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School of Biosciences and Bioengineering

M.Sc. - Medicinal Chemistry
Overview

Medicinal Chemistry is a multidisciplinary domain being offered with an intersection of organic, biological and pharmaceutical sciences. Building on your existing knowledge of these areas, this program will prepare you to design through computational methods, synthesis, isolation, and characterization of biologically/pharmacologically active compounds as a potential new pharmaceutical. Our M.Sc. - Medicinal Chemistry degree course aims to render advanced skills in molecular medicine and recent advances in pharma-technology. With emphasis on research, our university offers the right environment and infrastructure. Our faculty is engaged in computational drug design, identification of new biologically active compounds and natural products with therapeutic value. We blend conventional disciplines to conduct research in computational drug design, organic synthesis, biological evaluation, and assay development. After this program, the students will have the right skills, knowledge and qualifications for a successful career in academia, allied medical field, research and industry.

Program Objectives

The objective of M.Sc. - Medicinal Chemistry is to give a comprehensive training to postgraduate students to empower them with the knowledge of discovering, designing new or repurposing therapeutic molecules. It is an opportunity for students after B.Sc. in chemistry, life sciences who want to opt for a career in the Pharma-field.

M.Sc. - Medicinal Chemistry provides; both conventional and innovative approaches to resolve the problems associated with therapeutics. Here, we offer a blend of bioinformatics, computational modelling, organic synthesis, molecular medicine, Omics etc., to understand the advancements in the field of medicine and also cater to the field of personalized medicine.

Unique features of the program
  • Experiential Learning: Students acquire knowledge through participation in laboratories for individual bench-work, classroom exercises, and through critical reading and analysis of current scientific literature.
  • Biocomputing: Courses focusing on bioinformatics, bio-modeling, and omics in biology, with an emphasis on pharmacogenomics, provide students exposure to evolving technologies and developments in this emerging field.
  • Flexibility to Choose Between Industrial or Research Opportunities: The program provides one and a half semesters for projects, allowing students to choose between industrial training, laboratory research, or a dissertation. Students may opt for a specific field to gain deeper understanding and emerge as specialists in their chosen domain.
Program Outcomes:

After this program a number of opportunities would open for these students as they will be ready for a variety of jobs in the Pharma industry.

A Master in Medicinal Chemistry is expected to have an understanding about the use of multidisciplinary approaches to solve any complex problem of drug industry. Mandatory teaching and training activities in this program therefore aim to provide students with integrated knowledge in the basic yet advanced modern and upcoming trends in the Pharma industry. Ultimately; the graduates will be able to develop methods with biotechnological advances and improve conventional technologies or come up with a new strategy.

Job opportunities after M.Sc. - Medicinal Chemistry

A large number of job opportunities open up for a Master’s in Medicinal Chemistry. Companies offering Employment include Research facilities of hospitals and pharma industries; like Hindustan Lever Ltd, Biocon India Ltd, Syngene, Hindustan Antibiotics, Dr. Reddy’s, Bharat Biotech, Serum Institute, etc. to name a few. Besides, openings as research assistants, scientists in various institutes, Quality assurance professionals, production managers, data analysts and advisors, regulatory authority etc. in various Govt. and industrial organizations

