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Course code /Course title

First year B. Pharmacy (Semester-I)

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Statements

BP101T. Human Anatomy &  Physiology-I (Theory)

CO1:

Understand the various parts of human body, Structural and functions of cell and classification of tissue and types of tissue.

CO2:

Describe the structure and function of skin & Deferent salient features and functions of Joints and also structural and function of bones.

CO3:

Explain the body fluids & composition and function of blood; as well as Lymphatic organ and functions of
lymphatic system.

CO4:

Gain the knowledge about Structure and functions of
sympathetic and parasympathetic nervous system and Structure and functions of Sensory organ and there disorder.

CO5:

Understands the anatomy of heart ; Structure and function of Cardiovascular system

BP102T. Pharmaceutical Analysis-I

CO1

Explain the Different techniques of analysis; expressing

Concentration; 1⁰ & 2⁰ standards. Preparation & standardization of various molar & normal solutions & Explain the source, types, methods of minimizing errors.

CO2:

Understands theories of acid base titration, neutralization curves; Solvents, acidimetry and alkalimetry titration and
estimation of Sodium benzoate and Ephedrine HCl

CO3:

Explain the different method like Mohr’s, Volhard’s Modified Volhard’s, Fajans method. Principle and steps involved in gravimetric analysis.

CO4:

Explain the concept of Oxidation and reduction, Types of redox titrations their Principles and applications.

CO5:

Learn the Electrochemical methods of analysis like conductometry, potentiometer, polarography and understand their application.

BP103T. Pharmaceutics-I

CO1:

Knowledge of pharmacopoeias also study the dosage forms; Parts of prescription; dose calculations based on age, body weight and body surface area..

CO2:

Study the Pharmaceutical calculations; Study the definition classification, official preparations of powders & liquid dosage forms.

CO3:

Understand definition, advantages and disadvantages classification and preparation of monophasic and biphasic dosage forms.

CO4:

Types and preparation evaluation suppositories. Identify the physical & chemical incompatibilities.

CO5:

Composition of ointments, pastes, creams and gels. Evaluation of semi solid dosages forms.

BP104T. Pharmaceutical Inorganic Chemistry

CO1:

Explain the Sources and types of impurities & method of preparation inorganic drugs and pharmaceuticals.

CO2:

Explain the different buffers, their preparation and use in pharmaceutical systems; Functions of major physiological ions,

CO3:

Explain the medicinal important of pharmaceutical inorganic compound.

BP105T. Communication Skills

CO1:

Understand the behavioural needs for a Pharmacist to function effectively in the areas of pharmaceutical operation

CO2:

Basic listening skills, writing skills to communicate effectively and manage team as team player.

CO3:

Effectively develop presentation skill with confidence to crack interviews.

CO4:

Communication skills in group discussion; effectively stand in group/ businesswise.

BP106T.RBT Remedial biology

CO1:

The student must able to

Know the cell biology and classification

CO2:

Learn and comprehend various tissue organ system in plant and animal

CO3:

Understands and explain anatomy and physiology of animal and plant

BP106T.RMT Remedial Mathematics

CO1:

The student must able to

Study the theoretical concept of various topics and their application in pharmacy.

CO2:

Solve the different types of pharmaceutical problems by applying theoretical concept.

CO3:

Appreciate the important application of mathematics and statistics in pharmacy.

BP107P. Human Anatomy &  Physiology-I (Theory)

CO1:

Explain the microscope parts apply this knowledge to study histology of different tissue.

CO2:

Explain the component of skeletal system and identify and described parts in detail.

CO3:

Methods use in diagnosis of disease using haematological test like bleeding time, clotting time, WBC, RBC, Blood group.

CO4:

Describe the basic principle of cardiovascular system bright to aces heart rate, pulse rate and blood pressure.

BP108P. Pharmaceutical Analysis-I

CO1:

The student must able to

Perform limit test of Chloride, Sulphate, Iron, and Arsenic.

