Postgraduate Certificate Course in Pharmaceutical Formulations
Mode: 100% Online (Self-Paced Learning + Live Doubt Sessions)
Level: Postgraduate (PG) Students
Duration: 30 Hours (1 Academic Credit) / 60 Hours (2 Academic Credits)
Assessment: Online MCQ Test + Mini Project + Assignment
Certification: Industry-Oriented Course Completion Certificate

Course Overview:
The Pharmaceutical Formulations course is designed for postgraduate pharmacy students who want to gain practical and industrial knowledge of dosage form development, formulation design, excipient selection, manufacturing processes, quality evaluation, regulatory requirements, and current advances in pharmaceutical technology.
The program bridges academic concepts with pharmaceutical industry practices and prepares learners for careers in formulation R&D, production, quality assurance, and regulatory affairs.

Course Learning Outcomes:
After completing this course, learners will be able to:
⦁    Understand pharmaceutical formulation principles
⦁    Select suitable excipients for dosage forms
⦁    Design oral, topical, liquid, sterile, and novel formulations
⦁    Understand manufacturing 
⦁    Evaluate formulation quality
⦁    Apply stability testing principles
⦁    Understand GMP and regulatory requirements
⦁    Develop basic formulation development skills

Course Modules 
Module 1: 
⦁    Introduction to Pharmaceutical Formulations
⦁    Introduction to dosage forms
⦁    Drug delivery systems
⦁    Routes of drug administration
⦁    Pre-formulation studies
⦁    Physicochemical properties of drugs

Module 2: 
⦁    Pharmaceutical Excipients
⦁    Types of excipients
⦁    Fillers and diluents
⦁    Binders
⦁    Lubricants
⦁    Disintegrants
⦁    Preservatives
⦁    Sweeteners
⦁    Coating materials
⦁    Selection of excipients

Module 3:
⦁     Solid Dosage Form Development
⦁    Tablet formulation
⦁    Capsule formulation
⦁    Granulation methods
⦁    Direct compression
⦁    Compression technology
⦁    Tablet coating
⦁    Tablet defects and troubleshooting

Module 4:
⦁     Liquid Dosage Forms
⦁    Solutions
⦁    Syrups
⦁    Suspensions
⦁    Emulsions
⦁    Oral liquids
⦁    Stability considerations
⦁    Packaging requirements

Module 5: 
⦁    Semi-Solid Formulations
⦁    Ointments
⦁    Creams
⦁    Gels
⦁    Pastes
⦁    Suppositories
⦁    Evaluation methods

Module 6: 
⦁    Sterile Formulations
⦁    Parenterals
⦁    Ophthalmic preparations
⦁    Sterility assurance
⦁    Cleanroom concepts
⦁    Aseptic processing
⦁    Sterilization methods

Module 7: 
⦁    Advanced Drug Delivery Systems
⦁    Controlled release formulations
⦁    Sustained release systems
⦁    Targeted drug delivery
⦁    Nanotechnology in formulations
⦁    Liposomes
⦁    Microspheres
⦁    Transdermal systems

Module 8:
⦁     Manufacturing Process
⦁    Industrial manufacturing workflow
⦁    Equipment used
⦁    Scale-up process
⦁    Process validation
⦁    Batch manufacturing records
⦁    Process optimization

Module 9: 
⦁    Quality Control & Evaluation
⦁    Tablet evaluation
⦁    Capsule evaluation
⦁    Dissolution studies
⦁    Disintegration testing
⦁    Hardness testing
⦁    Friability
⦁    Content uniformity
⦁    Microbial quality

Module 10: 
⦁    Stability Studies & Regulatory Guidelines
⦁    Stability testing (ICH Guidelines)
⦁    Accelerated stability studies
⦁    Shelf-life estimation
⦁    Packaging compatibility
⦁    GMP overview
⦁    Documentation
⦁    Regulatory requirements

Module 11:
⦁     Case Studies
⦁    Tablet formulation development
⦁    Capsule optimization
⦁    Liquid formulation design
⦁    Troubleshooting industrial formulation problems

Module 12:
⦁    Mini Project
⦁    Students will complete one formulation-based project, such as:
⦁    Tablet formulation design
⦁    Suspension formulation
⦁    Cream formulation
⦁    Sustained-release formulation concept
⦁    Excipient compatibility study
⦁    Practical Exposure (Virtual)
⦁    Formulation development demonstrations
⦁    Manufacturing process videos
⦁    Equipment familiarization
⦁    Industrial SOP examples
⦁    Quality control demonstrations
⦁    Stability testing workflow

Assessment
Module-wise quizzes
Online MCQ examination
Assignment submission
Mini formulation project
Final evaluation
Tools & Software Introduced
Microsoft Excel for formulation calculations
Statistical analysis basics
Dissolution profile interpretation
Stability data analysis
Pharmaceutical documentation templates
Career Opportunities
After completing this course, learners can pursue roles such as:
⦁    Formulation Research Associate
⦁    Formulation Development Executive
⦁    R&D Scientist
⦁    Production Executive
⦁    Quality Assurance Executive
⦁    Quality Control Analyst
⦁    Regulatory Affairs Associate
⦁    Pharmaceutical Manufacturing Executive
⦁    Technical Officer
⦁    Validation Executive

Who Can Enroll?
⦁    M.Pharm students
⦁    Pharmaceutics PG students
⦁    Pharmaceutical Chemistry PG students
⦁    Industrial Pharmacy students
⦁    Clinical Pharmacy students
⦁    Pharmacy researchers
⦁    Fresh pharmacy graduates interested in formulation development

Certification
Participants who successfully complete all learning modules, assignments, project work, and the online assessment will receive a Certificate in Pharmaceutical Formulations (Postgraduate Level), recognizing their training in pharmaceutical formulation development and industry-oriented practices.