Overview of Pharmaceutics Syllabus


Pharmaceutics is a core subject in the field of pharmacy and focuses on the science and technology of pharmaceutical dosage forms. It deals with the design, development, and formulation of various pharmaceutical products to ensure their safety, efficacy, and optimal delivery to patients.

A interdisciplinary discipline called pharmaceutics includes the research of medication discovery, production, and delivery. In order to assure the safe, efficient, and ideal distribution of pharmaceutical medications to patients, it integrates components of pharmacy, chemistry, biology, and engineering. Studying pharmaceutics is crucial for first-year D Pharmacy students because it gives you a firm grasp of the concepts and procedures involved in the creation and production of pharmaceutical goods.

Pharmaceutics examines the many facets of drug formulation, including choosing the right dosage forms, comprehending the function of pharmaceutical excipients, and guaranteeing the stability and bioavailability of the created medications. In order to accomplish the intended therapeutic effects, it also explores the creation of different drug delivery methods that allow for accurate and targeted drug administration.

Syllabus of Pharmaceutics

Pharmaceutics subject encompasses a wide range of topics, including

  • History of the profession of Pharmacy in India: Students will learn about the development of Pharmacy education, the pharmaceutical industry, pharmacy practice, and professional associations in India.
  • Overview of Pharmacy as a career and Pharmacopoeia: Students will gain an understanding of Pharmacy as a career option and the significance of various pharmacopoeias including Indian Pharmacopoeia (IP), British Pharmacopoeia (BP), United States Pharmacopeia (USP), National Formulary (NF), and Extra Pharmacopoeia, focusing on their salient features.
  • Packaging materials: In the topic of packaging materials, you will learn about different types of materials used for packaging in the pharmaceutical industry, the criteria for selecting appropriate materials, and the advantages and disadvantages associated with each material.
  • Pharmaceutical aids – Organoleptic agents: Students will learn about the use of colorants, flavouring agents, and sweeteners in pharmaceutical formulations to enhance the appearance, taste, and palatability of medications.
  • Preservatives: Students will gain an understanding of preservatives, their definition, different types such as parabens, benzoates, and antioxidants, along with examples and their uses in pharmaceutical products to prevent microbial growth and maintain product stability.
  • Size reduction: Students will learn about the objectives, principles, construction, and workings of size reduction processes using equipment such as hammer mills (used for coarse grinding) and ball mills (used for fine grinding).
  • Size separation: The topic covers the classification of powders according to the Indian Pharmacopoeia (IP), as well as the principles and use of equipment such as cyclone separators and sieves, including standards for sieves.
  • Mixing: Students will explore the principles, construction, and workings of various mixing equipment, including double cone blenders, turbine mixers, triple roller mills, and Silverson mixer homogenizers.
  • Filtration: The theory of filtration, including different types of filters such as membrane filters and sintered glass filters, will be studied. Students will learn about the principles and working of these filters.
  • Drying: This topic covers the working of fluidized bed dryers, which are used for drying solid materials, as well as the process of freeze drying, which involves removing moisture from a frozen product through sublimation.
  • Extraction: Students will understand the definition and classification of extraction processes, different methods of extraction, and their applications in pharmaceutical production.
  • Tablets: Students will learn about coated and uncoated tablets, as well as various modified tablets such as sustained release, extended-release, fast dissolving, and multi-layered tablets.
  • Capsules: This topic covers hard and soft gelatin capsules, including their composition, advantages, and manufacturing processes.
  • Liquid oral preparations: Students will explore different types of liquid oral preparations, including solutions, syrups, elixirs, emulsions, suspensions, and dry powders for reconstitution.
  • Topical preparations: This topic focuses on various topical formulations such as ointments, creams, pastes, gels, liniments, lotions, suppositories, and pessaries, including their composition and application.
  • Nasal and Ear preparations: Students will learn about nasal and ear preparations, including their formulations and methods of administration.
  • Powders and granules: This section covers different types of powders and granules used in pharmaceutical preparations, such as insufflations, dusting powders, effervescent powders, and effervescent granules.
  • Sterile formulations: Students will gain an understanding of sterile formulations, including injectables (parenteral formulations), eye drops, and eye ointments. The emphasis will be on their sterility requirements and manufacturing processes.
  • Immunological products: This topic explores immunological products, including sera, vaccines, toxoids, and their manufacturing methods, with a focus on immunization principles and the production of safe and effective immunological preparations.

Basic Structure and Layout:

Students will learn about the overall structure and layout of pharmaceutical manufacturing plants, including various departments such as production, quality control, quality assurance, packaging, warehouse, and utilities. The importance of efficient material flow, process optimization, and compliance with regulatory guidelines will also be emphasized.

  • Sections of Manufacturing Plants: The different sections of pharmaceutical manufacturing plants will be explored, such as raw material storage and handling, formulation and compounding, granulation and drying, tablet compression and coating, filling and packaging, and quality control laboratories. Students will understand the purpose and activities associated with each section.
  • Activities in Manufacturing Plants: The activities conducted in pharmaceutical manufacturing plants will be discussed, including receiving and inspection of raw materials, batch formulation, equipment cleaning and maintenance, process monitoring, packaging operations, documentation, and adherence to regulatory requirements.

Quality Control and Quality Assurance:

  • Definition and Concepts: Students will gain an understanding of quality control and quality assurance in the context of pharmaceutical manufacturing. The importance of maintaining product quality, safety, and efficacy throughout the manufacturing process will be emphasized. Key concepts such as batch testing, sample analysis, and compliance with regulatory standards will be covered.
  • Current Good Manufacturing Practice (cGMP): Students will be introduced to cGMP, which refers to the regulatory guidelines and practices that ensure the consistent production of high-quality pharmaceutical products. They will learn about the principles of cGMP, including requirements for facilities, equipment, personnel, documentation, and record-keeping.
  • Calibration and Validation: The concept of calibration and validation will be introduced, focusing on their importance in ensuring accuracy, reliability, and consistency of measurement and manufacturing processes. Students will learn about calibration procedures for instruments and equipment and the validation of manufacturing processes, analytical methods, and computer systems.
  • Novel drug delivery systems: In the study of novel drug delivery systems, students will be introduced to innovative approaches and technologies that aim to enhance drug delivery to the target site in the body. They will learn about advanced strategies that go beyond traditional oral or injectable routes and explore various systems designed to improve therapeutic outcomes, increase patient compliance, and minimize side effects.


In conclusion, the study of pharmaceutics provides a thorough grasp of drug formulation, development, and delivery and is an essential component of D Pharmacy programmes. The information and skills required to succeed in the pharmaceutical sector are acquired by students through examining a variety of topics, including pharmaceutical dosage forms, drug delivery methods, formulation development, and quality control. Innovative medication therapies are made possible by pharmaceutics, guaranteeing that patients are treated in a secure and efficient manner.

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