According to the research, the COVID-19 crisis has significantly increased the demand for biotechnology professionals. It also notes that the supply of these professionals has equally been increasing to meet the growing demand. This is why B.Sc Biotechnology is one of the best courses to pursue after the 12th class.
The B.Sc Biotechnology is a 3-year professional undergraduate degree course divided into six semesters. The program’s core subjects include human biology, cell biology, chemistry, biological systems and structural biochemistry.
It is a branch of science that uses genetics, cellular and biology principles to develop useful products and improve daily human life and health.
There are ample career opportunities for graduates who have completed a B.Sc Biotechnology degree. Therefore, this degree is quite well-liked among students. Graduates interested in genetics should take this program as a career option.
Now let’s know the course’s eligibility criteria and career opportunities after completing this degree.
BSc Biotechnology Eligibility Criteria
Students should know essential details to know about the BSc Biotechnology eligibility criteria. The eligibility criteria are different from one institution to another. Following are some of the points which will explain to you how to fulfil the BSc Biotechnology eligibility criteria of the course:
- Students must pass the 12th class from any recognised board if they want to take admission to a BSc degree.
- Students need approximately 45-50% marks in their 12th class to qualify for the course.
- In the previous study, students who have done biology can also pursue this degree.
- The age should be between 17 to 25 years to meet BSc Biotechnology eligibility criteria.
Careers Options After BSc In Biotechnology
The B.Sc Biotechnology course’s main focus is to provide extensive training and knowledge for students to pursue careers in different sectors such as research, education, hospitals, chemical & fertiliser manufacturers, etc.
Look at the best career opportunities students can take after completing a degree.
Lab Technician
- A lab technician performs testing for different healthcare facilities and works full-time in a laboratory setting.
- They also record important data and results in physical and digital formats.
- A lab technician stores and organises fluids and chemical substances safely.
Biostatistician
- Biostatisticians analyse essential data gathered from medical research and clinical trials.
- They utilise information collected in studies to make predictions and draw logical conclusions.
- Biostatisticians can work as research assistants, consultants or clinical research coordinators.
Microbiologist
- Microbiologists learn about microorganisms and their behaviour on the immune system.
- They improve treatments and prevent diseases from occurring in the human body.
- These professionals work in settings like hospitals, offices and laboratories.
Clinical Research Associate
- A clinical research associate runs clinical trials to test drug efficacy, benefits and risks.
- They oversee or check the facilities at the trial site or work with doctors to conduct the examination easily.
- A clinical research associate also prepares manuscripts for publication.
Biochemist
- Biochemists study different physical, chemical and biological properties of living organisms.
- They also perform basic or applied research depending on the work setting and type of job.
Medical Representative
- The role of medical representatives is to demonstrate products to pharmacists, scientists and doctors.
- They promote new products, provide training on product usage, initiate sales and offer essential advice.
- They also create a strong relationship with clients and provide critical feedback to their companies.
Medical Transcriptionist
- Medical transcriptionist’s role is to assist doctors in translating their audio input to a printable format.
- They can also work for organisations, clinics or hospitals that offer transcription services.
B.Sc Biotechnology is a course that adheres to developing and providing resources for the betterment of the world. From human genetics to agriculture, it has left its mark on every aspect of life.
