We deal in the processing, prevention, and packaging of the ready-to-eat food industry. The focus is to extend the shelf life of products through a variety of physical and chemical processes that comply with quality standards set by the authorities.

Bachelor of Technology in Bioprocess Technology:

B.Tech in Bioprocess Technology provides knowledge about bioprocess technology and its applications. It also provides insight into the chemistry and what it means in real-world applications. The bioprocess engineering course focuses on the food and pharmaceutical industry. In addition, specialities include the petrochemical industry and pollution control systems. Bioprocess engineering relies on other engineering disciplines. Graduates apply basic technical concepts to living cells or their subcomponents.

Bachelor of Engineering in Biotechnology:

B.E. In the field of biotechnology, we generally provide theoretical research on biomolecules and organisms. And their use in the development of useful products. Unlike B.Tech courses, B.E courses focus on academic subjects rather than hands-on sessions. Theoretical sessions encourage graduates to engage in research science and dissertation. Graduates receive numerous jobs in the IT, pharmaceutical, research and other industries with a competitive payroll package.

B.Tech, Department of Molecular Cell Engineering:

Molecular Cell Engineering deals with molecular biology and cell biology. In this course, students study molecular interactions and cell behaviour to reduce or prevent disease. Molecular Cell Engineering is a four-year course divided into eight semesters. Admission procedures for B.Tech in molecular cell engineering vary from university to university. Admission to this course is based on the candidate’s grades on the joint entrance exam.

Bachelor of Technology in Biomedical Engineering:

Biomedical Engineering is a development area and offers enormous opportunities for research. It combines engineering design and problem-solving skills with biological research. This course offers a professional degree in medicine to improve diagnosis, treatment, and surveillance in health care. BE Biomedical Engineering approval is primarily based on performance-based selection criteria. Most universities offer admission through standard access points such as AIEEE and JEE. At the same time, some people take their own entrance exams such as BITSAT and LPUNEST.

Bioinformatics Bachelor of Science:

This biotechnology course from grade 12 onwards is like data analysis in the marketing and financial industry, bioinformatics in biotechnology. BSc bioinformatics courses include pattern recognition, drug data design and development, sequence matching, gene discovery, sequence assembly, database design, genome assembly and more.

BSc Biotechnology Scope:

After earning a BSc Biotechnology degree, students have access to a wide range of career options. Future opportunities for BSc biotechnology students are Universities and Further Education: After completing BSc biotechnology, students can opt for higher education. The following higher education courses are available: B.Ed.: Anyone looking for a career as a school teacher in a public or private school can enrol in a B.Ed course. This course can provide the insights needed to teach at different school levels. Master’s Degree: If you want to earn a degree in the same field of study, you can choose a master’s degree in Biotechnology. This is a two-year course and admission criteria include a Bachelor of Science degree in biotechnology.

Career in biotechnology:

Biomedical Engineer:

The profession of Biomedical Engineer generally involves integrating biological and technical skills to develop solutions to problems related to medicine and biology. To pursue this professional profile, you can earn a bachelor’s or master’s degree in biotechnology or biomedical engineering and related fields. The goal of biomedical engineers is to develop and build high-quality biomedical equipment, devices, artificial organs, diagnostic equipment, and software for the healthcare sector.


Biochemists study biological processes and the chemistry of living organisms, including various diseases, heredity, cell growth or destruction. Due to the complex nature of research, such biochemists usually spend time in the laboratory. They analyze, separate, and synthesize fats, proteins, carbohydrates, DNA, and other molecules to find out how they affect our body. As soon as they see a positive effect, they make products for the benefit of society. To pursue a career path as a biochemist, you must have a master’s degree in one of the major disciplines such as chemistry, biochemistry, biology, or medicinal chemistry.

Medical Researcher:

Medical researchers are squeezing every corner of their research to improve patient health by studying different types of illnesses and how to prevent them. They are constantly working on the analysis and preparation of medical samples to understand the causes and treatments of chronic diseases, pathogens, and toxicity. In addition, it standardizes drug dosages, methods, and efficacy to support the process of large-scale manufacturing and distribution of drug compounds and various drugs. Taking one of the top medical courses will allow you to explore this career opportunity in a variety of areas.

Bottom Line:

Biotechnology plays a very important role in human well-being and has revolutionized humankind since its existence. It greatly contributes to people’s well-being and their health needs. The application of biotechnology in agriculture helps improve food quality, quantity, and processing. Biofertilizers and biopesticides are environmentally friendly agricultural sources, including live microorganisms that promote growth by increasing the supply or availability of primary nutrients. Farmers choose GM crops to increase yields and reduce production costs.