PO, PEO, PSO & CO

PO

  • PO1: Pharmacy Knowledge: Apply the knowledge of science, pharmacy fundamentals, and a pharmacy specialization to the solution of complex pharmacy problems.
  • PO2: Problem Analysis: Identify, formulate, review research literature, and analyze complex pharmacy problems reaching substantiated conclusions using first principles of pharmaceutics, chemistry, and engineering sciences.
  • PO3: Design/Development of Solutions: Design solutions for complex problems and design system components or processes that meet the specified needs with appropriate consideration for public health and safety, and the cultural, societal, and environmental considerations.
  • PO4: Conduct Investigations of Complex Problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions for complex problems:
  • PO5: Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern tools including prediction and modeling to complex activities with an understanding of the limitations.
  • PO6: The pharmacy and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal, and cultural issues and the consequent responsibilities relevant to the professional practice.
  • PO7: Environment and sustainability: understand the impact of professional solutions in societal and environmental contexts, demonstrate the knowledge of, and need for sustainable development.
  • PO8: Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the pharmacy practice
  • PO9: Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
  • PO 10: Communication: Communicate effectively on complex engineering activities with the pharmacy community and with society at large, such as being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions
  • PO11: Project management and finance: Demonstrate knowledge and understanding of the pharmacy and management principles and apply these to one’s work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
  • PO12: Lifelong learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.

PEO

Program Educational Outcomes (PEO)

  • PEO 1-Academic Excellence: To acquire in-depth knowledge and adequate scientific information regarding basic principles of Pharmaceutics. Pharmaceutical and Medicinal Chemistry, Pharmacology, Pharmacognosy and Pharmaceutical analysis.
  • PEO 2-Fundamental Skills: To produce pharmacy graduates with strong fundamental concept and high technical competence in pharmaceutical sciences to fulfill the need of pharmaceutical industry.
  • PEO 3-Presentation Skills: The undergraduate students should able to write, interpret and communicate effectively and scientifically.
  • PEO 4-Team Spirit: To inculcate leadership and problem solving, decision making capabilities in future pharmacist.
  • PEO 5-Entrepreneurship: To provide vision to identify opportunities, run new business, drive innovations and leam from and adapt to changing circumstances.
  • PEO 6-Social Health Care: To develop the students to contribute toward health care system by creating awareness in society about the effective and safe use of medicine.

PSO

Program Specific Outcomes (PSO) : Master of Pharmacy (Pharmaceutics)

  • PSO 1: Academic Excellence: To acquire in-depth knowledge and adequate scientific information regarding basic principles of Pharmaceutics and its application in design of dosage form.
  • PSO 2: Fundamental Skill: To produce research associates with strong fundamental concept and high technical competence in Novel drug delivery system to serve the need of F&D and Production department of pharmaceutical industry.
  • PSO 3: Presentation Skills: The postgraduate student should able to write, interpret and communicate effectively and scientifically to accomplish the requirements of Regulatory affairs department.

Program Specific Outcomes (PSO) : Master of Pharmacy (Quality Assurance)

  • PSO 1: Academic Excellence: To attain thorough knowledge and ample scientific information regarding basic principles of Pharmaceutical Analysis and its application in built up the quality in pharmaceutical product.
  • PSO 2: Fundamental Skill: To create analyst with strong basic concept and high technical competence in sophisticated analytical instrument handling and Troubleshooting to serve the need of Analytical development laboratory.
  • PSO 3: Presentation Skills: The postgraduate student should able to write, interpret and communicate effectively and scientifically to fulfill the desires of Validation and Quality Affairs department.

CO - B.Pharm

First Year B. Pharm.
Semester-I

Name of subject HUMAN ANATOMY AND PHYSIOLOGY-I (Theory)
Subject Code BP101T
  Upon completion of this course student shall be able to
CO1 Explain the basic concepts of human anatomy and physiology.
CO2 Describe the structure and function of cells and tissues.
CO3 Illustrate the organization and functions of the integumentary and skeletal systems.
CO4 Analyze the physiological mechanisms of the nervous system and special senses.
CO5 Evaluate the functions and disorders of body fluids, blood, and the lymphatic system.
CO6 Assess the anatomy and physiology of the cardiovascular system and related disorders.
Name of subject PHARMACEUTICAL ANALYSIS (Theory)
Subject Code BP102T
  Upon completion of this course student shall be able to
CO1 Define key concepts in pharmaceutical analysis, including techniques of analysis and standards.
CO2 Explain the sources, types, and methods of minimizing errors in pharmaceutical analysis.
CO3 Perform and standardize various acid-base, non-aqueous, precipitation, complexometric, and redox titrations.
CO4 Analyze the principles and procedures of gravimetric and electrochemical methods of analysis.
CO5 Evaluate the accuracy and precision of analytical data, considering significant figures and error types.
CO6 Create experimental protocols for various titrations and gravimetric analyses to solve complex analytical problems.
Name of subject PHARMACEUTICS I (Theory)
Subject Code BP103T
  Upon completion of this course student shall be able to
CO1 Describe the historical development and scope of the pharmacy profession in India.
CO2 Explain the classification and definitions of various dosage forms and prescription handling.
CO3 Calculate pediatric dosages, pharmaceutical calculations, and prepare various dosage forms.
CO4 Analyze the stability problems and methods to overcome them in liquid and biphasic dosage forms.
CO5 Evaluate the advantages, disadvantages, and preparation methods of various dosage forms like suppositories and semisolids.
CO6 Design and formulate experimental protocols for preparing and evaluating different pharmaceutical dosage forms.
Name of subject PHARMACEUTICAL INORGANIC CHEMISTRY (Theory)
Subject Code BP104T
  Upon completion of this course student shall be able to
CO1 Define key terms and concepts related to impurities in pharmaceutical substances and official waters.
CO2 Explain the principles and procedures involved in limit tests for various impurities in pharmaceuticals.
CO3 Apply buffer equations and principles to prepare and stabilize pharmaceutical buffers and isotonic solutions.
CO4 Analyze the functions of major electrolytes and their role in physiological processes and replacement therapy.
CO5 Evaluate the properties, uses, and safety considerations of various gastrointestinal agents and antimicrobials.
CO6 Define key terms and concepts related to impurities in pharmaceutical substances and official waters.
Name of subject COMMUNICATION SKILLS (Theory)
Subject Code BP105T
  Upon completion of this course student shall be able to
CO1 Define key terms and concepts related to the communication process and barriers to communication.
CO2 Explain the various elements and styles of communication, including face-to-face and written communication.
CO3 Demonstrate effective listening skills and strategies for overcoming listening barriers.
CO4 Analyze different communication styles and their effectiveness in various professional scenarios.
CO5 Evaluate the effectiveness of different communication methods in interviews, presentations, and group discussions.
CO6 Create structured presentations and group discussions, applying effective communication strategies.
Name of subject REMEDIAL BIOLOGY (Theory)
Subject Code BP 106RBT
  Upon completion of this course student shall be able to
CO1 Define key concepts and terms related to the living world, including diversity and classification.
CO2 Explain the structure and function of different human systems, including circulatory, digestive, and respiratory systems.
CO3 Illustrate the processes of excretion, neural control, and chemical regulation in humans.
CO4 Analyze the mechanisms of plant nutrition, photosynthesis, and respiration.
CO5 Evaluate the role of different tissues and cell structures in plants and animals.
CO6 Create diagrams and models to represent various biological processes and structures studied in the course.
Name of subject REMEDIAL MATHEMATICS (Theory)
Subject Code BP 106 RMT
  Upon completion of this course student shall be able to
CO1 Define basic concepts of partial fractions, logarithms, functions, limits, and continuity.
CO2 Explain the properties and applications of matrices, determinants, and calculus in solving equations.
CO3 Apply differentiation and integration techniques to solve pharmaceutical problems.
CO4 Analyze complex problems using analytical geometry and differential equations.
CO5 Evaluate the application of Laplace transforms in solving linear differential equations and pharmacokinetics.
CO6 Create solutions for complex problems using advanced mathematical methods such as matrices, calculus, and Laplace transforms.
Name of subject HUMAN ANATOMY AND PHYSIOLOGY (Practical)
Subject Code BP107P
  Upon completion of this course student shall be able to
CO1 Identify and describe the structure and function of epithelial, connective, muscular, and nervous tissues using a microscope.
CO2 Explain the methods for identifying axial and appendicular bones.
CO3 Demonstrate the use of a haemocytometer for enumerating WBC and RBC counts.
CO4 Analyze blood samples to determine bleeding time, clotting time, haemoglobin content, and erythrocyte sedimentation rate (ESR).
CO5 Evaluate cardiovascular parameters such as heart rate, pulse rate, and blood pressure.
CO6 Create comprehensive reports on laboratory findings and observations from the visit to a blood bank.
Name of subject PHARMACEUTICAL ANALYSIS (Practical)
Subject Code BP108P
  Upon completion of this course student shall be able to
CO1 Describe the procedures for the preparation and standardization of various chemical solutions as per IP.
CO2 Explain the principles and procedures for conducting titrations and assays of different compounds.
CO3 Perform standardization of titrants and assays for compounds such as ammonium chloride and sodium benzoate.
CO4 Analyze titration results to determine the normality of solutions using electro-analytical methods.
CO5 Evaluate the accuracy of experimental results by comparing them with standard values.
CO6 Create comprehensive lab reports documenting the procedures, results, and interpretations of various assays and titrations.
Name of subject PHARMACEUTICS I (Practical)
Subject Code BP109P
  Upon completion of this course student shall be able to
CO1 Describe the preparation methods for various pharmaceutical formulations such as syrups, elixirs, and linctus.
CO2 Explain the principles involved in the formulation of solutions, suspensions, and emulsions.
CO3 Perform the preparation of different pharmaceutical formulations including syrups, emulsions, and suppositories.
CO4 Analyze the quality and stability of prepared pharmaceutical formulations using standard tests.
CO5 Evaluate the effectiveness and compliance of various pharmaceutical formulations in patient care.
CO6 Design and prepare comprehensive reports documenting the procedures, results, and analyses of pharmaceutical preparations.
Name of subject PHARMACEUTICAL INORGANIC CHEMISTRY (Practical)
Subject Code BP110P
  Upon completion of this course student shall be able to
CO1 Describe the procedures for performing limit tests for chloride, sulphate, iron, arsenic, lead, and heavy metals.
CO2 Explain the identification tests for various inorganic compounds such as magnesium hydroxide and ferrous sulphate.
CO3 Perform tests for the purity of pharmaceutical substances like the swelling power of bentonite and neutralizing capacity of aluminum hydroxide gel.
CO4 Analyze the results of limit tests and identification tests to ensure the quality of pharmaceutical substances.
CO5 Evaluate the preparation processes for inorganic pharmaceuticals like boric acid and potash alum to ensure compliance with standards.
CO6 Design and prepare detailed reports documenting the procedures, results, and analyses of various pharmaceutical tests and preparations.
Name of subject COMMUNICATION SKILLS (Practical)
Subject Code BP111P
  Upon completion of this course student shall be able to
CO1 Identify and practice basic communication skills such as meeting people, asking questions, and making friends.
CO2 Demonstrate correct pronunciation of consonant and vowel sounds, and understand their impact on communication.
CO3 Apply listening comprehension strategies and differentiate between direct and indirect speech in conversations.
CO4 Analyze different figures of speech and their usage in effective communication.
CO5 Evaluate various writing techniques and apply effective writing skills in different contexts such as emails and reports.
CO6 Create and deliver presentations, and handle interviews professionally, incorporating advanced communication skills.
Name of subject REMEDIAL BIOLOGY (Practical)
Subject Code BP112RBP
  Upon completion of this course student shall be able to
CO1 Identify the parts and functions of a microscope and demonstrate basic techniques for section cutting, mounting, and staining.
CO2 Describe the structure and inclusions of different cell types.
CO3 Apply knowledge to study and identify the modifications in stem, root, leaf, seed, fruit, and flower.
CO4 Analyze and interpret data from computer models of frog anatomy.
CO5 Evaluate tissue samples from stem, root, leaf, seed, fruit, and flower using microscopic techniques.
CO6 Design and perform experiments to determine blood group, blood pressure, and tidal volume.

