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Micro-Organisms
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Microbiology is the field of science which deals with the study of micro organisms with particular emphasis on the biology of bacteria, viruses, fungi, and protozoan parasites. Micro-organisms are single celled called uni-cellular, multiple cells called multi-cellular. B.SC Microbiology is a 3 year undergraduate program divided into six semesters. It is the subject which deals with the micro organisms which cannot be seen by naked eyes. It is affiliated to HNBGU which is a well-known university that affiliates with many other colleges. Microbiology is the study of interaction of microorganisms with humans and how they impact the human’s life. Candidates also study about the microbial physiology, immunology, microbial genetics and molecular biology. Candidates studying in this course have many advantages like diverse opportunities, higher education and competitive salary. Diverse opportunities – A graduate degree in Microbiology can open doors of job opportunities of the candidates in various unique profiles such as Bacteriologist, Virologist, cell biologist, Mycologists and many more. Higher education – Candidates after completion of this course can opt for higher educations such as MSc Microbiology, MSc in Applied Microbiology, MSc Medical Microbiology, and MSc Microbial Genetics and Bioinformatics. Competitive salary – This profession is in high demand because of the various complex diseases and the best example is the current pandemic Covid19. A microbiologist in India earns around INR 310,000 per annum.
| Subjects | |
| 1 | History of Microbiology |
| 2 | Classification |
| 3 | Media and Pure Culture Techniques |
| 4 | Acellular Microorganisms |
| 5 | Cellular Microorganisms |
| 6 | Practical |
| Subjects | |
| 1 | Bioenergetics |
| 2 | Carbohydrates |
| 3 | Lipids |
| 4 | Proteins |
| 4 | Enzymes |
| 5 | Practical |
| Subjects | |
| 1 | Microbial Growth and Effect of Environment on Microbial Growth |
| 2 | Nutrient Uptake and Transport |
| 3 | Chemoheterotrophic Metabolism |
| 4 | Chemolithotrophic and Phototrophic Metabolism |
| 5 | Nitrogen Metabolism |
| 6 | Practical |
| Subjects | |
| 1 | Nucleic acid and Chromosome Structure |
| 2 | Replication and Transcription |
| 3 | Translation |
| 4 | Mutation and Repair Mechanism |
| 5 | Microbial Genetics |
| 6 | Practical |
| Subjects | |
| 1 | Host Pathogen Interaction |
| 2 | Microbial Diseases |
| 3 | Introduction of Immunology and Immune Responses |
| 4 | Antigens and Antibodies |
| 5 | Diagnosis and Chemotherapy |
| 6 | Practical |
| Subjects | |
| 1 | Introduction and History of Plant Patholog |
| 2 | Stages in the Development of Disease |
| 3 | Host-Pathogen Interaction |
| 4 | Plant Diseases |
| 5 | Control of Plant Diseases |
| 6 | Practical |
BFIT College is proud to announce the launch of BFIT 2.0, a revolutionary approach to education that recognizes students as customers who are investing in their future. With this new approach, BFIT 2.0 is taking a student-centric approach to education, providing students with the tools and resources they need to succeed in their chosen career path. This new approach is being applied to select courses run under School of Agriculture Sciences, School of Life & Allied Sciences, School of Health Sciences, School of Paramedical Sciences, School of Pharmaceutical Sciences only.
Gone are the days of one-size-fits-all education. BFIT 2.0 breaks the mold by recognizing that each student has unique goals and aspirations. BFIT 2.0 has tailored its programs to meet their individual needs, whether students want to pursue a career in industry, become entrepreneurs, do research, or clear government exams.
At the heart of BFIT 2.0 is a focus on innovative, hands-on, experiential learning. This approach to education is inspired by the first-principle thinking of successful people like Elon Musk and Steve Jobs, who brought innovation to their companies. BFIT 2.0 believes that education should prepare students for success in the real world and is committed to breaking the stereotypes associated with traditional education.
BFIT 2.0 is a stark departure from the traditional approach of bringing in Personal Development Program (PDP) trainers for a few days or inviting recruiters on the last day of college. BFIT 2.0 is a complete development journey, from day one to graduation. It offers students the opportunity to build their skills and knowledge throughout their time at college, providing them with the support and resources they need to succeed in their chosen career path.
The end product of BFIT 2.0 is not just a degree; it is a comprehensive education that imparts the skills and knowledge needed to succeed in the modern world. BFIT 2.0’s success will be measured by the success of its students, and BFIT 2.0 is designed to provide the resources and support needed to help students achieve a high return on their investment in their education.
“Education is about more than just passing exams; it’s about preparing students for success in the real world,” said Bhupinder Singh Arora, CEO & Founder, BFIT 2.0. “With BFIT 2.0, we are treating our students as customers and providing them with the tools and resources they need to succeed in their chosen career path, giving them the best possible return on their investment in their education.”
BFIT invites the public to learn more about BFIT 2.0 and how it is transforming the future of education.
Fee is applicable to applicants admitted on the basis of AIBFEE (B.Sc Microbiology). Download fee structure from the below link: Click Here
Admission in Under Graduate Course- B.Sc Microbiology is based on Percentage of the XII standard / AIBFEE Exam / GD-PI.
After pursuing B.SC Microbiology course, candidate can work both in public and private sectors depending on their preferences. Some of the most popular industries that employ microbiologists are Military In the military, microbiologists are responsible for the scientific research of microorganisms in the Army healthcare community. Microbiologists work will include supervision, test, and will conduct research. Health care Institutions Microbiologists may also work in health care institutions. They help in diagnosing the disease of the patient and also prevent the infectious disease from spreading. Pharmaceutical-Biotech Industries Microbiologists, mainly work in quality control and assurance and department in pharmaceutical companies and their work is to ensure the quality of raw materials before they are handed over for processes in the production area. Academia (Colleges & Universities) Microbiologists can teach in colleges and universities as professors and lecturers. Research Organization Microbiologists can research in various private and public organizations. They study the microscopic organisms that cause infections, including viruses, bacteria, fungi and algae and focus on the identification and growth of these organisms in order to understand their characteristics, with the overall aim to prevent, diagnose and treat infectious diseases.
REVIEWS
The main branches of Microbiology are:
Microbiology helps us to prevent diseases and even to fight against them. It also helps to keep the planet healthy with various technologies and inventions made by microbiologists.
Salary of a fresher microbiologist is INR 3LPA, who have experience of 5-6years gets salary of INR 10 LPA.
Yes, a degree in microbiology is totally worth it. In a developing country like India, microbiologists’ demand is increasing day by day and also this course is in trend among students of science.
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