COURSE OUTCOME Sl. Name of the Course Outcome

COURSE OUTCOME

Sl.

No.

Name of the

Program

Name of the

Course

Course Outcome

1 B. Pharm I

sem

BP101T

Human anatomy

and Physiology-I

CO 1: Students would have studied about the

gross morphology, structure and functions of cell,

skeletal, muscular, cardiovascular system of the

human body.

CO 2: They would have understood the various

homeostatic mechanisms and their imbalances.

CO 3: Students would able to understand the

coordinated working pattern of different types of

various systems.

CO 4: Students would be able to identify the

various tissues, bones and organs of different

systems of human body.

CO 5: Students would learn about the various

experimental techniques related to physiology.

2 BP102T

Pharmaceutical

analysis I

Upon completion of the course student shall be

able to

CO 1: Understand the principles of volumetric

and electro chemical analysis

CO 2: Carryout various volumetric and

electrochemical titrations

CO 3: Develop analytical skills

CO 4: Explain concentration, calculation of a

solution, its preparation, standardization and its

storage conditions.

CO 5: Describe the sources of errors commonly

developed during drug analysis and methods to

minimize them

3 BP103T

Pharmaceutics I

CO 1: Know the history of profession of

Pharmacy.

CO 2: Understand the basics of different dosage

forms, Pharmaceutical incompatibilities and

pharmaceutical calculations.

CO 3: Understand the professional way of

handling the prescription.

CO 4: Preparation of various conventional dosage

forms.

CO 5: Solve the problem through the application

of fundamental principles of pharmaceutical

metrology and conclude the decision

4 BP104T

Pharmaceutical

inorganic chemistry

CO 1: Know the sources of impurities and

methods to determine the impurities in inorganic

drugs and pharmaceuticals

CO 2: Understand the medicinal and

pharmaceutical importance of inorganic

compounds.

CO 3: Explain the different definitions of

acids/bases and predict the reactions between

acids and bases.

CO 4: Explain the atomic structure based on

quantum mechanics and explain periodic

properties of the atoms.

CO 5: Explain the periodic properties of the

different groups of compounds focusing

onproduction methods and application of selected

elements and compounds.

5 BP105T

Communication

skills

CO 1: Understand the behavioral needs for a

Pharmacist to functioneffectively in the areas of

pharmaceutical operation

CO 2: Communicate effectively (Verbal and

Non-Verbal)

CO 3: Effectively manage the team as a team

player

CO 4: Develop interview skills

CO 5: Develop Leadership qualities and

essentials

6 BP106RBT

Remedial biology

CO 1: Know the classification and salient features

of five kingdoms of life

CO 2: Understand the basic components of

anatomy & physiology of plant

CO 3: Know understand the basic components of

anatomy & physiology animal with special

reference to human

CO 5: Anatomy and Physiology of plants and

animals

CO 5: Various tissue system and organ system in

plant and animals

BP106MT

Remedial

mathematics

Upon completion of the course, the student shall

be able to

CO 1: Apply mathematical concepts and

principles to perform computations for

Pharmaceutical Sciences.

CO 2: Solve different types of problems by

applying theory.

CO 3: Communicate mathematical knowledge

and understanding to help inthe field of Clinical

Pharmacy

CO 4: Perform abstract mathematical reasoning

CO 5: Appreciate the important application of

mathematics in Pharmacy

Sl.

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.

Name of the

Program

Name of the

Course

Course Outcome

1 B.Pharm II

sem

BP201T

Human anatomy

and Physiology-II

CO 1: Students would have studied about the gross

morphology, structure and functions of nervous,

respiratory, urinary and reproductive systems in

the human body.

CO 2: Describe the various homeostatic

mechanisms and their imbalance.

CO 3: They would have studied in detailed about

energy and metabolism.

CO 4: Students would able to identify the various

organs of different systems of human body.

CO 5: They would have performed and learnt

about the experiments like neurological reflex,

body temperature measurement

CO 6: They would have studied elaborate on

interlinked mechanisms in the maintenance of

normal functioning of human body

2 BP202T

Pharmaceutical

organic chemistry I

CO 1: Write the structure, name and the type of

isomerism of the organic compound

CO 2: Write the reaction, name the reaction and

orientation of reactions

CO 3: Account for reactivity/stability of

compounds

CO 4: Identify/confirm the identification of

organic compound.

CO 5: understand chemical and molecular

processes that take place in organic chemical

reactions.