First Year B. Pharm.
Semester-II

Name of subject HUMAN ANATOMY AND PHYSIOLOGY-II (Theory)
Subject Code BP 201T
  Upon completion of this course student shall be able to
CO1 Explain the organization and functioning of the nervous system, including the central nervous system and neurotransmitters.
CO2 Describe the anatomy and functions of the digestive system, including nutrient digestion and absorption.
CO3 Illustrate the respiratory and urinary systems, focusing on the mechanisms of respiration and urine formation.
CO4 Analyze the roles of different endocrine glands and their hormones, including the disorders associated with them.
CO5 Evaluate the structure and function of the male and female reproductive systems, including genetic inheritance patterns.
CO6 Design experiments to measure and interpret physiological parameters related to various body systems.
Name of subject PHARMACEUTICAL ORGANIC CHEMISTRY – I (Theory)
Subject Code BP202T
  Upon completion of this course student shall be able to
CO1 Explain the basic principles of organic chemistry including hybridization, bond formation, and effects like inductive, steric, and resonance.
CO2 Classify and name various organic compounds using IUPAC nomenclature and understand structural isomerism.
CO3 Describe the reactions and stability of alkanes, alkenes, and conjugated dienes, including mechanisms and orientation effects.
CO4 Analyze the mechanisms and factors affecting SN1 and SN2 reactions in alkyl halides and their uses.
CO5 Evaluate nucleophilic addition and condensation reactions in carbonyl compounds and their applications.
CO6 Design experiments to test and interpret the properties and reactions of carboxylic acids and aliphatic amines.
Name of subject BIOCHEMISTRY (Theory)
Subject Code BP203 T
  Upon completion of this course student shall be able to
CO1 Explain the classification, chemical nature, and biological roles of biomolecules.
CO2 Illustrate the pathways and regulation of carbohydrate metabolism and its diseases.
CO3 Analyze the processes and disorders associated with lipid and amino acid metabolism.
CO4 Evaluate the synthesis, catabolism, and genetic implications of nucleic acids.
CO5 Discuss the kinetics, regulation, and applications of enzymes in biochemistry and pharmacy.
CO6 Design experiments to investigate biochemical pathways and enzyme activity.
Name of subject PATHOPHYSIOLOGY (THEORY)
Subject Code BP 204T
  Upon completion of this course student shall be able to
CO1 Define and explain the causes and pathogenesis of cellular injury, including adaptive changes.
CO2 Describe the mechanisms of inflammation and repair, including clinical signs and types of inflammation.
CO3 Analyze the pathophysiology and clinical manifestations of cardiovascular, respiratory, renal,
CO4 haematological, endocrine, nervous, and gastrointestinal diseases.
CO5 Evaluate the etiology, pathogenesis, and classification of bone and joint diseases, as well as cancer.
CO6 Discuss the epidemiology, clinical features, and management of infectious and sexually transmitted
Name of subject COMPUTER APPLICATIONS IN PHARMACY (Theory)
Subject Code BP205 T
  Upon completion of this course student shall be able to
CO1 Explain the different number systems and perform conversions and arithmetic operations between them.
CO2 Describe the process of information systems and software development, including project planning and management.
CO3 Develop web pages using HTML, XML, and CSS, and understand the basics of databases and server products.
CO4 Analyze the application of computers in various pharmacy fields such as drug information storage, pharmacokinetics, and patient monitoring systems.
CO5 Evaluate the impact of bioinformatics on vaccine discovery and understand bioinformatics databases.
CO6 Utilize computers for data analysis in preclinical development, including chromatographic data analysis and laboratory information management systems.
Name of subject ENVIRONMENTAL SCIENCES (Theory)
Subject Code BP 206 T
  Upon completion of this course student shall be able to
CO1 Explain the multidisciplinary nature of environmental studies and the importance of natural resources.
CO2 Describe the structure and function of different ecosystems and their characteristic features.
CO3 Analyze the various types of environmental pollution and their impact on health and the environment.
CO4 Evaluate the role of individuals in the conservation of natural resources and sustainable development.
CO5 Design strategies for addressing environmental issues using modern tools and techniques.
CO6 Investigate environmental problems through research methods and provide valid conclusions.
Name of subject HUMAN ANATOMY AND PHYSIOLOGY (Practical)
Subject Code BP 207 P
  Upon completion of this course student shall be able to
CO1 Identify and explain the structures and functions of the integumentary, nervous, and endocrine systems using specimens and models.
CO2 Perform and interpret hematological tests such as platelet count, differential leukocyte count, and Arneth index.
CO3 Assess the osmotic fragility of RBCs and interpret the results in relation to health conditions.
CO4 Demonstrate and evaluate general neurological examinations, olfactory nerve function, taste tests, and visual acuity tests.
CO5 Record and analyze physiological parameters such as body temperature, tidal volume, vital capacity, and basal mass index.
CO6 Conduct visits to hospitals/pathology laboratories to understand real-world applications of physiological and anatomical knowledge.
Name of subject PHARMACEUTICAL ORGANIC CHEMISTRY – I (Practical)
Subject Code BP208P
  Upon completion of this course student shall be able to
CO1 Explain and implement safety measures in an organic laboratory.
CO2 Perform and calibrate laboratory techniques such as determining melting point, boiling point, distillation, and crystallization.
CO3 Conduct systematic qualitative analysis of unknown organic compounds through various tests and identification methods.
CO4 Prepare solid derivatives from organic compounds and analyze their properties.
CO5 Build and interpret molecular models of structures containing various functional groups.
CO6 Demonstrate the ability to research and identify unknown organic compounds using literature and experimental data.
Name of subject BIOCHEMISTRY (Practical)
Subject Code BP 209 P
  Upon completion of this course student shall be able to
CO1 Identify and differentiate between various carbohydrates, amino acids, and proteins using qualitative tests.
CO2 Conduct qualitative analysis of urine to detect abnormal constituents.
CO3 Determine blood creatinine, blood sugar, and serum total cholesterol using specific biochemical methods.
CO4 Prepare buffer solutions and measure their pH accurately.
CO5 Quantitatively analyze reducing sugars and proteins using DNSA and Biuret methods respectively.
CO6 Investigate the effect of temperature and substrate concentration on salivary amylase activity.
Name of subject COMPUTER APPLICATIONS IN PHARMACY (Practical)
Subject Code BP210P
  Upon completion of this course student shall be able to
CO1 Design a questionnaire to gather information about a particular disease using a word processing package.
CO2 Create a personal information webpage using HTML.
CO3 Retrieve drug information and its adverse effects using online tools.
CO4 Create and manage a patient information database using MS Access.
CO5 Design forms, generate reports, and print from a patient database using MS Access.
CO6 Export tables, queries, forms, and reports to web pages and XML pages.

