Microbiology

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.

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.

Whether M.Sc in Microbiology or M.Sc in Botany or Zoology is better depends on your interests, career goals, and the job opportunities available in each field. Here are some points to consider:
M.Sc in Microbiology:
Microbiology is a specialised field that focuses on the study of microorganisms and their applications in various fields such as biotechnology, medicine, agriculture, and food industry. There are good job opportunities in research and development, quality control, and production in industries such as pharmaceuticals, biotechnology, food and beverage, and agriculture. Microbiology is also an important field in medical sciences, and there are opportunities for research and development in hospitals and medical research institutes. M.Sc. In Botany or Zoology:
Botany and Zoology are broad fields that cover the study of plant and animal life respectively. There are good job opportunities in research and development, quality control, and production in industries such as agriculture, biotechnology, and environmental conservation. Botany and Zoology are also important fields in education, and there are opportunities for teaching and research in universities and colleges. In summary, if you are interested in specialized studies of microorganisms and their applications, M.Sc. In Microbiology might be a better choice.

After completing M.Sc. In Life Science, Biotechnology or Microbiology, you can pursue various career options such as:
Research and Development: You can work in the research and development department of pharmaceutical or biotech companies, academic institutions, or research organizations. You can work on developing new drugs, medical devices, or biotechnological products. Quality Control/Assurance: You can work in quality control/assurance departments of pharmaceutical or biotech companies, ensuring that products meet regulatory standards and are safe for public use. Medical Writing: You can work as a medical writer, creating scientific content for various audiences, including healthcare professionals, patients, and the general public. Clinical Research: You can work as a clinical research associate, coordinating and monitoring clinical trials and ensuring compliance with regulatory requirements. Sales and Marketing: You can work in the sales and marketing department of pharmaceutical or biotech companies, promoting and selling their products to healthcare professionals. Teaching: You can work as a teacher or lecturer in colleges, universities or other educational institutions. Entrepreneurship: You can start your own biotech or life Science company and work towards developing innovative products or solutions. Environmental Science: You can work in the field of environmental Science, conducting research on environmental issues, and working towards developing solutions for environmental problems. Overall, there are many options available for those who have completed M.Sc. In Life Science, Biotechnology, or Microbiology. It's essential to research the options and choose the one that aligns with your interests and career goals.