Biotechnology Course: Forging New Frontiers in Science and Innovation

Blog / June 15, 2024

In 2019, when the world came to a sudden halt due to COVID-19, individuals turned to one particular group of people, leading humans back to safety: medical scientists with a Biotechnology degree to combat the deadly virus by developing vaccines and drugs. Simply put, Biotechnology refers to the manipulation of biological systems so they can be utilized for the betterment of human society.

This is just a single example of the career paths associated with a Biotechnology course. Societies around the globe are constantly facing issues that can be solved by using an amalgamation of biology and technology. So, if you are intrigued by this information and willing to make a career, nothing can be better than pursuing a career in B. Sc. Biotechnology from a renowned institution. Let’s take a deep dive into its market size, demand, future trajectory, career scope, etc.

 

Source: https://www.gminsights.com/

 

The Market Size

Report Coverage	Details
Growth Rate from 2024 to 2033	CAGR of 11.8%
Market Size in 2023	US$ 1.38 Trillion
Market Size by 2033	US$ 4.25 Trillion
Largest Market	North America
Fastest Growing Market	Asia Pacific
Base Year	2023
Forecast Period	2024 to 2033
Segments Covered	Application, Technology, Region
Companies Mentioned	Lonza, AstraZeneca, Pfizer Inc., Gilead Sciences Inc., F. Hoffmann-La Roche Ltd., Biogen, CELGENE Corporation, Sanofi, Abbott, Novartis AG

 

What Do The Stats Say?

Indeed, it is! 

The Biotechnology sector opens significant opportunities. Projections indicate that the global biotechnology market value will reach US$ 950 Billion by 2027.

In addition, as the reports shared by the BLS, the employment rate for biomedical engineers is assumed to have a surge of 5% growth by the end of 2029.

Thusly, via a mix of theoretical comprehension and hands-on experience, students pursuing a B. Sc. Biotechnology can make a career in uncharted territories by diving deep into genomics, proteomics, and nanotechnology.

The Future Trajectory of Biotechnology

The future of biotechnology is transformative and spans various sectors, driven by innovations in science and technology. Some of the potential key areas as well as trends that will shape the future of biotechnology include:

Sector	Key Advances	Impact
Medical Biotechnology	Personalized treatments	Revolutionize healthcare
Gene editing
Regenerative therapies
Agricultural Biotechnology	Enhanced crop traits	Improve food security and sustainability
Synthetic biology
Precision farming
Industrial Biotechnology	Bio-based products	Reduce reliance on petroleum
Bio-manufacturing
Environmental Biotechnology	Bioremediation	Improve environmental protection
Conservation efforts
Synthetic Biology	Artificial life forms	Drive innovation across sectors
Computational biology

 

The Career Scope After Biotechnology Course 

A B. Sc. in Biotechnology is well-known for opening up a wide range of career opportunities in multiple sectors. Here are some potential career paths with an average salary package. Read on to know more. 

Job Role	Average Salary
Biomedical Engineer	INR 3-9 LPA
Biochemist	INR 3-8 LPA
Microbiologist	INR 2.4-4.6 LPA
Medical Scientist	INR 6-8 LPA
Process Development Scientist	INR 5-12 LPA
Clinical Technician	INR 2.1-3.5 LPA
Biomanufacturing Specialists	INR 4-12 LPA

B. Sc. in Biotechnology Course Eligibility

Criteria	Details
Educational Qualification	Applicants must have completed their senior secondary examination (12th grade) or equivalent from a recognized educational board. A minimum percentage of marks, typically between 50% to 60%, is required, particularly in subjects like Physics, Chemistry, Biology, and/or Mathematics.
Age Limit	Generally, there is no age restriction for pursuing a B. Sc. in Biotechnology. However, some colleges or universities may have age-limited criteria.
Entrance Exam	Some institutions/universities may conduct their own entrance examinations, while others may accept scores from national-level and state-level entrance exams, such as JEE, NEET, etc.

 

From Genes to Green Tech: Explore the Exciting World of Biotechnology at Shiv Nadar University (Institution of Eminence)

Shiv Nadar University, founded by India’s one of the most gracious personalities, Shiv Nadar - a philanthropist and a technological revolution pioneer, is a research-driven university running multiple schools of disciplines, namely:

• School of Management and Entrepreneurship
• School of Natural Sciences
• School of Humanities and Social Sciences and 
• School of Engineering 

Under its School of Natural Sciences, the University offers undergraduate and doctorate programs in Biotechnology with a solid emphasis on interdisciplinary education and research. Additionally, the university provides a holistic Biotechnology course curriculum fusing theoretical knowledge with practical applications.

What’s more? It covers a broader range of areas including Cancer biology, Vascular biology, Malaria, Bioinformatics, Protein function, Expression and Structure, Medical Biotechnology, Industrial Biotechnology, Drug design, and drug development. The best part is that the University also fosters invaluable industry collaboration with world-class firms like Cadila Zydus and Merck, filling the gap between traditional academic quests and industry-centric professionals. This major partnering opens doors to numerous gratifying careers in academia, industry, and healthcare institutions for graduates.

Biotechnology for Beginners

The future of Biotechnology holds the potential for enhancing human health, creating sustainable industrial processes, addressing environmental challenges, etc. However, understanding these potentials requires meticulous management of ethical issues, equitable access to technological advancements, impeccable theoretical knowledge, and more, which is only possible by enrolling in a B. Sc. (Research) in Biotechnology at Shiv Nadar University - where biology intertwines with technology!