Second Year B. Pharm.
Semester-III

Name of subject PHARMACEUTICAL ORGANIC CHEMISTRY –II (Theory)
Subject Code BP301T
  Upon completion of this course student shall be able to
CO1 Explain the resonance in benzene and apply Huckel’s rule to predict aromaticity.
CO2 Describe the acidity and basicity of phenols and aromatic amines, including the effect of substituents.
CO3 Identify and differentiate between types of stereoisomerism and apply nomenclature rules for optical and geometrical isomers.
CO4 Explain the synthesis, reactions, and medicinal uses of polynuclear hydrocarbons.
CO5 Discuss the stability theories of cycloalkanes and apply these theories to predict their reactivity.
CO6 Explain the chemical reactions of fats and oils, including hydrolysis, hydrogenation, saponification, and rancidity.
Name of subject PHYSICAL PHARMACEUTICS-I (Theory)
Subject Code BP302T
  Upon completion of this course student shall be able to
CO1 Explain the solubility principles of drugs and apply Raoult’s law and distribution law in pharmaceutical contexts.
CO2 Describe the states of matter and their properties, including physicochemical properties relevant to pharmaceuticals.
CO3 Analyze surface and interfacial phenomena, including the application of surface active agents and HLB scale.
CO4 Explain complexation, protein binding, and their implications for drug action and stability.
CO5 Discuss the principles of pH, buffers, and isotonic solutions, and their applications in pharmaceutical systems.
CO6 Evaluate physicochemical properties such as refractive index, optical rotation, and dielectric constant for drug molecules.
Name of subject PHARMACEUTICAL MICROBIOLOGY (Theory)
Subject Code BP 303 T
  Upon completion of this course student shall be able to
CO1 Describe the history, scope, and importance of microbiology, and differentiate between Prokaryotes and Eukaryotes.
CO2 Explain the ultra-structure, growth, and cultivation methods of bacteria and use various microscopy techniques to study them.
CO3 Apply staining techniques and biochemical tests to identify bacteria and evaluate the efficiency of sterilization methods.
CO4 Discuss the morphology, classification, and cultivation of fungi and viruses, and assess the effectiveness of disinfectants and antiseptics.
CO5 Design aseptic areas, implement microbiological assays, and standardize antibiotics, vitamins, and amino acids.
CO6 Analyze microbial spoilage and contamination in pharmaceutical products, and evaluate methods for preservation and microbial stability.
Name of subject PHARMACEUTICAL ENGINEERING (Theory)
Subject Code BP 304 T
  Upon completion of this course student shall be able to
CO1 Describe the principles and applications of fluid flow, size reduction, and size separation in pharmaceutical processes.
CO2 Explain the mechanisms and equipment used for heat transfer, evaporation, and distillation in pharmaceutical operations.
CO3 Analyze the drying and mixing processes in pharmaceuticals, including the factors affecting these processes and equipment used.
CO4 Evaluate filtration and centrifugation techniques, including the selection of appropriate equipment for specific applications.
CO5 Design systems for corrosion prevention and select appropriate materials for pharmaceutical plant construction.
CO6 Assess the impact of material handling systems and the importance of corrosion prevention in the pharmaceutical industry.
Name of subject PHARMACEUTICAL ORGANIC CHEMISTRY –II
Subject Code BP305P
  Upon completion of this course student shall be able to
CO1 Demonstrate laboratory techniques such as recrystallization and steam distillation.
CO2 Separate binary mixtures using standard laboratory techniques.
CO3 Determine the saponification value of various oil samples.
CO4 Synthesize organic compounds through various reactions such as benzoylation, nitration, and oxidation.
CO5 Analyze the outcomes of organic synthesis reactions and optimize the reaction conditions.
CO6 Communicate experimental findings effectively through written and oral presentations.
Name of subject PHYSICAL PHARMACEUTICS – I (Practical)
Subject Code BP306P
  Upon completion of this course student shall be able to
CO1 Determine the solubility and thermodynamic parameters of drugs at room temperature.
CO2 Calculate the pKa value of drugs using Half Neutralization and Henderson-Hasselbalch equation.
CO3 Measure partition coefficients of compounds in different solvent systems.
CO4 Evaluate surface tension and HLB number of surfactants using various methods.
CO5 Determine constants for adsorption isotherms and critical micellar concentrations.
CO6 Assess stability constants and donor-acceptor ratios for different complexes using solubility and titration methods.
Name of subject PHARMACEUTICAL MICROBIOLOGY (Practical)
Subject Code BP 307P
  Upon completion of this course student shall be able to
CO1 Identify and understand the functions of different microbiology laboratory equipment.
CO2 Perform sterilization of glassware and media preparation techniques.
CO3 Conduct subculturing of bacteria and fungi and prepare nutrient stabs and slants.
CO4 Apply staining techniques for bacteria identification, including simple, Gram, and acid-fast staining.
CO5 Isolate pure cultures using multiple streak plate and other microbiological techniques.
CO6 Perform microbiological assays, sterility testing, and biochemical tests to evaluate microorganisms.
Name of subject PHARMACEUTICAL ENGINEERING (PRACTICAL)
Subject Code BP308 P
  Upon completion of this course student shall be able to
CO1 Determine the radiation constant of different materials such as brass, iron, and glass.
CO2 Calculate the efficiency of steam distillation.
CO3 Determine the overall heat transfer coefficient using a heat exchanger.
CO4 Construct drying curves and determine moisture content and loss on drying for various substances.
CO5 Analyze the humidity of air using wet and dry bulb temperatures and the Dew point method.
CO6 Describe the construction, working, and application of pharmaceutical machinery such as rotary tablet machines and autoclaves.