3 BP203T

Biochemistry

CO 1: Understand the catalytic role of enzyme,

importance of enzyme inhibitors in design of new

drugs, therapeutic and diagnostic applications of

enzymes.

CO 2: Understand the metabolism of nutrient

molecule in physiological and pathological

conditions.

CO 3: To acquire knowledge in qualitative and

quantitative estimation of the biological

macromolecules.

CO 4: Understand the genetic organization of

mammalian genome and functions of DNA in

synthesis of RNA and proteins.

CO 5: To know how physiological conditions

influence the structures and reactivities of

biomolecules.

4 BP204T

Pathophysiology

CO 1: This will impart a thorough knowledge of

the relevant aspects of pathology of various

conditions with reference to its pharmacological

applications.

CO 2: It will help in understanding of basic

Pathophysiological mechanisms.

CO 3: It describes the etiology and pathogenesis of

the selected disease states

CO 4: It will help to name the signs and symptoms

of the diseases

CO 5: It will help in mentioning the complications

of the diseases.

5 BP205T

Computer

applications in

pharmacy

CO 1: Apply the knowledge of mathematics and

computing fundamentals to pharmaceutical

applications for any given requirement

CO 2: Know the various types and applications of

data bases in pharamcy.

CO 3: Design and develop solutions to analyze

pharmaceutical problems using computers.

CO 4: Integrate and apply efficiently the

contemporary IT tools to all Pharmaceutical related

activities

CO 5: Solve and work with a professional context

pertaining to ethics, social, cultural and regulations

with regard to Pharmacy.

6 BP206T

Environmental

sciences

CO 1: Create the awareness about environmental

problems among learners.

CO 2: Impart basic knowledge about the

environment and its allied problems.

CO 3: Develop an attitude of concern for the

environment.

CO 4: Motivate learner to participate inenvironment

protection and environment improvement.

CO 5: Acquire skills to help the concerned

individuals in identifying and solving

environmental problems

CO 6: Strive to attain harmony with Nature.

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Program

Name of the Course Course Outcome

1 B.Pharm III

sem

BP301T

Pharmaceutical

organic chemistry II

CO 1: Write the structure name and types of

isomerism of the organic compounds.

CO 2: Basic knowledge regarding general

methods of preparation of organic compounds.

CO 3: Understand the reactivity and stability

of some organic compounds.

CO 4: Special emphasis on mechanisms and

orientation of chemical reactions of Benzene,

Phenol and Aromatic amines.

CO 5: Prepare organic compounds and acquire

knowledge about the electrophilic aromatic

substitution reactions.

2 BP302T

Physical

pharmaceutics I

CO 1: State the physicochemical properties of

drug molecules, pH, and solubility in designing

the dosage forms.

CO 2: Explain the role of surfactants,

interfacial phenomenon and thermodynamics

CO 3: Describe the flow behavior of fluids and

concept of complexation

CO 4: Analyze the chemical stability tests of

various drug products and determination of

expiry dates of formulations.

CO 5: Demonstrate the physic-chemical

properties in the formulation development and

evaluation of dosage forms.

3 BP303T

Microbiology

CO 1: Students will be able to acquire,

articulate, retain and apply specialized language

and knowledge relevant to microbiology.

CO 2: Learn sterility testing of pharmaceutical

products.

CO 3: Carry out microbiological

standardization of pharmaceuticals and

understand the cell culture technology and its

applications in pharmaceutical industry.

CO 4: Students will demonstrate identification,

cultivation and preservation of microbes.

CO 5: Understand the importance and

implementation of sterilization in pharmaceutical

processing and industry.

4 BP304T

Pharmaceutical

engineering

CO 1: To know various unit operations used in

Pharmaceutical industries.

CO 2: To understand the material handling

techniques.

CO 3: To perform various processes involved in

pharmaceutical manufacturing process.

CO 4: To carry out various test to prevent

environmental pollution.

CO 5: To appreciate and comprehend

significance of plant lay out design for

optimum

CO 6: To appreciate the various preventive

methods used for corrosion control in

Pharmaceutical industries.

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Program


1 B.Pharm IV

sem

BP401T

Pharmaceutical

organic chemistry III

CO 1: To acquire the knowledge and

understanding of method of preparation and

properties of organic compounds.

CO 2: To draw the structures and synthesize

simple pharmaceutically active organic

compounds having five and six membered

heterocyclic compounds.

