Are you considering a career in Biotechnology? If so, you’re eyeing a booming sector shaping the future. As of 2024, India is a powerhouse in the global Biotech landscape, making it an exciting time for aspiring Biotechnologists to dive into their academic and career journeys.
With the Indian bioeconomy surpassing $130 billion in 2024 and set to hit $150 billion by 2025 and $300 billion by 2030, the scope for innovation and growth is immense. India is one of the top global hubs in Biotechnology and ranks third in Asia-Pacific.
This sector encompasses diverse applications, including biopharmaceuticals, bio-agriculture, bio-industrial processes, and bioinformatics & services, providing myriad opportunities for budding scientists. From pioneering affordable healthcare solutions to leading the charge in genetically modified crops like Bt-Cotton, India’s biotech sector has vast potential.
In this blog, ‘Biotech Admissions 2024: FAQs for Aspiring Scientists’,  let’s address key questions on admissions, education, and career pathways.
Q1. How can I secure admissions to Biotech after completing Class 12 in 2024?
To secure admissions to Biotech in 2024 after Class 12, you must meet specific criteria set by colleges or universities offering Biotechnology programs. This includes a strong background in Science subjects like Biology, Chemistry, and sometimes, Mathematics. Further, you must follow the admission procedures of the respective institutions, which could involve entrance exams, interviews, or selection based on academic merit. Make sure to research different colleges or universities offering Biotechnology programs, check their admission requirements, and submit your application accordingly. Good grades and a genuine interest in Biotechnology will enhance your chances of admission.
Q2. What is the entrance exam for Biotechnology in India?
In India, for Biotech admissions in 2024, students commonly appear for the Joint Entrance Examination (JEE) Main conducted by the National Testing Agency (NTA) and the National Eligibility-cum-Entrance Test (NEET). While JEE Main assesses knowledge in science and engineering disciplines, NEET primarily focuses on subjects relevant to medical courses. Many universities and institutes offering Biotechnology programs consider scores from both exams. Therefore, students aspiring to pursue Biotechnology should prepare diligently for both JEE Main and NEET to enhance their chances of admission to reputable institutions.
Q3. What should I study for Biotechnology entrance exam?
For the Biotechnology entrance exam, focus on key subjects like Biology, Chemistry, and sometimes Mathematics. Understand fundamental concepts, theories, and practical applications in these areas. Study topics such as genetics, molecular biology, cell biology, biochemistry, and microbiology. Additionally, familiarise yourself with Biotechnological techniques and their applications in medicine, agriculture, and industry. Practice solving problems and answering questions similar to those in past entrance exams. Utilise textbooks, reference materials, online resources, and coaching if available. Stay updated on current developments and advancements in biotechnology. Consistent revision and mock tests will help you prepare effectively for the entrance exam.
Q4. Can a PCB student do Biotechnology?
Yes, a student with a background in PCB (Physics, Chemistry, and Biology) can pursue Biotechnology. In fact, having a strong foundation in these subjects is advantageous for studying Biotechnology. Biotechnology involves the application of biological principles in various fields like medicine, agriculture, and industry. Knowledge in biology and chemistry is particularly essential for understanding molecular processes, genetics, and biochemical techniques used in biotechnology research and applications. Therefore, PCB students are well-equipped to undertake Biotechnology courses and build successful careers in this field. Additional studies may be required to strengthen understanding in specific areas, but the foundational knowledge is already there.
Q5. What are the career prospects for BTech Biotechnology graduates?
B Tech Biotechnology graduates have diverse career prospects across pharmaceuticals, healthcare, agriculture, food processing, and environmental conservation industries. They can work as research scientists, biotechnologists, or biochemists in laboratories, developing new drugs, vaccines, or genetically modified organisms. Other opportunities include roles in quality control, regulatory affairs, or product development in biotech companies. Graduates can also pursue higher studies for specialisation or academic research positions. With the growing demand for sustainable solutions, there are emerging opportunities in bioenergy, bioremediation, and synthetic biology. Overall, B Tech Biotechnology graduates have many career paths to explore, offering opportunities for innovation and impact.
Q6. What research opportunities are available in Biotechnology?
In Biotechnology, there are abundant research opportunities across various fields. Students and professionals can explore areas like genetic engineering, stem cell research, drug development, and agricultural biotechnology. They can investigate diseases, develop therapies, and improve crop yields using biotechnological methods. Environmental biotechnology offers avenues for studying pollution remediation and sustainable resource management. Additionally, research in bioprocessing and bioinformatics contributes to advancements in industrial processes and data analysis, respectively. With ongoing technological innovations, research in Biotechnology continually expands, offering exciting opportunities to contribute to scientific discovery and address global challenges.