Second Year B. Pharm.
Semester-IV

Name of subject PHARMACEUTICAL ORGANIC CHEMISTRY –III (Theory)
Subject Code BP401T
  Upon completion of this course student shall be able to
CO1 Understand and explain the concepts of stereoisomerism, including reactions of chiral molecules and methods of racemic resolution.
CO2 Analyze and differentiate between geometrical isomerism, conformational isomerism, and atropisomerism, and their conditions for optical activity.
CO3 Identify and classify various heterocyclic compounds, understand their nomenclature, and recognize their chemical properties and medicinal uses.
CO4 Synthesize and evaluate the reactivity, stability, acidity, and basicity of compounds such as pyrrole, furan, and thiophene, and understand their medicinal applications.
CO5 Synthesize and analyze the chemistry, reactivity, and medicinal uses of compounds such as pyrazole, imidazole, oxazole, and thiazole, along with their derivatives.
CO6 Understand and apply the knowledge of synthesis and medicinal uses of complex heterocyclic compounds like pyrimidine, purine, azepines, and their derivatives.
Name of subject MEDICINAL CHEMISTRY – I (Theory)
Subject Code BP402T
  Upon completion of this course student shall be able to
CO1 Understand and explain the history, development, and physicochemical properties of medicinal chemistry and their relation to biological action.
CO2 Analyze the principles and factors affecting drug metabolism, including stereochemical aspects, and their impact on drug action.
CO3 Identify and explain the structure-activity relationship (SAR) of drugs acting on the autonomic nervous system, including adrenergic and cholinergic agents.
CO4 Evaluate the synthesis, mechanism of action, and therapeutic uses of central nervous system drugs, including sedatives, antipsychotics, and anticonvulsants.
CO5 Understand the pharmacological action, SAR, and therapeutic uses of centrally acting analgesics and anti-inflammatory agents.
CO6 Apply knowledge of medicinal chemistry to design and evaluate new drug molecules, considering their metabolism, mechanism of action, and therapeutic potential.
Name of subject PHYSICAL PHARMACEUTICS-II (Theory)
Subject Code BP 403 T
  Upon completion of this course student shall be able to
CO1 Classify different types of colloidal dispersions and explain their properties.
CO2 Analyze the rheological behavior of different systems and apply appropriate viscosity determination methods.
CO3 Demonstrate understanding of the theories of emulsions and their stability, and formulate emulsions using the HLB method.
CO4 Apply principles of micromeritics to analyze particle size, distribution, and derived properties of powders.
CO5 Analyze drug stability reactions and apply kinetic principles to determine reaction order and rates.
CO6 Evaluate methods for stabilizing medicinal agents against degradation reactions and apply accelerated stability testing principles.
Name of subject PHARMACOLOGY-I (Theory)
Subject Code BP 404 T
  Upon completion of this course student shall be able to
CO1 Explain the principles and mechanisms of drug action including receptor theories and classification.
CO2 Analyze the dose-response relationship and factors modifying drug action.
CO3 Describe adverse drug reactions, drug interactions, and the process of drug discovery and clinical evaluation.
CO4 Identify and classify drugs acting on the peripheral nervous system and their therapeutic uses.
CO5  Explain the neurohumoral transmission in the CNS and classify drugs acting on the central nervous system.
CO6 Discuss the pharmacological agents used in psychiatric disorders and neurodegenerative diseases.
Name of subject PHARMACOGNOSY AND PHYTOCHEMISTRY I (Theory)
Subject Code BP 405 T
  Upon completion of this course student shall be able to
CO1 Explain the definition, history, and scope of Pharmacognosy.
CO2 Describe the sources of drugs of natural origin and classify them based on different criteria.
CO3 Analyze the quality control methods of drugs of natural origin, including evaluation techniques.
CO4 Discuss the cultivation, collection, processing, and storage of drugs of natural origin, considering various influencing factors.
CO5 Explain plant tissue culture techniques, their applications in Pharmacognosy, and the concept of edible vaccines.
CO6 Describe the morphology, anatomy, and secondary metabolites of plants, including their classification and identification tests.
Name of subject MEDICINAL CHEMISTRY – I (Practical)
Subject Code BP406P
  Upon completion of this course student shall be able to
CO1 Describe the synthetic routes for various medicinally important compounds and drug intermediates.
CO2 Synthesize medicinally important compounds such as 1,3-pyrazole, 1,3-oxazole, and others.
CO3 Purify synthesized compounds using techniques such as recrystallization and column chromatography.
CO4 Monitor chemical reactions using Thin Layer Chromatography (TLC).
CO5 Determine the partition coefficient and ionization constants of synthesized compounds.
CO6 Evaluate the quality and purity of synthesized compounds through various analytical techniques.
Name of subject PHYSICAL PHARMACEUTICS- II (Practical)
Subject Code BP 407P
  Upon completion of this course student shall be able to
CO1 Explain the principles and methods for determining particle size and distribution using various techniques.
CO2 Perform measurements of bulk density, true density, porosity, and angle of repose.
CO3 Determine the viscosity of liquids and semi-solids using Ostwald’s and Brookfield viscometers.
CO4 Evaluate the stability and sedimentation properties of suspensions under different conditions.
CO5 Analyze reaction rate constants for first and second-order reactions.
CO6 Conduct accelerated stability studies and determine the cloud point and Krafft point of surfactants.
Name of subject PHARMACOLOGY-I (Practical)
Subject Code BP 408 P
  Upon completion of this course student shall be able to
CO1 Explain the principles of experimental pharmacology and the use of common instruments in pharmacological studies.
CO2 Identify and describe the common laboratory animals used in pharmacology experiments and their maintenance as per CPCSEA guidelines.
CO3 Perform common laboratory techniques such as blood withdrawal, serum and plasma separation, and administration of anesthetics and euthanasia.
CO4 Demonstrate different routes of drug administration in mice/rats and assess their effects.
CO5 Evaluate the effects of drugs on various biological systems, such as the hepatic microsomal enzyme inducers on phenobarbitone sleeping time in mice and skeletal muscle relaxants using the rota-rod apparatus.
CO6 Analyze the effects of drugs on ciliary motility, rabbit eye, locomotor activity, anticonvulsant activity, and local anesthetic efficacy using different experimental methods.
Name of subject PHARMACOGNOSY AND PHYTOCHEMISTRY I (Practical)
Subject Code BP409 P
  Upon completion of this course student shall be able to
CO1 Explain the chemical analysis techniques used to identify crude drugs like Tragacanth, Acacia, Agar, Gelatin, starch, Honey, and Castor oil.
CO2 Determine the stomatal number and index in plant samples.
CO3 Assess vein islet number, vein islet termination, and palisade ratio in plant samples.
CO4 Measure the size of starch grains and calcium oxalate crystals using an eye piece micrometer.
CO5 Evaluate fiber length and width in plant materials.
CO6 Conduct various determinations such as Ash value, Extractive values, moisture content, swelling index, and foaming of crude drugs.

Third Year B. Pharm.
 
Semester V

Name of subject MEDICINAL CHEMISTRY – II
Subject Code BP501T
  Upon completion of this course student shall be able to
CO1 Describe the pharmacological actions and therapeutic applications of antihistaminic agents and autacoids.
CO2 Compare and contrast the mechanisms and therapeutic uses of drugs acting on the cardiovascular system.
CO3 Design and evaluate treatment regimens using cardiovascular drugs to address specific patient conditions.
CO4 Conduct experiments to determine the efficacy of endocrine and antidiabetic drugs, and interpret the results.
CO5 Apply modern analytical techniques to study the pharmacokinetics of local anesthetics.
CO6 Assess the societal and environmental impacts of pharmaceutical practices, particularly in the use of antihypertensives and anticoagulants.
Name of subject INDUSTRIAL PHARMACY I
Subject Code BP502T
  Upon completion of this course student shall be able to
CO1 Explain the goals, objectives, and physicochemical characteristics involved in preformulation studies.
CO2 Describe the formulation, manufacturing, and quality control processes of tablets, capsules, and parenteral products.
CO3 Analyze the various methods of tablet coating and the issues related to coating defects.
CO4 Evaluate the stability, packaging, and regulatory requirements of pharmaceutical aerosols and ophthalmic preparations.
CO5 Apply the principles of formulation science to develop cosmetic preparations and understand the factors influencing packaging materials.
CO6 Design and assess experiments for preformulation studies and quality control tests for various dosage forms.
Name of subject PHARMACOLOGY-II
Subject Code BP503T
  Upon completion of this course student shall be able to
CO1 Explain the hemodynamics and electrophysiology of the heart and pharmacology of drugs acting on the cardiovascular system.
CO2 Describe the pharmacology of drugs acting on the urinary system, including diuretics and anti-diuretics.
CO3 Classify and describe the pharmacology of autacoids and related drugs, including their mechanisms of action.
CO4 Analyze the pharmacological effects of drugs acting on the endocrine system and their therapeutic uses.
CO5 Evaluate the principles and types of bioassays and their applications in pharmacology.
CO6 Apply knowledge to solve complex problems related to the pharmacological treatment of endocrine and cardiovascular diseases.
Name of subject PHARMACOGNOSY AND PHYTOCHEMISTRY-II
Subject Code BP504T
  Upon completion of this course student shall be able to
CO1 Explain the basic metabolic pathways and the formation of secondary metabolites in higher plants.
CO2 Describe the composition, chemistry, bio sources, extraction methods, and therapeutic uses of various secondary metabolites.
CO3 Analyze the methods for isolation, identification, and analysis of key phytoconstituents.
CO4 Evaluate the industrial production, estimation, and utilization of selected phytoconstituents.
CO5 Apply extraction methods and latest techniques like Spectroscopy, Chromatography, and electrophoresis for the isolation and identification of crude drugs.
CO6 Design and implement experiments to solve complex problems related to phytochemistry and pharmacognosy.
Name of subject PHARMACEUTICAL JURISPRUDENCE
Subject Code BP505T
  Upon completion of this course student shall be able to
CO1 Explain the objectives, definitions, and legal aspects of the Drugs and Cosmetics Act, 1940 and its rules, 1945.
CO2 Describe the schedules and administration of the Drugs and Cosmetics Act, 1940 and its rules, 1945.
CO3 Analyze the provisions of the Pharmacy Act, 1948, and related legislation for drug regulation and pharmacy practice.
CO4 Evaluate the impact of the Narcotic Drugs and Psychotropic Substances Act, 1985, and other relevant laws on pharmaceutical practice.
CO5 Apply knowledge of the Drugs and Magic Remedies Act, and the Prevention of Cruelty to Animals Act, to ensure ethical pharmaceutical practice.
CO6 Design and implement policies and procedures in alignment with pharmaceutical legislation and ethical guidelines.
Name of subject Industrial Pharmacy I
Subject Code BP506P
  Upon completion of this course student shall be able to
CO1 Explain the principles and procedures of preformulation studies on drugs like paracetamol or aspirin.
CO2 Demonstrate the preparation and evaluation of various types of tablets and capsules, including paracetamol and aspirin.
CO3 Analyze the processes involved in tablet coating, including film coating of tablets and granules.
CO4 Evaluate the preparation and quality control tests for injections, such as calcium gluconate and ascorbic acid injections.
CO5 Formulate and assess the preparation of topical formulations like eye drops, eye ointments, and creams.
CO6 Conduct and interpret quality control tests on marketed tablets and capsules as per Indian Pharmacopoeia (IP) standards.
Name of subject PHARMACOLOGY-II
Subject Code BP 507 P
  Upon completion of this course student shall be able to
CO1 Explain the principles of in-vitro pharmacology and the preparation of physiological salt solutions.
CO2 Demonstrate the effects of drugs on isolated animal tissues and organs, such as frog heart and rat ileum.
CO3 Analyze the dose-response relationships (DRC) and bioassays for various pharmacological agents.
CO4 Evaluate the pharmacological activities of drugs using different animal models, such as diuretic, analgesic, and anti-inflammatory activities.
CO5 Design and conduct experiments to determine the pharmacological parameters (e.g., PA2 and PD2 values) of drugs using appropriate animal models.
CO6 Interpret clinical case studies and apply pharmacological knowledge to solve real-world clinical problems.
Name of subject PHARMACOGNOSY AND PHYTOCHEMISTRY II
Subject Code BP 508 P
  Upon completion of this course student shall be able to
CO1 Explain the morphology, histology, and powder characteristics of medicinal plants like Cinchona, Cinnamon, Senna, etc.
CO2 Perform the isolation and detection of active principles such as caffeine from tea dust and atropine from Belladonna.
CO3 Analyze the separation of sugars by paper chromatography.
CO4 Evaluate herbal extracts using techniques like TLC (Thin Layer Chromatography).
CO5 Distill volatile oils and detect phytoconstituents using TLC.
CO6 Conduct chemical tests to analyze crude drugs such as Asafoetida, Benzoin, and Aloes.

