This course introduces the principles and applications of pharmaceutical analysis, focusing on volumetric and electrochemical methods. It covers concentration calculations, standard solutions, errors in analysis, pharmacopoeial standards, limit tests, and titrimetric techniques essential for drug quality evaluation and assurance.

Pharmaceutics I deals with the fundamentals of dosage form design and dispensing pharmacy. The subject covers pharmaceutical calculations, prescriptions, posology, pharmaceutical incompatibilities, and preparation of conventional dosage forms such as powders, liquids, semisolids, and suppositories, emphasizing professional handling of medicines.

This subject focuses on the study of inorganic pharmaceuticals, impurities, and limit tests. It includes the preparation, properties, medicinal uses, and assays of inorganic compounds used as electrolytes, antacids, cathartics, antimicrobials, haematinics, dental products, and radiopharmaceuticals.

The course aims to develop effective verbal, non-verbal, and written communication skills required for professional pharmacy practice. It covers interpersonal communication, listening skills, presentation techniques, interview skills, group discussions, and teamwork to enhance employability and professional competence.

This subject advances organic chemistry knowledge related to pharmaceuticals, emphasizing reaction mechanisms, stereochemistry, and synthesis of important drug intermediates and medicinal compounds.

The course covers physicochemical principles affecting drug formulation, including states of matter, solubility, dissolution, surface phenomena, and rheology, which are critical for dosage form design and stability.

Pharmaceutical Engineering introduces unit operations and processes used in pharmaceutical industries, such as fluid flow, size reduction, mixing, filtration, drying, and heat transfer.

This subject deals with microorganisms relevant to pharmacy, including sterilization, disinfection, microbiological assays, and contamination control essential for pharmaceutical manufacturing and quality assurance.

This subject introduces advanced drug delivery systems such as controlled, targeted, and transdermal drug delivery technologies.