CO 3: To describe detailed mechanisms for

common naming reactions.

CO 4: Know the medicinal uses and other

applications of organic compounds.

CO 5: Stereochemical features including

conformation and stereo electronic effects;

Geometrical isomers.

2 BP402T

Medicinal chemistry I

CO 1: To understand the chemistry of drugs

with respect to their pharmacologic action.

CO 2: Know SAR of different classes of drugs.

CO 3: Write the chemical synthesis of some

drugs.

CO 4: To know the metabolism, adverse effect

and therapeutic activity of drugs.

CO 5: Describe the mechanism of action, use

and mode of application of the selected drugs.

3 BP403T

Physical

pharmaceutics II

CO 1: understand the physicochemical

properties of drug molecules in designing the

dosage forms.

CO 2: Explain the role of surfactants,

interfacial phenomenon and thermodynamics

CO 3: Describe the flow behavior of fluids and

concept of complexation

CO 4: Know the principles of chemical kinetics

& to use them for stability testing &

determination of expiry dates of formulations.

CO 5: Understand the physicochemical

properties in the formulation development &

evaluation of dosage forms.

4 BP404T

Pharmacology I

CO 1: understand the pharmacological actions

of different categories of drugs

CO 2: They would have studied in detailed

about mechanism of drug action at organ

system/sub cellular/ macromolecular levels.

CO 3: Apply the basic pharmacological

knowledge in the prevention and treatment of

various diseases.

CO 4: observe the effect of drugs on animals by

simulated experiments

CO 5: Appreciate correlation of pharmacology

with other bio medical sciences.

5 BP405T

Pharmacognosy I

CO 1: To know the techniques in the

cultivation and production of crude drugs

CO 2: To know the crude drugs, their uses and

chemical nature

CO 3: Know the evaluation techniques for the

herbal drugs

CO 4: To carry out the microscopic and

morphological evaluation of crude drugs

CO 5: To give an introduction regarding tissue

culture

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Program


1 B.Pharm V

sem

BP501T

Medicinal chemistry

II

CO 1: Understand the chemistry of drugs with

respect to their pharmacological activity.

CO 2: Know the chemical synthesis of some

drugs & to acquire knowledge about the

chemotherapy for cancer.

CO 3: know the structural activity relationship

of different classes of drugs.

CO 4: Understand the drug metabolism

pathways, adverse effects & therapeutic value

of drugs.

CO 5: Study the chemical synthesis of

selected drugs.

2 BP502T

Formulative

pharmacy

CO 1: Understand the various pharmacological

dosage forms & their manufacturing techniques.

CO 2: Know the various considerations in the

development of pharmaceutical dosage forms

CO 3: Developing a preparation of the drug

which is both stable and acceptable to the

patient.

CO 4: Formulate solid, liquid and semisolid

dosage forms & evaluate them for their quality.

CO 5: Formulated drugs are stored in a suitable

container closure system for extended periods of

time.

3 BP503T

Pharmacology II

CO 1: Students would have understood the

mechanism of drug action and its relevance in

the treatment of different diseases

CO 2: demonstrate isolation of different

organs/tissues from the laboratory animals by

simulated experiments

CO 3: They would have observed the various

receptor actions using isolated tissue

preparation

CO 4: appreciate the correlation of

pharmacology with related medical sciences

CO 5: understand the cell communication

mechanism

4 BP504T

Pharmacognosy II

CO 1: to know basic metabolic pathways and

formation of different secondary metabolites

CO 2: understand the herbal drug interactions.

CO 3: to know the modern extraction

techniques, characterization and identification

of the herbal drugs and phytoconstituents

CO 4: to carryout isolation and identification of

phytoconstituents.

CO 5: Understand the preparation &

development of herbal formulation.

5 BP505T

Pharmaceutical

Jurisprudence

CO 1: The Pharmaceutical legislations and

their implication in the development and

marketing.

CO 2: Various Indian Pharmaceutical Act and

its rules.

CO 3: The name, constitution and functions of

various regulatory authorities and agencies

governing the manufacture and sale of

Pharmaceuticals.

CO 4: The procedure for getting information

through ‘Right to information Act’.

CO 5: The code of ethics during the

Pharmaceutical practice & Information

regarding Intellectual Property right and

Patent act

Sl.

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Program


1 B.Pharm VI

sem

BP601T

Medicinal Chemistry

III

CO 1: understand the importance of drug

design & different techniques of drug design

CO 2: To understand how current drugs were

developed by using pharmacophore modeling

and docking techniques.