Third Year B. Pharm.
Semester VI

Name of subject MEDICINAL CHEMISTRY – III
Subject Code BP601T
  Upon completion of this course student shall be able to
CO1 Describe the historical background, nomenclature, and classification of various antibiotics and other agents.
CO2 Explain the structure-activity relationships (SAR) and chemical degradation of β-lactam antibiotics.
CO3 Analyze the etiology and treatment options for malaria and tuberculosis using synthetic and natural agents.
CO4 Evaluate the effectiveness of antiviral and antifungal agents through pharmacokinetic and pharmacodynamic studies.
CO5 Design drug synthesis pathways and assess the physicochemical parameters involved in drug design.
CO6 Apply knowledge of antineoplastic agents to propose treatment regimens for different types of cancer.
Name of subject PHARMACOLOGY-III
Subject Code BP602T
  Upon completion of this course student shall be able to
CO1 Describe the pharmacological effects and mechanisms of drugs acting on the respiratory and gastrointestinal systems.
CO2 Explain the principles of chemotherapy and the pharmacology of various antibiotics and chemotherapeutic agents.
CO3 Analyze the pharmacological actions and clinical uses of antitubercular, antileprotic, antifungal, antiviral, and antimalarial agents.
CO4 Evaluate the use of immunopharmacological agents and their roles in disease treatment and prevention.
CO5 Apply knowledge of toxicology principles to identify and manage poisoning and toxicity cases.
CO6 Design treatment regimens incorporating chronopharmacology principles to optimize therapeutic outcomes.
Name of subject HERBAL DRUG TECHNOLOGY
Subject Code BP603T
  Upon completion of this course student shall be able to
CO1 Describe the fundamental concepts of herbs, herbal medicine, and traditional Indian systems of medicine.
CO2 Explain the health benefits and applications of nutraceuticals and potential herb-drug interactions.
CO3 Analyze the market overview and applications of herbal cosmetics and excipients.
CO4 Evaluate the stability, patenting, and regulatory requirements for herbal drugs.
CO5 Apply good agricultural and manufacturing practices for the cultivation and processing of medicinal plants.
CO6 Design herbal formulations and evaluate their compliance with regulatory standards.
Name of subject BIOPHARMACEUTICS AND PHARMACOKINETICS
Subject Code BP604T
  Upon completion of this course student shall be able to
CO1 Describe the basic principles and mechanisms of drug absorption, distribution, and elimination.
CO2 Explain the factors influencing drug metabolism and excretion and the implications for drug therapy.
CO3 Apply biopharmaceutical classification system and dissolution models to predict drug bioavailability.
CO4 Analyze bioavailability and bioequivalence studies and their importance in drug development and regulation.
CO5 Evaluate pharmacokinetic models and parameters to understand drug behavior in the body.
CO6 Design studies to determine nonlinear pharmacokinetics and apply these principles to optimize drug dosing.
Name of subject PHARMACEUTICAL BIOTECHNOLOGY
Subject Code BP605T
  Upon completion of this course student shall be able to
CO1 Describe the basic principles of biotechnology, enzyme immobilization, and microbial applications in pharmaceutical sciences.
CO2 Explain genetic engineering techniques, including cloning vectors and recombinant DNA technology.
CO3 Apply immunological concepts to the preparation and storage of vaccines and immune products.
CO4 Analyze various blotting techniques and microbial genetics for pharmaceutical applications.
CO5 Evaluate the design and control processes of fermenters and the production of pharmaceuticals like penicillin and Vitamin B12.
CO6 Create solutions for large-scale fermentation processes and the application of hybridoma technology in pharmaceutical production.
Name of subject PHARMACEUTICAL QUALITY ASSURANCE
Subject Code BP606T
  Upon completion of this course student shall be able to
CO1 Define and describe the concepts of Quality Assurance, Quality Control, GMP, and various regulatory agencies like CDSCO, USFDA, WHO, and PIC/S.
CO2 Explain the principles of TQM, ICH guidelines, QbD, ISO standards, and NABL accreditation.
CO3 Apply the principles of personnel management, premises design, equipment selection, and maintenance in pharmaceutical quality management.
CO4 Analyze the procedures for quality control of packaging materials, GLP, and the role of CPCSEA.
CO5 Evaluate the processes for handling complaints, documentation maintenance, and waste disposal in the pharmaceutical industry.
CO6 Develop calibration and validation protocols and implement good warehousing practices for materials management.
Name of subject MEDICINAL CHEMISTRY-III
Subject Code BP607P
  Upon completion of this course student shall be able to
CO1 Prepare drugs and intermediates, including Sulphanilamide, 7-Hydroxy, 4-methyl coumarin, Chlorobutanol, Triphenyl imidazole, Tolbutamide, Hexamine, and Paracetamol.
CO2 Utilize microwave synthesis to prepare medicinally important compounds or intermediates.
CO3 Draw structures and reactions using ChemDraw®.
CO4 Determine physicochemical properties such as logP, clogP, MR, and Molecular weight.
CO5 Identify hydrogen bond donors and acceptors for classes of drugs using drug design software.
CO6 Conduct drug likeliness screening (Lipinski’s RO5) for compounds.
Name of subject PHARMACOLOGY-III
Subject Code BP608P
  Upon completion of this course student shall be able to
CO1 Demonstrate understanding of the anti-ulcer activity of drugs using animal models and the NSAIDs induced ulcer model.
CO2 Analyze the effects of drugs on gastrointestinal motility.
CO3 Evaluate the effects of agonists and antagonists on guinea pig ileum.
CO4 Perform estimation of serum biochemical parameters using a semi-autoanalyser.
CO5 Assess the effect of saline purgative on frog intestine.
CO6 Evaluate the hypoglycemic effect of insulin in rabbits.
Name of subject HERBAL DRUG TECHNOLOGY
Subject Code BP 609 P
  Upon completion of this course student shall be able to
CO1 Perform preliminary phytochemical screening of crude drugs.
CO2 Determine the alcohol content of Asava and Arista.
CO3 Evaluate excipients of natural origin.
CO4 Incorporate prepared and standardized extracts into cosmetic formulations and evaluate their efficacy.
CO5 Incorporate prepared and standardized extracts into formulations like syrups, mixtures, and tablets and evaluate them.
CO6 Analyze monographs of herbal drugs from recent Pharmacopoeias.