CO2:

Preparation and standardization of Sodium hydroxide
Sulphuric acid, Sodium thiosulfate, Potassium permanganate, Ceric ammonium sulphate

CO3: 

Perform, Record and calculate Assay with Standardization of Titrant.

CO4:

To understand electro-analytical methods by determination of Normality

BP109P. Pharmaceutics-I

CO1: 

Prepare monophasic, biphasic, powder and semisolid systems.

CO2:

Perform experiment according to GLP & record in the journals.

BP110P. Pharmaceutical Inorganic Chemistry

CO1

Perform qualitative analysis of given inorganic compound.

CO2:

Cary out qualitative test of given inorganic compound

CO3:

Perform Limit test Chloride, sulphate Iron etc.

CO4:

Preparation of inorganic pharmaceuticals

BP111P. Communication Skills

CO1:

Demonstrate and Apply basic communication & pronunciations skill and advanced learning skill.

CO2:

Practice skill and presentation skill.

BP112RBP.  Remedial biology

CO1:

Demonstrate microscope, section cutting technique its significance.

CO2:

Perform blood group detection, Measurement of blood pressure, Tidal volume.

CO3:

Identify microscopy of tissue pertinent steam, root, leaf, seed, fruit, and flower.

First year B. Pharmacy (Semester-II)

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Statement

BP201T. Human Anatomy &  Physiology-II (Theory)

CO1:

Explain the anatomy and physiology of nervous system and structure and function of brain. 

CO2:

Describe anatomy and functions of stomach, formation and role of ATP.

CO3:

Discuss the anatomy of lungs Volumes and capacities transport of respiratory gases tidal volume, artificial respiration and resuscitation methods  as well as anatomy of respiratory system

CO4:

Understands structure and function of pituitary gland, thyroid gland, Parathyroid gland and adrenal gland.

CO5:

Described anatomy and function of male and female reproductive system and sex hormones.

BP202T. Pharmaceutical organic chemistry-I

CO1:

Classify & give IUPAC nomenclature of various organic compounds along with types of isomerisation.

CO2:

Described and explain the hybridization and stability in alkanes, alkenes, and conjugated dines.

CO3:

Described and explain the different nucleophillic substitution and addition reaction in alkyl halides

CO4:

Described and explain the method of preparation, reaction , chemical properties, uses, structure and their qualitative identification test for compounds of different functional group Alcohol, Carbonyl compounds (Aldehydes & ketones),  Carboxylic acids, Aliphatic amines

BP203T. Biochemistry

CO1:

Understand classification, structure, function, digestion and metabolism of bio molecules.

CO2:

Study thermodynamic and bio energetic aspect of biochemical reaction

CO3:

Reproduce name structure, product and enzymes are involved in all metabolic process.

CO4:

Understand the catalytic role of enzyme, importance of enzyme inhibitor in digestion of new molecule.

CO5:

Explain three corner central paradigm of biochemistry i.e. replication, transcription, translation.

BP204T. Pathphysiology

CO1:

Explain the principle related to cell injury, adaption, repair, growth, inflammation.

CO2:

Describe the etiology and Pathphysiology of disease related to CVS & Skeletal, joints.

CO3:

Describe the etiology and Pathphysiology of disease related to Infectious disease.

CO4:

Apply the knowledge of related to dieses and symptoms to identify the disease.

BP205T. Computer application in pharmacy

CO1:

Understand the basics of computers.

CO2:

Differentiate among different web technologies and database.

CO3:

Delate various application of computers in pharmacy.

BP206T.Enviornmenyal Science

CO1:

Describe the basics of environmental sciences like need and purpose of study the subject.

CO2:

Classify and compare different sources of energies.

CO3:

Describe the Structure and function of an ecosystem.

BP207P. Human Anatomy &  Physiology-II (Practical)

CO1:

Identify and explain histology structure of various tissues and organs of differed systems of human body.

CO2:

Plan, execute and conclude the experiment by different methodologies.

CO3:

Explain construction and working of spirometer for the measurement of lung volume and capacities.

CO4:

Explain the response of human body visual acuity, reflex activity, body temperature.