Course Structure
Semester I
  • Basic Chemistry- Foundation of Medicinal Chemistry and Introduction to Drug Discovery
  • Organic Chemistry
  • Biochemistry and Molecular Biology
  • Computational Chemistry & Molecular Modelling
  • Biostatistics
  • Practical Organic Chemistry
  • Practical Biochemistry and Molecular Biology
  • Practical Computational Chemistry & Molecular Modelling
Semester II
  • Spectroscopic Techniques and Chromatography
  • Heterocyclic Chemistry: Applications in Medicinal Chemistry
  • Modern Synthetic Organic Chemistry
  • Bio-entrepreneurship /Bioethics, IPR and regulations, Introduction to Quality Assurance
  • Pharmacokinetics & Drug Metabolism – Mechanism of action Understanding drug absorption, distribution, metabolism and excretion
  • Process Analytical Technology (Pat) And Doe (Design Of Experiments)
  • Seminars in Medicinal Chemistry
  • Practical Spectroscopic Techniques and Chromatography
  • Practical Heterocyclic Chemistry
  • Practical Modern Synthetic Organic Chemistry
Semester III
  • Omics/Pharmacogenomics/personalized medicine
  • Natural Products & Phytochemistry – Exploring medicinal compounds from plant sources
  • Pharmaceutical Regulatory Science – Understanding drug laws, patenting and quality control standards
  • Molecular Medicine and Drug Design Computational
  • Independent Research project/ Hackathon/ideathon
  • Formulation Development
  • Practical Natural Products & Phytochemistry – Exploring medicinal compounds from plant sources
  • Practical Molecular Medicine and Drug Design Computational
  • Practicals Omics/ Pharmacogenomics/ personalized medicine
Semester IV
  • Project/ Dissertation/Industrial Training with at least one published Paper in peer reviewed Journal
Eligibility Criteria

B.Sc degree in either Chemistry or Applied Chemistry or Applied Science from any recognized university with Physics or Mathematics or Botany or Zoology as ancillary subjects with 60% of marks

Mode of selection: Entrance exam

Fee Structure
  • Tuition fee - Rs. 1,20,000/-
  • Registration fee - Rs. 5,000/-
  • Caution Deposit - Rs. 10,000/- (refundable at the end of the program)

*Semester fees may change as per approval from Fee Fixation Committee

Total Intake: 30

Program structure:

This program consists of three semesters of course work followed by research projects and dissertations/Industrial training in the final year.

Duration of program: 4 SEMESTERS (IN 2 YEARS)

For integrated Ph.D program- the students will complete the M.Sc program requirements and then start their Ph.D program.

FAQ's

Medicinal chemistry is an interdisciplinary course that deals with drug discovery and drug design keeping in mind their interactions with living systems.

Medicinal chemistry will prepare you to devise innovative solutions to the unmet challenges in the field of drug discovery So, the course is right for you, if you are interested in:

  • Developing novel solutions to challenging, real-world problems related to health and medicine.
  • Innovating tools and devices to improve human lives
  • Cutting-edge independent research and design projects in drug design, screening and drug discovery.
  • Learning by doing, through labs, projects and research.

The M.Sc Medicinal Chemistry course that we offer at (D Y Patil International University) DYPIU is an opportunity for you after your B.Sc in any basic chemistry course to develop your skills in the medicinal chemistry. Medicinal Chemistry prepares you for the various opportunities in a pharmaceutical and biochemical industry. The course at DYPIU is designed uniquely by combining Biomedicine with Chemical sciences and computing to nurture the students to excel in the advances in this field. It is a four-semester course with exposure to all latest emerging drug discovery field. The second year is open for in depth projects in a choice of your own in the vast arena of Medicinal Chemistry.

Unique Features of B.Tech. Bioengineering at DYPIU:
  • Meticulous combination of Chemical Sciences, Molecular Biology and Computing technologies with Biomedical concepts
  • Chem-computing: basics of computing and data analysis for Molecular medicine.
  • Futuristic Learning by experience: The program is a convergence of the latest technologies with modern tools.
  • Internships/Projects: Students do internships/projects in the second-year. Emphasis will be given on solving problems affecting rural/societal/small industry and to develop empathy among students.
  • Future Proof Curriculum: The program is designed in such a way that the courses can be constantly upgraded and revamped to prepare the students with the necessary competencies in order to excel and become future ready as a part of the workforce.
  • Technology Commercialization and Entrepreneurship: The students are encouraged to learn to take challenges, risks and create rather than merely be absorbed into the workforce. The course trains them to solve problems and encourages them to become a vital player in the world of innovation and entrepreneurship.
  • Faculty Quality: DYPIU has research-oriented faculty with Ph.D. from the renowned Universities in India and abroad. They cover a wide spectrum of research interests e.g. nanotechnology, Synthetic chemistry, biochemistry etc.

The total intake for this course is 30 per class.

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