Final Year B. Pharm.
Semester VII

Name of subject INSTRUMENTAL METHODS OF ANALYSIS
Subject Code BP701T
  Upon completion of this course student shall be able to
CO1 Understand the principles of UV-visible spectroscopy, including electronic transitions and Beer-Lambert’s law.
CO2 Explain the theory and concepts of fluorimetry, including singlet, doublet, and triplet electronic states.
CO3 Describe the fundamentals of FTIR spectroscopy, including modes of vibrations and sample handling.
CO4 Analyze the principles and applications of flame photometry and atomic absorption spectroscopy.
CO5 Evaluate different chromatographic techniques such as paper chromatography, thin layer chromatography, and HPTLC.
CO6 Apply the theories and methodologies of gas chromatography and high performance liquid chromatography (HPLC).
Name of subject INDUSTRIAL PHARMACY -II
Subject Code BP702T
  Upon completion of this course student shall be able to
CO1 Apply pilot plant scale-up techniques, considering personnel requirements, space requirements, and raw materials.
CO2 Analyze technology development and transfer processes, including quality risk management and regulatory requirements.
CO3 Describe the historical overview of regulatory affairs, regulatory authorities, and the role of regulatory affairs professionals.
CO4 Explain Indian regulatory requirements, including the responsibilities of the Central Drug Standard Control Organization (CDSCO) and State Licensing Authority.
CO5 Apply concepts of quality management systems, including Total Quality Management, Quality by Design (QbD), and ISO standards.
CO6 Evaluate the impact of quality management systems on pharmaceutical development and commercialization.
Name of subject PHARMACY PRACTICE
Subject Code BP703T
  Upon completion of this course student shall be able to
CO1 Identify and describe the organization structure and functions of hospitals, including medical staff roles and responsibilities.
CO2 Explain the functions, organization structure, and responsibilities of hospital pharmacy, including staff requirements.
CO3 Classify adverse drug reactions, understand drug interactions, and methods for detecting and managing adverse reactions.
CO4 Describe the organization and structure of community pharmacies, including legal requirements and dispensing practices.
CO5 Analyze drug distribution systems in hospitals, hospital formulary management, therapeutic drug monitoring, and medication adherence.
CO6 Evaluate pharmacy and therapeutic committee functions, drug information services, patient counseling, and education/training programs.
Name of subject NOVEL DRUG DELIVERY SYSTEM
Subject Code BP704T
  Upon completion of this course student shall be able to
CO1 Understand the principles and approaches used in designing controlled drug delivery systems.
CO2 Explain the properties, advantages, and disadvantages of various polymers used in controlled release formulations.
CO3 Describe the concept of microencapsulation, including methods, advantages, and applications.
CO4 Analyze the principles and formulation considerations of mucosal drug delivery systems.
CO5 Evaluate the design and applications of implantable drug delivery systems.
CO6 Assess the formulation approaches and factors influencing the effectiveness of transdermal drug delivery systems.
Name of subject INSTRUMENTAL METHODS OF ANALYSIS
Subject Code BP705P
  Upon completion of this course student shall be able to
CO1 Understand the principles and application of weights and measures in pharmaceutical analysis.
CO2 Analyze the absorption maxima of organic compounds and assess the effect of solvent on absorption maxima.
CO3 Perform the assay of drug products using UV-Spectrophotometry according to the Indian Pharmacopoeia (IP).
CO4 Conduct the assay of drug products using calibration curve method.
CO5 Assay drugs or drug products using colorimetry techniques.
CO6 Simultaneously estimate multiple components in a formulation using UV spectroscopy (SE/Q analysis).
Name of subject PRACTICE SCHOOL
Subject Code BP706PS
  Upon completion of this course student shall be able to
CO1 Apply pharmaceutical knowledge and skills acquired during practice school to solve real-world pharmacy problems.
CO2 Analyze and evaluate complex pharmacy problems encountered during practice school using principles of pharmaceutics, chemistry, and engineering sciences.
CO3 Design solutions for complex pharmacy problems encountered during practice school, considering public health, safety, societal, and environmental aspects.
CO4 Conduct investigations and research-based activities during practice school, including experimental design and data analysis.
CO5 Utilize modern tools and techniques effectively during practice school activities, including prediction, modeling, and experimentation.
CO6 Apply reasoning informed by contextual knowledge to assess societal, health, safety, legal, and cultural issues during practice school activities.

Final Year B. Pharm.
Semester VIII

Name of subject BIOSTATISTICS AND RESEARCH METHODOLOGY
Subject Code BP801T
  Upon completion of this course student shall be able to
CO1 Understand the fundamental concepts of statistics and biostatistics, including measures of central tendency and dispersion.
CO2 Apply correlation and regression analysis techniques to pharmaceutical data.
CO3 Analyze probability distributions and perform hypothesis testing for pharmaceutical research.
CO4 Evaluate non-parametric tests and their applications in pharmaceutical research.
CO5 Design experimental methodologies and interpret the results for pharmaceutical studies using statistical software tools.
CO6 Analyze and optimize experimental designs, including factorial and response surface methodologies.
Name of subject SOCIAL AND PREVENTIVE PHARMACY
Subject Code BP802T
  Upon completion of this course student shall be able to
CO1 Understand the fundamental concepts of health and disease, including public health, prevention, and control of diseases.
CO2 Explain the socio-cultural factors affecting health and the impact of urbanization, poverty, and personal habits on health.
CO3 Apply principles of preventive medicine to control diseases such as malaria, diabetes, and cancer.
CO4 Analyze the objectives, functioning, and outcomes of various national health programs in India.
CO5 Evaluate the effectiveness of national health intervention programs and the role of WHO in these programs.
CO6 Design community health services and health promotion strategies for rural, urban, and school settings.
Name of subject PHARMACEUTICAL MARKETING
Subject Code BP803ET
  Upon completion of this course student shall be able to
CO1 Explain the fundamental concepts and scope of marketing, and distinguish between marketing and selling.
CO2 Analyze consumer and industrial buying behavior within the pharmaceutical market.
CO3 Develop product decision strategies, including product life cycle management, branding, and packaging in the pharmaceutical industry.
CO4 Evaluate various promotional methods and determine the optimal promotional mix and budget for pharmaceutical products.
CO5 Design and manage effective pharmaceutical marketing channels, including physical distribution and the role of Professional Sales Representatives.
CO6 Formulate pricing strategies and understand regulatory aspects and emerging marketing concepts in the pharmaceutical industry.
Name of subject PHARMACEUTICAL REGULATORY SCIENCE
Subject Code BP804ET
  Upon completion of this course student shall be able to
CO1 Explain the stages of drug discovery and development, including pre-clinical and clinical studies, and the concept of generics and generic drug development.
CO2 Describe the regulatory approval processes and timelines for IND, NDA, and ANDA, including the structure of regulatory authorities in various countries.
CO3 Outline the procedures for exporting pharmaceutical products and preparing technical documentation for international markets.
CO4 Develop clinical trial protocols, manage clinical trials, and understand the ethical and safety monitoring aspects involved in clinical trials.
CO5 Interpret and apply regulatory terminologies, guidance, guidelines, and laws pertinent to the pharmaceutical industry.
CO6 Analyze the various regulatory documents such as the Orange Book, Federal Register, Code of Federal Regulations, and Purple Book.
Name of subject PHARMACOVIGILANCE
Subject Code BP805ET
  Upon completion of this course student shall be able to
CO1 Describe the history, development, and importance of pharmacovigilance, including key programs and basic terminologies.
CO2 Explain the classification of drugs and diseases, and describe drug dictionaries and coding systems used in pharmacovigilance.
CO3 Apply the knowledge of establishing pharmacovigilance programs in various settings, including hospitals and industries.
CO4 Analyze the different methods of pharmacovigilance, including passive and active surveillance, and communication strategies in drug safety.
CO5 Evaluate safety data generation processes and apply ICH guidelines in pharmacovigilance studies.
CO6 Assess the impact of pharmacogenomics on adverse drug reactions and understand the differences in global pharmacovigilance requirements.
Name of subject QUALITY CONTROL AND STANDARDIZATION OF HERBALS
Subject Code BP806ET
  Upon completion of this course student shall be able to
CO1 Describe basic tests for drugs, pharmaceutical substances, medicinal plant materials, and dosage forms; WHO guidelines for quality control.
CO2 Explain the quality assurance processes in the herbal drug industry, including cGMP, GAP, GMP, and GLP in traditional medicine.
CO3 Apply EU and ICH guidelines for quality control of herbal drugs and research guidelines for evaluating the safety and efficacy of herbal medicines.
CO4 Analyze the stability testing of herbal medicines and application of chromatographic techniques in standardization.
CO5 Evaluate the preparation of documents for new drug applications and export registration, including GMP requirements and Drugs & Cosmetics Act provisions.
CO6 Assess regulatory requirements for herbal medicines, including WHO guidelines on safety monitoring and comparing various Herbal Pharmacopoeias.
Name of subject COMPUTER AIDED DRUG DESIGN
Subject Code BP807ET
  Upon completion of this course student shall be able to
CO1 Describe the stages of drug discovery and development, including lead discovery approaches and case studies.
CO2 Explain the principles and methods of molecular modeling and molecular docking in drug design.
CO3 Apply quantitative structure-activity relationship (QSAR) and pharmacophore modeling principles in drug design.
CO4 Analyze the role of informatics and computational methods in drug design, including bioinformatics and cheminformatics.
CO5 Evaluate the application of modern computational tools and techniques in drug design, considering their limitations.
CO6 Assess the societal, ethical, and environmental implications of drug design solutions.
Name of subject CELL AND MOLECULAR BIOLOGY
Subject Code BP808ET
  Upon completion of this course student shall be able to
CO1 Understand the basics of cell and molecular biology, including cell structure, function, and reproduction.
CO2 Explain the flow of molecular information through DNA and RNA, including transcription and translation.
CO3 Describe the structure and function of proteins, and their role in cellular processes.
CO4 Analyze the science of genetics, including transgenics, genomic analysis, and cell cycle regulation.
CO5 Apply knowledge of cell signaling pathways, including receptors, signaling molecules, and regulation.
CO6 Evaluate the significance of protein kinases in cell signaling and their role in cellular functioning.
Name of subject COSMETIC SCIENCE
Subject Code BP809ET
  Upon completion of this course student shall be able to
CO1 Understand the classification of cosmetic and cosmeceutical products, including their definitions and regulations.
CO2 Analyze the principles of formulation and building blocks of various skincare, haircare, and oral care products.
CO3 Apply knowledge of sun protection, herbal ingredients in cosmetics, and analytical methods for cosmetic evaluation.
CO4 Evaluate the principles of cosmetic evaluation, including the measurement of skin and hair properties.
CO5 Describe the causes and solutions for cosmetic problems associated with skin, hair, and oral care.
CO6 Discuss the mechanism of action and formulation principles of antiperspirants and deodorants.
Name of subject EXPERIMENTAL PHARMACOLOGY
Subject Code BP810ET
  Upon completion of this course student shall be able to
CO1 Understand the guidelines for maintenance, breeding, and experiments on laboratory animals.
CO2 Apply techniques for blood collection, euthanasia, and drug administration in laboratory animals.
CO3 Analyze the rationale for selecting animal species and sex for preclinical screening models.
CO4 Evaluate preclinical screening models for various drug activities, including CNS, ANS, and CVS.
CO5 Apply research methodology and biostatistics in preclinical data analysis and interpretation.
CO6 Design preclinical studies, including dose selection, preparation of drug solutions, and study grouping.
Name of subject ADVANCED INSTRUMENTATION TECHNIQUES
Subject Code BP811ET
  Upon completion of this course student shall be able to
CO1 Understand the principles, instrumentation, and applications of Nuclear Magnetic Resonance (NMR) spectroscopy.
CO2 Analyze the principles and applications of Mass Spectrometry.
CO3 Describe the principles and techniques of Thermal Methods of Analysis and Electrophoresis.
CO4 Evaluate the principles and applications of X-Ray Diffraction Methods and Calibration of Instruments.
CO5 Apply the principles and techniques of Radioimmunoassay and Extraction techniques.
CO6 Explain the principles and applications of Hyphenated Techniques in analytical chemistry.
Name of subject DIETARY SUPPLEMENTS AND NUTRACEUTICALS
Subject Code BP812ET
  Upon completion of this course student shall be able to
CO1 Define and classify Functional foods, Nutraceuticals, and Dietary supplements.
CO2 Explain the health problems and diseases that can be prevented or cured by Nutraceuticals.
CO3 Discuss the sources, chemical nature, and health benefits of specific Nutraceuticals/Functional foods.
CO4 Describe the occurrence, characteristic features, and medicinal benefits of Phytochemicals as nutraceuticals.
CO5 Evaluate the role of dietary fibers, complex carbohydrates, and antioxidants in functional foods.
CO6 Analyze the effects of processing, storage, environmental factors, and regulatory aspects on nutraceuticals.
Name of subject PROJECT WORK
Subject Code BP 813 PW
  Upon completion of this course student shall be able to
CO1 Identify and select a project topic based on current trends in Pharmaceutical science.
CO2 Apply appropriate methodologies for conducting the selected project, including lab-oriented or survey-oriented approaches.
CO3 Analyze and interpret the results obtained from the project work.
CO4 Draw substantiated conclusions and outcomes based on the results and discussions of the project.
CO5 Present the project work effectively, demonstrating communication and presentation skills.
CO6 Engage effectively in question and answer sessions, displaying comprehension and depth of understanding.

