Section-I Basics on QbD 1. Quality by Design (QbD) Concept 2. Benefits and Importance of QbD in Pharmaceutical Dosage Forms 3. QbD Approach for Pharmaceutical Dosage Forms 4. Case Studies on QbD Implementation in Pharmaceutical Dosage Forms 5. Challenges and Limitations of QbD Implementation 6. Future Perspectives and Emerging Trends in QbD for Dosage Forms 7. Pharmaceutical Formulation by Design Section-II Basic Statistics for Design of Experiment 8.
Basic definitions & concepts in statistics useful in DoE 9. Response surface methodology: Basics 10. Basics of Factorial Designing and DoE 11. Response Surface Modelling Section-III Application of QbD for Development of Dosage Form Design of Conventional Formulations 12. Solid Dosage Forms: 13. Liquid Dosage Forms: 14. Semisolid Dosage Forms: 15. Parenteral Dosage Forms: 16.
Inhalation Dosage Forms: 17. Nasal Dosage Forms: 18. Topical and Transdermal Dosage Forms: 19. Ophthalmic Dosage Forms: 20. Rectal and Vaginal Dosage Forms: Section-IV Application of QbD for Development of Dosage Form Design of Novel Drug Delivery Systems including Nano and Micro drug delivery systems 21. Nano vesicular systems 22. Polymeric micro and nano particles 23. Dendrimers 24.
Carbon based novel drug delivery systems 25. Microemulsions and Nanoemulsions 26. Microneedles 27. Bioengineered and bio mimicking drug delivery systems 28. Nanofibers 29. Gel-based Formulations Section-V Application of QbD for optimization of pharmaceutical processes and equipment used in the formulation of Novel drug delivery systems 30. Freeze Drying 31. Spray Drying 32.
High pressure homogenization 33. 3-D Printing 34. Electrospinning.