BP208P. Pharmaceutical organic chemistry-I

CO1:

Practice and follow safety rule and precautionary measure in laboratory.

CO2:

Identify and systematic qualitative analysis of organic compounds

CO3:

Preparation of suitable solid derivatives from organic compounds & Construction of molecular models.

BP209P. Biochemistry

CO1:

Able to perform qualitative and quantitative analysis of various samples of carbohydrates, protein.

CO2:

Understand the clinical application of biochemical method thru experiment like blood Creatinine, blood sugar, serum total cholesterol & Salivary amylase activity.

BP210P. Computer application in pharmacy

CO1:

Use MS Word MS Access for designing questionnaire, form to record patient information, creating patient database, mailing labels, invoice
able and generate reports.

CO2:

Apply learning to the problem of pharmaceutical origin.

Second year B. Pharmacy (Semester-III)

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Statement

BP301T. Pharmaceutical organic chemistry-II

CO1:

Explain different reaction and aromatic character, resonance, orientation effect of substituent in benzene and its derivatives.

CO2:

Explain and described the method of preparation reaction chemical properties and uses structure and qualitative identification test for phenols, aromatic amines, aromatic acids and hydrocarbon.

CO3:

Understand the chemistry of fats and oils along with determine their analytical constants like acid value, Saponification value, iodine value and RM value

CO4:

Synthesis, reactions, Structure and medicinal uses polynuclear hydrocarbons.

CO5:

Explain different conformational Stabilities & reactions of cyclopropane and cyclobutane

BP302T. Physical Pharmaceutics-I

CO1:

Understand the different physicochemical properties of drug molecule in the designing of the dosage form.

CO2:

Know the principle of the chemical Kinetic & to use them for stability testing and determination of expiry date of formulation.

CO3:

Demonstrate the use of physicochemical properties in the formulation development and evaluation of dosage forms.

BP303T. Pharmaceutical Microbiology

CO1:

Understand classification and method of identification isolation and cultivation and preservation of various classes of microorganisms.

CO2:

Understand the uses of various microscopic technique staining technique and biochemical test for adaptation of microorganism

CO3:

Describe various method for control microorganism their evolution and factor affecting their efficiency.

CO4:

Describe various method used for sterilization of Pharmaceutical product and evaluation of efficiency of method of sterilization.

CO5:

Outline cell culture technology and its applications in pharmaceutical industries.

BP304T. Pharmaceutical Engineering

CO1:

Explain the various unit operations used in Pharmaceutical industries.

CO2:

Perform various processes involved in pharmaceutical manufacturing process.

CO3:

Appreciate and comprehend significance of plant lay out design for optimum use of resources like Evaporation, Distillation, Filtration, Centrifugation, Size Separation.

CO4:

Described various preventive methods used for corrosion control in Pharmaceutical industries

BP305P. Pharmaceutical organic chemistry-II

CO1:

Perform experiment involving in laboratory techniques

recrystallization & distillation.

CO2:

Determine analytical constant like acid value, Saponification value ,iodine value of fats and oil

CO3:

Explain the theoretical aspect of organic synthesis and perform various organic synthetic reactions.

CO4:

Plan, execute and conclude the experiment using various methodologies.

BP306P. Physical Pharmaceutics-I

CO1:

Understand the principle & method for determination various physical parameter of formulation & drug.

CO2:

Analyze HLB number of a surfactant by Saponification method.

CO3:

Compare and contrast between different methods used in the determination of the same physicochemical parameters.

BP307P. Pharmaceutical Microbiology

CO1:

Select and utilize different equipment and processing in
experimental microbiology.

CO2:

Identify and isolate various microorganisms.

CO3:

Perform sterility testing of pharmaceutical products.

CO4:

Perform microbiological standardization of Pharmaceuticals.

BP308P. Pharmaceutical Engineering

CO1:

Impact knowledge of different unit operations process.

CO2:

Perform numerical involved in calculating process related determinants.

CO3:

Analyze and interpret the data generated from the experiments performed.