CO - M.Pharm

Course Outcomes M. Pharm. (Pharmaceutics)
Semester-I

Name of subject MODERN PHARMACEUTICAL ANALYTICAL TECHNIQUES (Theory)
Subject Code (MPAT101T)
Upon completion of this course student shall be able to
CO1 Explain the basic principles, theories, and laws of UV-Visible, IR, and fluorescence spectroscopy.
CO2 Analyze the instrumentation and applications of UV-Visible, IR, and fluorescence spectroscopy.
CO3 Describe the principles, instrumentation, and applications of NMR spectroscopy.
CO4 Evaluate the principles, instrumentation, and applications of Mass spectrometry for structure elucidation.
CO5 Compare and contrast various chromatographic techniques and their applications.
CO6 Apply the principles and instrumentation of electrophoresis, X-ray crystallography, and thermal analysis techniques.
Name of subject DRUG DELIVERY SYSTEM
Subject Code ( MPH 102T)
Upon completion of this course student shall be able to
CO1 Describe the basic concepts, advantages, and disadvantages of Sustained Release (SR) and Controlled Release (CR) formulations.
CO2 Explain the principles and fundamentals of Rate Controlled Drug Delivery Systems.
CO3 Apply knowledge of Gastro-Retentive and Buccal Drug Delivery Systems to evaluate their mechanisms and formulations.
CO4 Analyze the barriers and methods to overcome them in Ocular Drug Delivery Systems.
CO5 Design transdermal drug delivery systems considering the structure of the skin and penetration enhancers.
CO6 Evaluate the formulation and delivery systems for proteins, peptides, and vaccines.
Name of subject MODERN PHARMACEUTICS
Subject Code (MPH 103T)
Upon completion of this course student shall be able to
CO1 Describe the concepts of preformulation, drug-excipient interactions, and stability testing in pharmaceutical formulations.
CO2 Explain the theories of dispersion and the preparation and stability of pharmaceutical dispersions such as emulsions and suspensions.
CO3 Apply optimization techniques and statistical designs in pharmaceutical formulation and processing.
CO4 Evaluate the scope and guidelines of pharmaceutical validation and perform process validation for a dosage form.
CO5 Analyze the principles and practices of Good Manufacturing Practices (GMP) and industrial management in pharmaceutical production.
CO6 Assess the physics of tablet compression, diffusion, dissolution, and pharmacokinetic parameters in drug formulation.
Name of subject REGULATORY AFFAIRS
Subject Code (MPH 104T)
Upon completion of this course student shall be able to
CO1 Explain the documentation processes in pharmaceutical industry and the regulatory requirements for drug approval.
CO2 Analyze the Hatch-Waxman Act, CFR, and the ANDA and NDA approval processes.
CO3 Evaluate the global regulatory requirements for drug approval in various regions including the EU, MHRA, TGA, and ROW countries.
CO4 Develop clinical trial protocols, including ethical considerations and regulatory compliance.
CO5 Assess the importance of post-marketing surveillance and the role of CROs in BA and BE studies.
CO6 Discuss the regulation of combination products and medical devices, and the CTD and eCTD formats.
Name of subject PHARMACEUTICS PRACTICALS – I
Subject Code (MPH 105P)
Upon completion of this course student shall be able to
CO1 Analyze pharmacopoeial compounds and their formulations by UV-Vis spectrophotometer
CO2 Perform simultaneous estimation of multi-component formulations by UV spectrophotometry
CO3 Execute experiments based on HPLC and interpret the results
CO4 Conduct experiments using Gas Chromatography and analyze the data
CO5 Estimate riboflavin/quinine sulphate by fluorimetry
CO6 Evaluate in-vitro dissolution profiles of CR/SR marketed formulations

