B.Tech. (Industrial Microbiology Engineering) Courses, Eligibility, Admissions, Syllabus, Frequently asked Questions
Overview and About the B.Tech. in Industrial Microbiology Engineering Course:
Several hospitals, R&D facilities, pharmaceutical firms, etc., seek for and employ microbiology and immunology engineers. When it comes to the development of cures, the study of the immune system, and the germs that weaken it, this line of work is crucial. A fairly frequent fever that affects people is an immune illness. As a result, there are a lot of cases in this line of employment. Experts in microbiology and immunology are in high demand, which is why every hospital hires them.
If you don’t want to look for a job after finishing your education, you might potentially create your own medical practise. In this line of business, there are many different methods to make money, including working jobs, participating in research, starting your own clinic, etc. Several colleges around the country offer this subject, which is quite popular. Some universities offer this subject as both Microbiology and Immunology Engineering, whereas others only offer it as Microbiology.
BTech Industrial Microbiology is offered by a number of public and private institutions, including Anna University, Alagappa Institute of Technology, Shri Mata Vaishno Devi University, Sam Higginbottom Institute of Agricultural Technology and Sciences, among others. By studying this course, candidates get to learn about topics like enzyme technology, fundamentals of molecular genetics, introduction to biotechnology, etc.
Graduates of the BTech Industrial Microbiology programme have several employment options in the agriculture department, chemical industries, food and beverage industries, etc. Medical technologists, biomedical scientists, clinical research associates, microbiologists, pharmacologists, food technologists, and other professions are all possible.
Why to do the course?
- These days, engineers are highly sought for. They do advanced research and surgeries in addition to working as general practitioners who provide general medical care to any patient.
- The course combines the greatest elements of biology and chemistry and uses them in the production of everyday items like medications and food preservatives.
- Due to the genetic engineering of microbes, one can learn how to create clones of these creatures.
- Industrial microbiology BTech engineers are sought after by a number of lucrative employers, including Mascot International, Siron Technologies Pvt. Ltd., and Alpha Pharma Healthcare India Private Ltd.
- Graduates of the BTech Industrial Microbiology programme may expect to earn an average beginning income of up to INR 3 lakhs to 7 lakhs per annum, which rises with experience and expertise.
- After earning your degree in this area of employment, you may even create your own clinic. In conclusion, there are many employment and career alternatives available after learning in this area.
Eligibility Criteria Required for the Course B.Tech. in Industrial Microbiology Engineering:
- A minimum of 55% must be obtained in the higher secondary board test by the pupils.
- For lateral entrance students, a three-year diploma from an accredited board in a relevant topic is required.
- The reservation category has a different eligibility standard. They receive some marks that are relaxed.
- If they want to be considered for the admissions process, all applicants must achieve the entrance exam cut-off.
- Candidates must pass the 12th exam or an equivalent from a reputable board with PCM as their primary subjects.
Highlights of the B.Tech. in Industrial Microbiology Engineering Course:
Full name of the course | Bachelor of Technology in Industrial Microbiology Engineering |
Duration of the course | 4 years |
Type of the course | Graduation |
Examination Mode | Semester Based |
Eligibility Criteria | Also, candidates must have received a minimum of 50 to 70 percent on their preceding exams. |
Admission Process | Entrance/ Merit Based |
Course Fee | INR 1 lakh to 5 lakhs |
Top Recruiting Companies | The Indian Hotels Company Limited, Krauter Healthcare Limited, Alpha Pharma Healthcare India Private Limited, Mascot International, Siron Technologies Pvt. Ltd., Lakshmi Life Sciences Ltd., etc. |
Job Roles | Microbiologist, Clinical and Veterinary Microbiologists, Medical Technologists, Biomedical Scientists, Clinical Research Associates, Quality Assurance Technologists, Sales or Technical Representatives, Research Assistant |
Top Colleges for the course, B.Tech. in Industrial Microbiology Engineering:
Check out the list of top colleges given below for doing the course, B.Tech. in Industrial Microbiology Engineering.