Second year B. Pharmacy (Semester-IV)

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Statement

BP401T. Pharmaceutical organic chemistry-III

CO1:

Basic knowledge and various terminologies involved in stereochemistry.

CO2:

Understand nomenclature and classification
Synthesis, reactions and medicinal uses heterocyclic compounds/derivatives

CO3:

Remembers the reaction Metal hydride, Clemmensen, Birch reduction, Wolff Kishner reduction. Oppenauer-oxidation & Dakin reaction. Beckmanns and Schmidt rearrangement. Claisen-Schmidt condensation

BP402T. Medicinal Chemistry-I

CO1:

Correlate the physico-chemical properties of drug with biological response and metabolism of drugs with biological activity

CO2:

Explain the chemistry, metabolic pathways & SAR of drug acting on CNS like adrenergic, cholinergic drug.

CO3:

Explain the chemistry & SAR of Benzodiazepines, Barbiturates & Phenothiazeines

CO4:

Explain the chemistry, metabolic pathways & SAR of narcotic & non-narcotic drugs.

BP403T. Physical Pharmaceutics-II

CO1:

Understand the concept of coarse & colloidal dispersion, rheology and powder technology and drug stability.

CO2:

Identify the different type of dispersion, rheological properties of the different dosage forms.

CO3:

Understand different type of orders of reaction and ways of drug degradation.

CO4:

Explain methods for determine particle size by different methods

CO5:

Explain with illustration the principles of chemical kinetics & to use for stability testing and determination expiry date of formulations.

BP404T. Pharmacology-I

CO1:

Explain terminologies used in pharmacology like synergism agonist, antagonist.

CO2:

Explain the pharmacodynamic & there principles and mechanisms drug action, receptor theories and classification of receptors.

CO3:

Explain the mechanism of drug acting on peripheral nervous system

CO4:

Explain the pharmacology drug use in central nervous system.

CO5:

Apply the knowledge of basic principle of pharmacology in predicting adverse drug reaction, drug interaction and drug development process.

BP405T. Pharmacognosy & Phyto chemistry-I

CO1:

Outline the alternative system medicine, Classify the drug according to origin, quality & quantitative control parameter of drug.

CO2:

Describe the primary and secondary plant metabolite their biosynthesis and evaluation and therapeutics application.

CO3:

Describe the application of plant tissue culture technique to with value to production secondary metabolite

CO4:

Cultivation, Collection, Processing and storage of drugs,
Factors influencing cultivation of medicinal plants.
Plant hormones and their applications.

CO5:

Detailed study with respect to chemistry, sources, preparation, evaluation, preservation, storage, therapeutic used and commercial utility as Pharmaceutical Aids and Medicines.

BP406P. . Medicinal Chemistry-I

CO1:

Demonstrate skills of handling synthetic procedure and quantitative evaluation technique.

CO2:

Synthesize and explain reaction mechanism of medicinally important compounds by using conventional methods.

CO3:

Perform quantitative analysis of drug such as Chlorpromazine,
Phenobarbitone, Atropine Ibuprofen, Aspirin and furosemide.

CO4:

Design the experimental requirement of Determination of Partition coefficient of organic molecule and evaluation.

BP407P. Physical Pharmaceutics-II

CO1:

Determine physico chernical properties in the formulation development and, evaluation of dosage form.

CO2:

Determine reaction rate constant, order of different reaction.

CO3:

Carrying out Accelerated stability studies.

CO4:

Find out properties of powder & liquid dosage forms And observe on quality.

BP408P. Pharmacology-I

CO1:

Explain, Understand, evaluate and apply basic technique related instrument and animal handling for experiment purpose. Route of administration.

CO2:

Understand the CPCSEA guideline for ethical animal handling & Care of laboratory animal.

CO3:

Explain common laboratory techniques, like blood withdrawal, serum plasma separation, anesthetises and euthanasia used for animal studies.

CO4:

Demonstrate the effect of drugs on animals by simulated experiments.

BP409P. Pharmacognosy & Phyto chemistry-I

CO1:

Determination the quantitative microscopy for leaf constant.