Q7. Which course should I pursue – a BSc in Biotech or a B Tech in Biotech?
Choosing between BSc in Biotechnology and B Tech in Biotechnology depends on your career goals and interests. BSc in Biotechnology offers a comprehensive understanding of biological principles and laboratory techniques, suitable for roles in research, quality control, or further specialisation through higher studies. On the other hand, B Tech in Biotechnology focuses more on the engineering aspects, emphasising practical applications and technology development, which is suitable for roles in product development, process optimisation, or managerial positions. Consider your preferences for theoretical learning versus hands-on application and your desired career trajectory when deciding between the two courses.
To know more in detail, read: BSc Biotechnology Vs B Tech Biotechnology: Choosing Your Path
Q8. Which is better, Biotechnology or Food Technology?Â
Deciding between Biotechnology and Food Technology depends on your interests and career goals. Biotechnology focuses on using biological systems and organisms to develop products and technologies across various industries, including food production. It involves genetic engineering, fermentation, and bioprocessing techniques to improve food quality, safety, and sustainability. Food Technology, on the other hand, specifically deals with the processing, preserving, and packaging of food products. If you’re passionate about applying scientific principles to enhance food production methods and develop innovative food products, Food Technology might be a better choice. If you’re more interested in the broader applications of biotechnology across different industries, Biotechnology could be more suitable.
Q9. Which is better, Biotechnology or Microbiology?Â
The choice between Biotechnology and Microbiology depends on your interests and career goals. Biotechnology uses biological systems and living organisms to develop products and technologies in various industries like healthcare, agriculture, and environmental conservation. Microbiology, on the other hand, delves into studying microorganisms like bacteria, viruses, and fungi, exploring their behaviour, interactions, and applications in fields such as medicine, food production, and bioremediation. If you’re passionate about harnessing biological processes for practical applications, Biotechnology might be the better choice. If you’re fascinated by the study of microorganisms and their roles in nature and industry, Microbiology is more suitable.
Q10. Which is better, Biotechnology or Agriculture?Â
Deciding between Biotechnology and Agriculture depends on your interests and career aspirations. Biotechnology involves using biological systems and organisms to develop products and technologies across various industries, including agriculture. It focuses on genetic engineering, crop improvement, and bioprocessing techniques to enhance agricultural productivity and sustainability. On the other hand, agriculture encompasses a broader field involving cultivating, managing, and improving crops and livestock for food production. Suppose you’re interested in applying cutting-edge science to address agricultural challenges and innovate in crop improvement. In that case, Biotechnology might be a better fit. If you prefer working directly with plants, animals, and ecosystems, Agriculture could be more suitable.
Q11. Which is the best institute for Biotechnology?
Being the first Biotechnology university in India, Shoolini is the best among all Biotechnology institutions. Also, Shoolini is India’s No.1 research university as per QS World University Rankings, Asia 2024.
This pioneering university follows one student-one patent policy, enabling students to perform research and file patents. Shoolini students and faculty have filed over 1500 patents so far. Shoolini has 104+ state-of-the-art laboratories dedicated to research. The university has also received various government grants, like PURSE, SERB, and more, to promote research on campus.
The School of Biotechnology at Shoolini plays a pivotal role in shaping future scientists, ingraining a research-centric approach into the curriculum. The university offers numerous courses in Biotechnology. These include:
- BSc (Hons) Biotechnology
- MSc Biotechnology
- B Tech Biotechnology
- M Tech Biotechnology
- PhD Biotechnology
All these courses at Shoolini are UGC-approved and NAAC-accredited.
Apart from this, Shoolini offers an Undergrad Summit Research Program (SRP), which provides a distinctive opportunity for students to engage in research and patent filing right from the onset of their undergraduate journey. Here, students are trained to be scientists right from the beginning.
Shoolini has Biotech faculty from top institutions around the world, including Oxford, National Cancer Institute (USA), NIH (USA), and IISc. The School of Biotechnology has international collaborations with leading foreign universities such as NCI, NIH, USA; University of Arkansas, USA; University of Minnesota, USA; Lanzhou University, China, Gachon University, South Korea, and the University of Naples, Italy.
Q12. Which college has the best placement for Biotechnology in India?
Determining the college with the best placement for Biotechnology in India involves considering factors like placement records, industry partnerships, and alumni feedback. Shoolini University is the best Biotechnology university in India, and it is notable for offering 100% placements to its Biotechnology graduates. It follows the ‘Mission 130’ norm, which means 100% placements for all students and 30% in top organisations.
What are you waiting for? Whether you wish to pursue a BSc in Biotech or Biotechnology engineering, your search ends at Shoolini, offering the best of both worlds. Don’t delay—join Shoolini now. Shoolini Biotech Admissions 2024 are open!
