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70444 47723Academics
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+91 33 7144 5590
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MSc Biotechnology is a 2 years programme at Brainware University. The master's degree in microbiology applicants will find MSc Microbiology admission 2024 relevant information on this page including microbiology msc courses overview, MSc microbiology qualification, msc microbiology course duration, syllabus outline, career options, as well as learning benefits.
Microbiology as a subject is quite old compared to Biotechnology. However, it is the traditional Microbiology practices that have significantly shaped modern-day Biotechnology and hence they are considerably intertwined.
The MSc course is of 2 years duration.
Yes, subject to fulfilment of admission criteria.
Yes. Students completing BSc and MSc are encouraged to appear for on and off campus interviews conducted by leading companies in this field. Brainware University has a dedicated placement cell and separate boots camps are conducted for students to help them prepare and provide guidance for campus interviews.
| Programmes | Duration | Fees(INR) | Eligibility Criteria |
|---|---|---|---|
| MSc Microbiology | 2 years | 1,74,800 | 40% marks or equivalent grade in graduation with biology/biotechnology/microbiology/food science/agriculture as subject |
| Laboratory | Facilities / Service available |
|---|---|
| Animal Biotechnology Lab. | Rotary centrifuge, REMI 4° centrifuge, blood group testing facility, sugar testing facility, dialysis facility, ice maker, water distillation unit, microtome, dissecting microscope binocular. |
| Plant Biotechnology & Cytogenetic Lab. | Plant physiology, LAF with HEPA, plant growth chamber (digitally controlled), karyotyping facility, breeding facility, pH meter, UV spectrophotometer, weighing balance, light microscope, hot air oven, plant tissue culture facility. |
| Microbiology Lab. | HEPA-LAF chamber, anaerobic culture unit, BOD facility, mushroom spawn production facility, soil testing facility, autoclave, digital pH meter, weighing balance, bacterial and fungal staining and culture facilities, light microscope, colony counter. |
| Bioprocess Technology Lab. | 5 Lts capacity bioreactor, fermentation facility, down-stream processing facility, enzymology, water treatment facility, HEPA-LAF, incubator cum shaker, |
| Molecular Biology Lab. | 96 well PCR machine (Thermocycler), gel-electrophoresis unit (horizontal & vertical), gel-doc system computerized, DNA, RNA, protein experimental facility, UV Transilluminator, micro centrifuge machine, vortexer, weighing balance. |
Please follow the given Admission Procedure -
"I'm so thankful that I chose Brainware University. I will always cherish the moments spent under the guidance of eminent faculty members who mentored me. I'd surely recommend the University every time as it helped me to make my career."
Hiranmay Biswas Microbiology"I am extremely happy to be a part of a university that feels like a family. To achieve my goal, they have pushed me a lot. Without the support, my dreams would have remained dreams."
Purbasa PalMicrobiology
"It is an extreme pleasure in getting associated with Brainware University for recruiting the students as employees in our company."
Mr. Vaskar Bhattacharya Regional Head-East, Ginnisystems Ltd."Overall, it was a very good experience with Brainware University. Students are technically strong, have precise knowledge, and an urge to excel in their careers."
Ms. Srimoyee Mukherjee Manager HR Nature Technologies Pvt. Ltd.
An MSc Microbiology program may cover a range of topics, including microbial genetics, microbial physiology, microbial ecology, virology, immunology, and medical microbiology. The program may also cover techniques for isolating, identifying, and characterizing microorganisms.
Graduates of an MSc Microbiology program can pursue a variety of careers in research, academia, industry, and government. They may work as microbiologists, biotechnologists, immunologists, medical laboratory technologists, or quality control specialists.
Both an MSc in Microbiology and an MSc in Biotechnology can lead to successful careers, and the choice ultimately depends on your interests and career goals. An MSc in Microbiology can lead to career opportunities in academia, industry, government, and healthcare. Graduates with this degree may work in research and development of new drugs, vaccines, and other therapeutics, as well as in food and beverage production, agriculture, and environmental monitoring. Microbiologists are also in high demand in clinical laboratories, where they work to diagnose and treat infectious diseases. On the other hand, an MSc in Biotechnology can lead to career opportunities in various fields, including agriculture, pharmaceuticals, biomanufacturing, and environmental biotechnology. Graduates with this degree may work in research and development of new biotechnological products and processes, as well as in biomanufacturing and quality control. Ultimately, both degrees provide a solid foundation in scientific principles and laboratory techniques and offer numerous career opportunities. It is important to research the specific career paths associated with each degree and choose the one that aligns best with your interests and career goals.