CO2:

Determine different extractive, ash value, moisture content, swelling index and foaming index by official books.

CO3:

Determination of histological future of plant of diagnostic significance like size of starch grains, calcium oxalate crystals.

CO4:

Analysis of crude drugs by chemical tests.

Third year B. Pharmacy (Semester-V)

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Statement

BP501T. Medicinal Chemistry-II

CO1:

Understand the chemistry of drugs with respect to their pharmacological activity.

CO2:

Be aware of the drug metabolic pathways, adverse effect and therapeutic value of drugs.

CO3:

Know the Structural Activity Relationship of different class of drugs.

CO4:

Study the chemical synthesis of selected drugs.

BP502T. Industrial Pharmacy-I

CO1:

Understand the various dosage form and their manufacturing technique.

CO2:

All the related and practical aspect of solid, liquid and semisolid dosage form and their development & evaluation.

CO3:

Correlate the theoretical knowledge with professional and practical need of pharmaceutical industry.

BP503T. Pharmacology-II

CO1:

Classify the drug use for cardiovascular, urinary and endocrine system and explain their pharmacology.

CO2:

Explain autacoids and their drug and role in inflammatory disorder like gout & rheumatoid.

CO3:

Explain & understand the concept of bioassay, Types of bioassay, method and applications of with different example of drug.

BP504T. Pharmacognosy & Phyto chemistry-II

CO1:

Explain the modern process of extraction by using different method principles, isolation, purification, identification and analysis of diverse phytoconstituents.

CO2:

To develop the skill of general method of extraction, evaluation and chemical test of crude drug containing secondary metabolite.

CO3:

Establish the characterization & identification of the herbal drugs like Forskolin, Sennoside, Artemisinin, Diosgenine Digoxin.

CO4:

Study of utilization of radioactive isotopes in the investigation of Biogenetic studies.

BP505T. Pharmaceutical Jurisprudence

CO1:

The Pharmaceutical legislations and their implications in the development and marketing of pharmaceuticals.

CO2:

Various Indian pharmaceutical Acts and Laws

CO3:

The regulatory authorities and agencies governing the manufacture and sale of pharmaceuticals.

CO4:

The code of ethics during the pharmaceutical practice.

BP506P. Industrial Pharmacy-I

CO1:

Proper use of various equipments in pharmaceutical laboratory related to tablets, capsules and tablet coating.

CO2:

Include knowledge of formulation evaluation and labeling of

Tablets and capsules

CO3:

Use necessary tools and equipment for preparation as per SOP

CO4:

CO5:

Describe the evaluation criteria for glass containers as per I.P.

BP507P. Pharmacology-II

CO1:

Understand methods of blood collection from experimental animals and various routes of drug administration and experimental principles for experiments.

CO2:

Describe the composition of physiological salt solutions and basic tools used in pharmacology

CO3:

Perform experiments using different isolated preparations and describe the effect of different drugs on the concentration response curve, interpret the action of different drugs using simulation software.

BP508P. Pharmacognosy & Phyto chemistry-II

CO1:

Identify crude drugs based on morphological and microscopic characters and assign biological source chemical constituents and therapeutic uses.

CO2:

Apply the knowledge of microscopic characters for powder drug formulation.

CO3:

Understanding the processes behind the extraction and isolation of alkaloids.

CO4:

Perform TLC on herbal extract.

CO5:

Analysis of crude drugs by chemical tests.

Third year B. Pharmacy (Semester-VI)

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Statement

BP601T. Medicinal Chemistry-III

CO1:

Understand the chemistry of drugs such as B-lactam antibiotics in relation to their pharmacological activity.

CO2:

Learn the metabolism, adverse effects and therapeutic value of drugs such as antibiotics and antimalerial.

CO3:

Know the Structural Activity Relationship of different class of drugs like anti-tubercular agents, Quinolones & antiviral agents.

CO4:

Understand the importance of metabolism, SA& IUPAC of sulphonamaides and sulfones.

CO5:

Understand the importance of drug design and different techniques of drug design.

