M.Tech Bio-Pharmaceutical Technology

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Master of Technology in Bio-Pharmaceutical Technology

Duration

2 Years

Level

Post Graduation

Type

Degree

Eligibility

Graduation

M.Tech Bio-Pharmaceutical Technology or Master of Technology in Bio-Pharmaceutical Technology is a two-year postgraduate Pharmaceutical Management course. Biopharmaceuticals are medical drugs produced using biotechnology. Coursework includes general education, computer applications, biology, chemistry, industrial safety, and an extensive array of very detailed pharmaceutically specific classes.

The Master of Technology degree in Bio-Pharmaceutical Technology encompasses nearly the whole spectrum of drug research, and the department is part of a Science Park that also houses various biomedical research organizations and biotechnological enterprises. This course in Bio-Pharmaceutical Technology focuses on drug transport and formulation, drug target identification, and therapeutic gene modification in cardiovascular disease. It has both mandatory and optional components. The Master of Technology program in Bio-Pharmaceutical Technology covers general education, computer applications, biology, chemistry, industrial safety, and a wide range of pharmaceutically specialized subjects.

M.Tech Bio-Pharmaceutical Technology Eligibility

  • Aspiring students should have passed a BE / B.Tech degree in any relevant subject or equivalent qualification from a recognized University.
  • The candidates should have secured a minimum of 60% aggregate marks in their Bachelor's.
  • Some of the very reputed universities and colleges conduct entrance examinations for admission.

M.Tech Bio-Pharmaceutical Technology Syllabus

Syllabus of Bio-Pharmaceutical Technology course as prescribed by various Universities and Colleges.

M.Tech Bio-Pharmaceutical Technology Semester-I

Sr. No. 

Subjects of Study

1

Applied Statistics for Biotechnologists

2

Biogenerics and Biopharmaceuticals

3

Fermentation Technology for Pharmaceutical Industries

4

Human Physiology and Drug Metabolism

5

Formulation and Analytical Techniques in Biopharmaceutical Technology Lab

6

Elective-I

  • Bioconjugate Technology and Applications
  • Combinatorial Methods for Drug Development
  • Drug Dosage Forms and Design
  • Drug Regulatory, Quality, and Safety Evaluation
  • Medicinal Chemistry and Chemistry of Natural Products

7

Elective-II

  • Molecular Medicine and Mechanism
  • Pharmacogenomics
  • Proteomics and Mass Spectroscopy
  • Research and Research Methodology in Biotechnology
  • Tissue Engineering and Regenerative Medicine

M.Tech Bio-Pharmaceutical Technology Semester-II

1

Advanced Genetic Engineering

2

Computational Methods in Drug Design

3

High Throughput Screening in Lead Discovery

4

Immunopharmacology

5

Pharmacokinetics and Biopharmaceuticals

6

Recombinant DNA and Bioprocess Technology lab

7

Elective-III

  • Biocatalysts and Enzyme Technology
  • Entrepreneurship, IPR, and Biosafety
  • Metabolic Process and Engineering
  • Nanobiotechnology
  • Pharmacology

8

Elective-IV

  • Advances in Molecular Pathogenesis
  • Clinical Trials and Bioethics
  • Genomics and Transcriptomics
  • Protein Engineering and Industrial Applications
  • Technologies in Omics Science

M.Tech Bio-Pharmaceutical Technology Semester-III

1

Drug Discovery Lab

2

Immunopharmacology Lab

3

Project Work Phase-I

M.Tech Bio-Pharmaceutical Technology Semester-IV

1

Project Work Phase-II

 

M.Tech Bio-Pharmaceutical Technology College

M.Tech Bio-Pharmaceutical Technology Course Suitability

  • Students with a thorough understanding of important components of Biopharmaceutical Processing and their Support Services, with a particular emphasis on the product lifecycle of Biopharmaceutical products and their related processes, are well prepared for it.
  • Pharmacists must be able to work hard, have good logical thinking, patience, a feeling of responsibility, and patient counseling abilities.
  • Solid analytical talents, as well as solid academic foundations, are required in the subject of research.
  • Retail pharmacists must-have commercial skills as well as product expertise.

How is the M.Tech Bio-Pharmaceutical Technology Course Beneficial?

  • The Master of Technology program prepares students to work as junior drug researchers in drug delivery technology, drug target discovery, and therapeutic gene regulation.
  • Students will be educated on topics such as microbial and cell growth operations, downstream recovery and bioseparation processes, bioprocess design, and biological production validation and regulatory concerns.
  • They may find work in the food and cosmetic sectors, as well as any other business that wants assurance that new goods are as safe and effective as feasible.

M.Tech Bio-Pharmaceutical Technology Employment Areas

  • Academic Institutions
  • Bioprocesses Engineering Sector
  • Biopharmaceutical Products Companies
  • Drug Manufacturing Companies
  • Labelling and Packaging Departments
  • Research & Development

M.Tech Bio-Pharmaceutical Technology Job Types

  • Area Business Manager
  • Associate Scientific Manager
  • Business Specialist
  • Biotechnology Patent Analyst
  • Clinical Data Manager
  • Operational / Process Excellence Coordinator
  • Pharmaceutical Patent Analyst
  • Quality Control Chemist
  • Research Associate
  • Sales Manager / Marketing Manager / Supply Chain Manager
  • Training Manager