Course Outcomes M. Pharm. (Pharmaceutics)
Semester-II

Name of subject MOLECULAR PHARMACEUTICS (NANO TECHNOLOGY & TARGETED DDS) (NTDS)
Subject Code (MPH 201T)
Upon completion of this course student shall be able to
CO1 Define the basic concepts and biological processes involved in targeted drug delivery systems.
CO2 Explain the methods of preparation and evaluation of nanoparticles and liposomes.
CO3 Demonstrate the preparation and evaluation techniques of microcapsules, microspheres, and monoclonal antibodies.
CO4 Analyze the different types of pulmonary drug delivery systems and intra-nasal route delivery systems.
CO5 Evaluate the potential of gene therapy and nucleic acid-based therapeutic delivery systems for various diseases.
CO6 Design a biodistribution and pharmacokinetics study for therapeutic antisense molecules and aptamers.
Name of subject ADVANCED BIOPHARMACEUTICS & PHARMACOKINETICS
Subject Code (MPH 202T)
Upon completion of this course student shall be able to
CO1 Understand the mechanisms of drug absorption from the gastrointestinal tract.
CO2 Analyze the factors affecting drug absorption including pH-partition theory.
CO3 Evaluate the role of different dosage forms in gastrointestinal absorption.
CO4 Apply knowledge of biopharmaceutics in drug product design.
CO5 Compare and contrast in vitro and in vivo drug product performance testing methods.
CO6 Demonstrate understanding of pharmacokinetic principles in designing drug delivery systems.
Name of subject COMPUTER AIDED DRUG DEVELOPMENT
Subject Code (MPH 203T)
Upon completion of this course student shall be able to
CO1 Understand the history of computers in pharmaceutical research and development.
CO2 Apply statistical modeling techniques in pharmaceutical research and development.
CO3 Explain the principles of Quality-by-Design (QbD) in pharmaceutical development.
CO4 Utilize computational modeling techniques in drug disposition.
CO5 Demonstrate proficiency in computer-aided formulation development.
CO6 Evaluate the applications and challenges of artificial intelligence, robotics, and computational fluid dynamics in pharmaceuticals.
Name of subject COSMETICS AND COSMECEUTICALS
Subject Code (MPH 204T)
Upon completion of this course student shall be able to
CO1 Define cosmetic products according to Indian regulations
CO2 Identify regulatory requirements for labeling cosmetics
CO3 Explain the structure of skin and its related problems
CO4 Classify and apply different cosmetic formulation building blocks
CO5 Design cosmeceutical products addressing various skin and oral issues
CO6 Evaluate herbal ingredients used in cosmetics formulations
Name of subject PHARMACEUTICS PRACTICALS – II
Subject Code (MPH 205P)
Upon completion of this course student shall be able to
CO1 To study the effect of temperature change, non-solvent addition, incompatible polymer addition in microcapsules preparation
CO2 Preparation and evaluation of Alginate beads
CO3 Formulation and evaluation of gelatin/albumin microspheres
CO4 Formulation and evaluation of liposomes/niosomes
CO5 Formulation and evaluation of spherules/microparticles
CO6 Improvement of dissolution characteristics of slightly soluble drug by Solid dispersion technique

Course Outcomes M. Pharm. (Pharmaceutical Quality Assurance)
Semester- I

Name of subject MODERN PHARMACEUTICAL ANALYTICAL TECHNIQUES (Theory)
Subject Code (MPAT101T)
Upon completion of this course student shall be able to
CO1 Explain the basic principles, theories, and laws of UV-Visible, IR, and fluorescence spectroscopy.
CO2 Analyze the instrumentation and applications of UV-Visible, IR, and fluorescence spectroscopy.
CO3 Describe the principles, instrumentation, and applications of NMR spectroscopy.
CO4 Evaluate the principles, instrumentation, and applications of Mass spectrometry for structure elucidation.
CO5 Compare and contrast various chromatographic techniques and their applications.
CO6 Apply the principles and instrumentation of electrophoresis, X-ray crystallography, and thermal analysis techniques.
Name of subject QUALITY MANAGEMENT SYSTEMS
Subject Code (MQA 102T)
Upon completion of this course student shall be able to
CO1 Understand the evolution of quality
CO2 Define quality and its dimensions
CO3 Analyze the strategic importance of quality
CO4 Apply principles of Total Quality Management (TQM)
CO5 Evaluate quality management systems and regulations
CO6 Demonstrate statistical process control techniques
Name of subject QUALITY CONTROL AND QUALITY ASSURANCE
Subject Code (MQA 103T)
Upon completion of this course student shall be able to
CO1 Understand the concepts and evolution of Quality Control and Quality Assurance.
CO2 Apply Good Laboratory Practices (GLP) and adhere to regulatory guidelines.
CO3 Analyze and interpret cGMP guidelines and their application in pharmaceutical manufacturing.
CO4 Demonstrate proficiency in documentation procedures in the pharmaceutical industry.
CO5 Evaluate manufacturing operations and controls in accordance with regulatory standards.
CO6 Demonstrate understanding of distribution records and regulatory submission documents.
Name of subject PRODUCT DEVELOPMENT AND TECHNOLOGY TRANSFER
Subject Code (MQA 104T)
Upon completion of this course student shall be able to
CO1 Explain the principles of drug discovery and development.
CO2 Analyze the pre-formulation studies and techniques.
CO3 Demonstrate understanding of pilot plant scale-up processes.
CO4 Evaluate pharmaceutical packaging requirements and materials.
CO5 Apply the concepts of technology transfer in pharmaceutical production.
CO6 Develop documentation for technology transfer in pharmaceutical production.
Name of subject QUALITY ASSURANCE PRACTICAL – I
Subject Code (MQA 105P)
Upon completion of this course student shall be able to
CO1 Analyze Pharmacopoeial compounds using UV Vis spectrophotometer
CO2 Estimate multi-drug formulations using UV spectrophotometry
CO3 Perform experiments based on HPLC
CO4 Perform experiments based on Gas Chromatography
CO5 Estimate compounds using fluorimetry
CO6 Estimate sodium/potassium using flame photometry or AAS

Course Outcomes M. Pharm. (Pharmaceutical Quality Assurance)
Semester- II

Name of subject HAZARDS AND SAFETY MANAGEMENT
Subject Code (MQA 201T)
Upon completion of this course student shall be able to
CO1 Identify different types of environmental hazards based on natural resources and associated problems.
CO2 Analyze the structure and function of ecosystems and their relation to environmental hazards.
CO3 Evaluate various air-based hazards and their control measures in industrial settings.
CO4 Describe sources of chemical hazards, their management, and regulatory aspects.
CO5 Apply knowledge of fire and explosion hazards, prevention, and protection systems in industrial settings.
CO6 Demonstrate understanding of hazard and risk management principles, including self-protective measures and regulatory requirements.
Name of subject PHARMACEUTICAL VALIDATION
Subject Code (MQA 202T)
Upon completion of this course student shall be able to
CO1 Define calibration, qualification, and validation. Explain their scope, frequency, and importance. Differentiate between calibration and validation.
CO2 Describe the advantages of validation, types of validation, and the organization for validation. Outline the validation master plan.
CO3 Demonstrate understanding of user requirement specification, design qualification, and various stages of equipment qualification.
CO4 Analyze the validation of manufacturing equipment and analytical instruments.
CO5 Evaluate the qualification of laboratory equipment and utility systems.
CO6 Apply knowledge of process validation, analytical method validation, cleaning validation, and computerized system validation in pharmaceutical contexts.
Name of subject AUDITS AND REGULATORY COMPLIANCE
Subject Code (MQA 203T)
Upon completion of this course student shall be able to
CO1 Understand the objectives and responsibilities of audit management
CO2 Analyze the planning process and information gathering in audits
CO3 Evaluate classifications of deficiencies in audits
CO4 Apply cGMP regulations and quality assurance functions in pharmaceutical manufacturing
CO5 Assess the roles of quality systems and audits in manufacturing operations
CO6 Demonstrate auditing skills for different departments such as production, microbiological laboratory, and quality assurance
Name of subject PHARMACEUTICAL MANUFACTURING TECHNOLOGY
Subject Code (MQA 204T)
Upon completion of this course student shall be able to
CO1 Describe legal requirements and licenses for API and formulation industry, and analyze factors influencing plant location.
CO2 Explain factors influencing plant layout, including sterile and aseptic area layout, and calculate standard cost in production planning.
CO3 Demonstrate knowledge of production systems, process planning, and production control in pharmaceutical industry.
CO4 Illustrate aseptic process technology and in-process quality control tests for sterile dosage forms.
CO5 Apply advanced sterile product manufacturing technology and process automation in pharmaceutical industry.
CO6 Analyze non-sterile manufacturing process technology and in-process quality control tests for non-sterile solid dosage forms.
Name of subject QUALITY ASSURANCE PRACTICAL – II PRACTICALS
Subject Code (MQA 205P)
Upon completion of this course student shall be able to
CO1 Perform organic contaminants residue analysis by HPLC
CO2 Demonstrate identification of antibiotic residue by TLC
CO3 Estimate Chlorine in Work Environment using appropriate methods
CO4 Conduct sampling and analysis of SO2 using Colorimetric method
CO5 Qualify Pharma equipment (Autoclave, Hot air oven, Powder Mixer, Tablet Compression Machine)
CO6 Validate an analytical method for a drug

CO-PO Attainment