BP602T. Pharmacology-III

CO1:

Understand the mechanism of action of drugs and its relevance in the treatment of various infectious diseases.

CO2:

Comprehend the principles of toxicology and treatment of various poisoning.

CO3:

Appreciate correlation of pharmacology with related medical sciences.

BP603T. Herbal Drug Technology

CO1:

Understand raw material as source of herbal drugs from cultivation to herbal drug product.

CO2:

Know the WHO and ICH guidelines for evaluation of herbal drugs.

CO3:

Know the herbal cosmetics, natural sweeteners, nutraceuticals

CO4:

Appreciate patenting of herbal drugs, GMP.

BP604T. Biopharmaceutics & Pharmacokinetics

CO1:

Understand the basic concepts and their importance in biopharmaceutics and pharmacokinetics.

CO2:

Use of plasma drug concentration-time data to calculate the pharmacokinetic parameters to describe the kinetics of drug absorption, distribution, metabolism, excretion, elimination.

CO3:

To understand the concepts of bioavailability and bioequivalence of drug products and their significance.

CO4:

Understand various pharmacokinetic parameters, their significance & applications

BP605T. Pharmaceutical Biotechnology

CO1:

Understanding the importance of Immobilized enzymes in Pharmaceutical Industries.

CO2:

Genetic engineering applications in relation to production of pharmaceuticals.

CO3:

Importance of Monoclonal antibodies in Industries

CO4:

Appreciate the use of microorganisms in fermentation technology

BP606T. Quality Assurance

CO1:

Understand the cGMP aspects in a pharmaceutical industry

CO2:

To appreciate the importance of documentation

CO3:

Understand the scope of quality certifications applicable to pharmaceutical industries

CO4:

Be aware of the responsibilities of QA & QC departments

BP607P. Medicinal Chemistry-III

CO1:

Preparation of medicinally important compounds or intermediates by Microwave irradiation technique.

CO2:

Perform assay on drug.

CO3:

Apply the principle of green chemistry.

CO4:

Determination of physicochemical properties using drug design software.

BP608P. Pharmacology-III

CO1:

Problem based on dose calculation in pharmacological experiment and calculation of pharmacokinetic parameter like Student’s t test, ANOVA, Chi square test, Wilcoxon Signed Rank test.

CO2:

The effect of drugs on animals by simulated software’s.

CO3:

Determination of different toxicity study.

CO4:

Different biostatistics methods in experimental pharmacology.

BP609P. Herbal Drug Technology

CO1:

Perform preliminary photochemical screening of crude drugs.

CO2:

Understanding the process behind extraction and isolation of alkaloids.

CO3:

Analysis of herbal drugs from recent pharmacopoeias

CO4:

Determine Phenol content, Aldehydes content etc.

Final year B. Pharmacy (Semester-VII)

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Statement

BP701T. Instrumental Method Analysis

CO1:

Explain and illustrate the  theory and application of

UV Visible spectroscopy, Fluorimetry,  IR spectroscopy, Flame Photometry, Atomic absorption spectroscopy, HPLC, GC, TLC, Paper chromatography, Ion exchange , Affinity chromatography, Gel chromatography.

CO2:

Perform mathematical calculation to obtain quantitative result from UV & chromatography parameter.

CO3:

Understand the chromatographic separation and analysis of drugs.

CO4:

Recall the terminologist associated with spectroscopy & chromatography.

BP702T. Industrial Pharmacy-II

CO1:

Know the process of pilot plant and scale up of pharmaceutical dosage forms.

CO2:

Understand the process of technology transfer from lab scale to commercial batch.

CO3:

Know different Laws and Acts that regulate pharmaceutical industry.

CO4:

CO5:

Understand the approval process and regulatory requirements for drug products.

BP703T. Pharmacy Practice

CO1:

Understand the management of hospital, community, clinical pharmacy and therapeutic committee.

CO2:

ADR classification, therapeutic drug monitoring, drug store management and inventory control.

CO3:

Précis the OTC medication, investigational use of drug and interpretation of clinical lab tests.

