Radha Govind University Online PhD in Pharmaceutics Chemistry Admission 2025, IIRF Ranking, Event, Student Also Visited

• Passport size Photograph
• Application form
• Secondary School (Class 10th) Mark Sheet
• Pass Certificate of Class 10th
• Senior Secondary School (Class 12th ) Mark sheet or equivalent
• Pass Certificate of Class 12th
• Valid Certificate for proof of Date of Birth
• Graduation Marks Sheet or equivalent, If applicable
• Graduation Degree certificate, If applicable
• Postgraduate Mark Sheet or equivalent
• Postgraduate Degree certificate
• Migration Certificate (Original+2 Xerox)
• School Leaving Certificate/Transfer Certificate/College Leaving Certificate, as applicable
• Caste Certificates (ST/SC/OBC-NCL), EWS Certificates

1. First, students are required to meet the eligibility criteria.
2. Candidates are required to fulfill PhD in Pharmaceutics Chemistry of Radha Govind University - Rgu eligibility criteria.
3. Fill out the application form with all the required details.
4. Upload and scan all the necessary documents.
5. Candidates will be selected on the basis of past performance, information on the application form, and several others.
6. Pay PhD in Pharmaceutics Chemistry to get admitted to the programme.

Semester 1: Core and Foundation Courses

Advanced Organic Chemistry

• Reaction mechanisms, stereochemistry, and synthetic organic chemistry.
• Modern techniques in organic synthesis.

Pharmaceutical Analysis

• Analytical techniques in pharmaceuticals (UV-Vis spectroscopy, HPLC, GC).
• Stability testing, dissolution testing, and validation of analytical methods.

Principles of Pharmaceutics

• Dosage forms and delivery systems (tablets, injectables, transdermal).
• Physicochemical properties of drugs and their impact on formulation.

Research Methodology

• Overview of research methods, scientific writing, literature review, and data interpretation.
• Experimental design and statistical tools.

Pharmacokinetics and Biopharmaceutics

• Drug absorption, distribution, metabolism, and excretion (ADME).
• Bioavailability and bioequivalence studies.

Semester 2: Specialized Topics and Practical Training

Advanced Drug Delivery Systems

• Controlled and sustained release formulations.
• Nanoparticles, liposomes, and other innovative delivery methods.

Pharmaceutical Biotechnology

• Biopharmaceuticals, gene therapy, monoclonal antibodies.
• Biotechnology in drug formulation and manufacturing.

Pharmaceutical Product Development

• From discovery to formulation: drug development cycle.
• Scale-up processes and regulatory guidelines.

Pharmaceutical Toxicology

• Toxicological aspects of drug development.
• Mechanisms of drug toxicity and safety evaluation.

Lab Work and Practical Training

• Laboratory experiments related to formulation, drug delivery systems, and analysis.
• Hands-on experience with analytical instruments and pharmaceutical formulations.

Semester 3: Research and Advanced Electives

Advanced Topics in Drug Chemistry

• Advanced synthesis of bioactive compounds.
• Medicinal chemistry and structure-activity relationship (SAR).

Pharmaceutical Regulatory Affairs

• Drug approval processes, clinical trials, and regulatory agencies (FDA, EMA).
• ICH guidelines and compliance.

Elective I (Choose one)

• Pharmaceutical Nanotechnology.
• Advanced Pharmaceutical Chemistry.
• Formulation of Biologics.

Research Work and Dissertation Planning

• Conducting literature surveys, hypothesis formation, and research proposal writing.
• Initial research work and data collection.

Semester 4: Focused Research and Thesis Work

Elective II (Choose one)

• Advanced Analytical Techniques.
• Drug Design and Molecular Modeling.
• Current Trends in Pharmaceutics Chemistry.

PhD Research Work

• Conduct independent research under faculty supervision.
• Experimentation, data analysis, and result documentation.

Dissertation Writing

• Writing the research findings in the form of a dissertation.
• Preparing for the thesis defense.

Semester 5: Research and Thesis Finalization

PhD Research Work

• Continuation of the research project, including experiments, analysis, and writing.
• In-depth study of relevant scientific literature and hypothesis testing.

Seminar on Research Progress

• Presenting research findings and receiving feedback from faculty and peers.

Thesis Submission

• Finalizing the dissertation and submitting it for evaluation.

Semester 6: Thesis Defense and Completion

Final Dissertation Submission

• Submission of the completed dissertation.

Viva Voce/Thesis Defense

• Oral defense of the dissertation before a committee of experts.

Completion of Research

• Completion of the required publications based on research work (if applicable).
• Final approval and degree award.