Rank | College Name & Location |
1 | IIT Madras |
2 | IIT Delhi |
3 | IIT Bombay |
4 | IIT Kharagpur |
5 | IIT Kanpur |
6 | IIT Roorkee |
7 | BITS Pilani |
8 | NIT Rourkela |
9 | NIT Durgapur |
10 | HBTU Kanpur |
Admission Process for the B.Tech. in Industrial Microbiology Engineering course:
- For admission to this degree, the combined scores from the 10+2 and JEE Advanced exams are taken into account.
- After passing the admission exam, the student moves on to the selection process, which includes a group discussion round and a round of individual interviews.
- Those with a diploma in electronics and communication are also eligible for the BTech Industrial Microbiology program’s Lateral Entry admission.
Syllabus to be Study in the duration of the course B.Tech in Industrial Microbiology Engineering Course:
In First Year:
· Moral and Value Education | |
· Life Science I (Botany) | |
· Environmental Studies | |
· Elementary Mathematics | |
· Elementary Biology | |
· Workshop Practice & Technology | |
· Applied Physics | |
· Organic Chemistry | |
· Inorganic Chemistry | |
In Second Semester: | |
· Biochemistry I | |
· Life Science II (Zoology) | |
· Environmental Studies II | |
· Introductory Microbiology | |
· Engineering Graphics | |
· Biophysics | |
· Technical Mathematics I | |
· Computer and Languages V | |
· Physical Chemistry | |
In Third Semester: | |
· Biochemistry II | |
· Molecular Biology | |
· Basic Molecular Genetics | |
· Introductory Biotechnology | |
· Mechanics & Transport Process | |
· Technical Mathematics II | |
· Statistical Methods III | |
· Analytical Chemistry | |
In Fourth Semester: | |
· Enzymology & Enzyme Technology | |
· Genetics | |
· Molecular Biology Techniques & Instrumentation | |
· Introduction to Plant Biotechnology | |
· Training | |
· Introduction to Heat & Mass Transfer | |
· Electrical Engineering | |
· Foundation of Information Technology | |
· Chemical Thermodynamics | |
In Fifth Semester: | |
· Basic Immunology | |
· Introduction to Environmental Biotechnology | |
· Microbial Metabolism | |
· Principles of Microbial Genetics | |
· Training I Evaluation | |
· Electronic Measurement & Instrumentation | |
· Concepts of Bioinformatics | |
· Chemical Engineering | |
· Professional Communication & Technical Writing | |
In Sixth Semester: | |
· Microbial Biotechnology | |
· Biochemical Engineering | |
· Seminar I | |
· Training II | |
· Marketing & Management of Biotechnology Products | |
· Concepts of in Vitro Culture | |
· Introduction to Animal Biotechnology | |
· Bio-Safety, Bioethics & IPR Issues | |
· Recombinant DNA Technology | |
In Seventh Semester: | |
· Molecular & Cellular Engineering (MCE) | |
In Eighth Semester:
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Frequently Asked Questions:
Question. Industrial microbiology: What is it?
Answer. Using microorganisms to produce commercial goods, food, or drinks is known as industrial microbiology.
Question. Industrial microbiologists can get employment overseas where?
Answer. The US, UK, France, Australia, and Germany are the countries where microbiologists are most in demand.
Question. Is earning a diploma worth it?
Answer. A diploma degree is beneficial if you simply need the fundamental information, is the response. Yet, a diploma degree won’t help you land a decent job because the hiring manager will consider your experience in the industry.
Question. What distinguishes a BSc from a B.Tech in microbiology and immunology engineering?
Answer. In B.Sc., your education will be more academic; in B.Tech, it will be more practical. In this sector, a B.Tech is more advised than a BSc, to be honest.
Question. We research industrial microbiology because…
Answer. We study industrial microbiology because it teaches us about diverse designed microorganisms and their applications, as well as how microbes impact various environmental elements.