CO4:

Understanding of drug delivery systems, prescribed drug orders and communication skills in practical situations.

CO5:

Evaluation of patient counselling and Rational drug therapy

BP704T. Novel Drug Delivery System

CO1:

To understand various approaches for the development of new drug delivery systems.

CO2:

To understand the criteria for selecting drugs and polymers for the development

CO3:

New drug delivery systems, their design and evaluation.

BP705P. Instrumental Method Analysis

CO1:

Perform analyze and determine and report the content of drug by using  UV Visible spectroscopy, Fluorimetry,  IR spectroscopy, Flame Photometry, Atomic absorption spectroscopy, colourometry and turbidometry.

CO2:

The separation of mixture component by applying separation principle on chromatographic technique.

CO3:

Elaborate the Demonstration experiment on HPLC’ Gas Chromatography.

Practice school

CO1:

Development of skill in the modern tools.

CO2:

Acquire skill of documentation and record keeping.

CO3:

Plan academic carrier, and personal interests via research experiences.

Final year B. Pharmacy (Semester-VIII)

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Statement

BP801T. Biostatistics And Research Methodology

CO1:

Understand various approaches in Biostatistics & Mean, Median, Mode used in pharmaceutical field

CO2:

Know the operation of M.S. Excel, SPSS, R and MINITAB, DoE (Design of Experiment)

CO3:

Know the various statistical techniques to solve statistical problems.

CO4:

Appreciate statistical techniques in solving the problems

BP802T. Social And Preventive Pharmacy

CO1:

Gain a higher consciousness/awareness of current issues related to health and pharmaceutical issues in the country and around the world.

CO2:

A critical way of thinking is based on current healthcare developments.

CO3:

Evaluate alternative ways of solving health related problems and Pharmaceutical problems.

BP804ET.

Pharmaceutical Regulatory Science

CO1:

Learn about the drug discovery and development process

CO2:

Know the regulatory authorities and agencies that regulate production and sales of pharmaceuticals.

CO3:

Know the regulatory approval process and their Indian and registration International markets.

BP806ET.

Quality Control and Standardization of
Herbals

CO1:

Know the WHO guidelines for quality control of herbal medicines.

CO2:

Learn about quality assurance in the herbal medicine industry.

CO3:

Regulatory approval process and their registration in India and International markets.

CO4:

Appreciate EU and ICH guidelines for quality control of herbal medicines.

PEO No.

PEO Nomenclature

Description

PEO1

Knowledge

Graduates of the program will acquire theoretical knowledge along with essential practical skill sets of pharmaceutical sciences and will be able to use these tools in the pharmaceutical industry, hospitals and institutions or any business sector required for success.

PEO2

Core competence

To complete a perfect blend of fundamentals in pharmaceutical, pharmaceutical chemistry, pharmacology, pharmaceutical and pharmaceutical industries, pharmaceutical analysis as per the needs of community and hospital pharmacy. The objective of the program is to develop students competently for the future

PEO3

Extensiveness

To train students with good knowledge in compounding, dispersing, drug properties, synthesis, formulation and development, analytical aspects, medicinal plants and herbal formulations, pharmacodynamic, pharmacokinetics and molecular modeling with practical performance. Also applying all this in research and development to create new herbal and synthetic pharmaceutical products for the benefit of society.

PEO4

Training

The ideology of the institute is to train graduates to excel in higher education in India and abroad and to succeed in the pharmaceutical professional field. A profession in which the student chooses innovative teaching methods that engage the student in self-learning.

PEO5

professionalism

To inculcate character, self-confidence, self-discipline in the student and make them proficient in their professional and ethical attitude, effective communication skills- teamwork skills. Multidisciplinary approach and ability to relate problems of pharmaceutical sciences to the wider social context.

PEO6

Assessment

Graduates of the program will be able to evaluate the advantages and disadvantages, advantages and disadvantages, the strengths and weaknesses of the subject studied in pharmaceutical technology that they need, and the ideology they see in the field of pharmaceutical science.