Biotechnology

There are several National Institutes of Technology (NITs) and Indian Institutes of Technology (IITs) in the northeastern states of India that offer the biotechnology stream. Here are some of them:
1. Indian Institute of Technology Guwahati (IITG) - offers a B.Tech in Biotechnology and a Ph.D. in Biosciences and Bioengineering.
2. National Institute of Technology Silchar (NITS) - offers a B.Tech in Biotechnology.
3. National Institute of Technology Agartala (NITA) - offers a B.Tech in Biotechnology.
4. National Institute of Technology Meghalaya (NITM) - offers a B.Tech in Biotechnology.
5. National Institute of Technology Arunachal Pradesh (NITAP) - offers a B.Tech in Biotechnology.
6. National Institute of Technology Manipur (NITM) - offers a B.Tech in Biotechnology.
7. National Institute of Technology Mizoram (NITMZ) - offers a B.Tech in Biotechnology.
8. National Institute of Technology Nagaland (NITN) - offers a B.Tech in Biotechnology. It's important to note that admission to these institutes can be highly competitive, and students are typically required to take entrance exams such as JEE or GATE. It's recommended to visit the official websites of these institutes to learn more about the admission process and eligibility criteria.

Hi Dear, to take admission for a B.Sc. In Biotechnology in Canada, here are the general steps to follow:
Research universities and colleges: Look for universities and colleges that offer a B.Sc. In Biotechnology programme in Canada. You can use search engines or education portals to find institutions that meet your needs. Check admission requirements: Once you have selected the institutions, check their admission requirements for the B.Sc. In Biotechnology programme. Each university or college may have different requirements.
Meet the minimum academic requirements: Generally, for admission to a B.Sc. In Biotechnology programme, you will need to have a high school Diploma with strong grades in Math, Biology Chemistry and Physics.
English proficiency: If English is not your first language, you may need to provide proof of English proficiency through standardized tests such as IELTS or TOEFL.
Submit your application: You can submit your application to the chosen institution through their online application portal. Make sure to provide all necessary information, including your academic history and supporting documents.
Pay application fees: You will need to pay the application fees for each institution you apply to.
Apply for scholarships: You can also apply for scholarships or financial aid to help cover your tuition and living expenses. It's important to note that the admission requirements and process may differ depending on the institution and programme you choose. Therefore, it is recommended to review the specific requirements for each programme and institution before applying.

Both courses are good but Agriculture is less Competitive field and comparatively opportunities are more considering that we are primarily an agricultural country. A very small percentage of our students opt for an agricultural major, only because they don't realize its potential. One basic advantage that agriculture has over other sectors: other industries might need down-sizing, but feeding the world is a job that isn't ever going to face recession. Most students are well aware of the streams like engineering and medicine, and post-graduate degrees like the MBA. But you may have not given any thought to a B.Sc. In Agriculture. The demand for trained professionals in the field of agriculture is high. The course fee is negligible. It is four years undergraduate Bachelor degree programme which generally includes agriculture Science, use of modern scientific equipment and techniques in agriculture, land surveying, soil Science, water resource management, animal and poultry management, basics of biotechnology etc. The aim of the programme is to train students improve agriculture productivity, manage products and contribute to future development of the sector through research activities. There are plenty of government as well as private sector jobs available for B.Sc. Agriculture graduates. They can be appointed as Research Officer, Quality Assurance Officer, Agriculture Officer, Agriculture Loan Officer (in Banks), Production Manager, Operations Manager and Farm Manager with State agriculture departments. In the private sector agriculture Science graduates may find jobs as managers at plantations, as officers at fertilizer manufacturing firms, agriculture machinery industries, agricultural products marketing firms, food processing units etc. The average starting salary of these officers is generally between 5 to 6 Lacs per annum (Including Incentive). I am enlisting a few good college for B.Sc. The colleges are:
Tamil Nadu Agricultural University Coimbatore
Jawaharlal Nehru Krishi Vishwa Vidyalaya
Mewar University
Lovely Professional University Punjab
Anna University
Acharya Ngranga Agricultural University Hyderabad
Govind Ballabh Pant University Of Agriculture And Technology, Pantnagar
Mahatma Phule Krishi Vidyapeeth Puneoknete
Mohanrao Kadam College Of Agriculture Sanglisardar
Bharati vidyapeeth university Pune.

Hi, you should go with M.Sc. Biotechnology. Let us first discuss the scope after M.Sc. Biotechnology. Postgraduates of the course are hired successfully in the fields of Medical Biotechnology and Agricultural Biotechnology. Medical Biotechnology is an emerging sector in India, and accounts for nearly 70% of the total revenue of the biotech sectors. In-Demand Biotechnology Careers
Biomedical Engineer. Biochemist. Medical Scientist. Biological/Clinical Technician. Microbiologist. Process Development Scientist. Manufacturing Specialists. Business Development Manager. In LPU, M.Sc. Biotechnology, a four-semester programme, to enable graduate students to pursue doctoral studies or professional employment, through imparting in depth knowledge in specific domain of Biotechnology along with three semester independent research project leading to dissertation. Eligibility Criteria (Qualifying Exam) is that candidates must be Pass with 60% aggregate marks in Bachelor's degree (Applied Medical Science or Medical Science and Allied Medical or Agriculture or Nanotechnology or Biosciences or Life Sciences or Food Sciences or Veterinary Microbiology and Parasitology or Genetic Engineering and Biotechnology or Public Health and Allied Sciences or Plant Science) or equivalent. (5% relaxation to Northeast states and Sikkim candidates/ Defence Personnel and their Dependents/ Wards of Kashmir Migrants). In LPU, allow students to develop specific credentials and value package for a chosen career. Candidates can go corporate jobs. # FOOD AND DRUG TESTING LABORATORY
This course deals with the quality control protocols and testing of food and pharmaceuticals products. # QA, QC AND CORPORATE SOFTWARES
The aim of this course is to introduce students to the philosophy and principles of Quality control and quality assurance in the health area as well as to provide them with the underlying principles and techniques of QA and QC with emphasis on their application in various organizations. # REGULATORY AFFAIRS
The course basically deals with regulatory laws governed by various regulatory bodies monitoring microbiological food products, Pharmaceuticals drugs and other products of human consumption.

B.Sc. (Hons. ). Biotechnology is a three-year degree programme. In the first two semesters, the focus is on the core subjects of biotechnology to ensure a good grounding in the fundamental concepts. Specialisation is offered in the second and third year. The course contents cover all aspects of the applied and core biotechnology including molecular Biology genetic engineering, plant and animal tissue culture, bioprocess technology, advanced microbial technology, intellectual property rights and patents, industry relations and entrepreneurship, etc. Duration: 3 Years
Eligibility: 10+2 Science (Biology/ Maths/ Agriculture/ Biotech or Equivalent)
Selection Procedure: Merit and Interview
Recent trends from the industry focus on the production of totally new eukaryotic compounds like insulin, interferon and other recombinant products, using microorganisms in large quantities. Biofuels like bioethanol and biodiesel are being manufactured using new raw materials like lignocellulosics. Algae and other biomass material are considered as an alternative to fossil fuels. Many new recombinant vaccines are produced to replace crude vaccines and make them polyvalent to reduce the dosage.