CO 3: understand the chemistry of drugs with

respect to the biological activity.

CO 4: know the importance of SAR of drugs.

CO 5: To be introduced to a variety of drug

classes and its pharmacological properties.

2 BP602T

Pharmacology III

CO 1: appreciate the correlation of

pharmacology with related medical sciences.

CO 2: Should have basic knowledge about

currently using drugs and its classification.

CO 3: emphasis on the principles of

toxicology, the toxicity profile of each drugs

and chronopharmacology.

CO 4: Technical and experimental

methodologies required to conduct research in

the field of animal study

CO 5: Should understand the principles &

chemotherapy of fungal, viral, bacterial,

protozoal & helminth infections.

3 BP603T

Herbal Drug

Technology

CO 1: The student should be able to

understand raw material as source of herbal

drugs from cultivation to herbal drug product

CO 2: They also able to know the WHO and

ICH guidelines for evaluation of herbal drugs.

CO 3: They also able to prepare the herbal

cosmetics, to know natural sweeteners and

nutraceuticals

CO 4: They are able to appreciate patenting of

herbal drugs, GMP.

CO 5: They can understand the preparation

and development of herbal formulation & the

herbal drug interactions

4 BP604T

Biopharmaceutics and

Pharmacokinetics

CO 1: Understand the basic concepts in

biopharmaceutics and pharmacokinetics &

their significance.

CO 2: Use plasma data and derive the

pharmacokinetic parameters to describe the

process of drug absorption, distribution,

metabolism and elimination.

CO 3: Critically evaluate biopharmaceutic

studies involving drug product equivalency

CO 4: Design and evaluate dosage regimens of

the drugs using pharmacokinetic and

biopharmaceutic parameters.

CO 5: Detect potential clinical

pharmacokinetic problems and apply

basicpharmacokinetic principles to solve them

5 BP605T

Pharmaceutical

Biotechnology

CO 1: Understanding the importance of

Immobilized enzymes in Pharmaceutical

Industries

CO 2: Genetic engineering applications in

relation to production ofpharmaceuticals

CO 3: Importance of Monoclonal antibodies in

Industries

CO 4: Appreciate the use of microorganisms in

fermentation technology

CO 5: Provides knowledge about new

biological revolutions in diagnosis,prevention

and cure of diseases, new and cheaper

pharmaceutical drugs

6 BP606T

Quality Assurance

CO 1: Understand the cGMP aspects in a

pharmaceutical industry

CO 2: Appreciate the importance of

documentation

CO 3: Understand the scope of quality

certifications applicable topharmaceutical

industries

CO 4: Understand the responsibilities of QA &

QC departments.

CO 5: The various documentation process is

highlighted to the student.

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Program

Name of the

Course

Course Outcome

1 B.Pharm VII

sem

BP701T

Instrumental

Methods of

Analysis

CO 1: Fundamental knowledge on the

principles and instrumentation of

spectroscopic and chromatographic

techniques.

CO 2: Theoretical and practical knowledge on

modern analytical instruments that are used for

drug testing.

CO 3: Understand the interaction of matter

with electromagnetic radiations and its

applications in drug analysis

CO 4: Understand the chromatographic

separation and analysis of drugs.

CO 5: Perform quantitative & qualitative

analysis of drugs using various analytical

instruments.

CO 6: Understanding on various instrumental

methods and analysis

2 BP702T

Industrial

Pharmacy

CO 1: Know the process of pilot plant and

scale up of pharmaceutical dosage forms

CO 2: Understand the process of technology

transfer from lab scale to commercial batch

CO 3: Know different laws and acts that

regulate pharmaceutical industry in India and

US

CO 4: Understand the approval process and

regulatory requirements for drug products

CO 5: Know fundamental knowledge on

pharmaceutical product commercialization

from laboratory to market

3 BP703T

Pharmacy Practice

CO 1: Know various drug distribution

methods in a hospital

CO 2: Appreciate the pharmacy stores

management and inventory control

CO 3: Monitor drug therapy of patient

through medication chart review and clinical

review

CO 4: Obtain medication history interview

and counsel the patients

CO 5: Identify drug related problems

CO 6: Detect and assess adverse drug

reactions

CO 7: Interpret selected laboratory results of

specific disease states

CO 8: Know pharmaceutical care services

CO 9: Do patient counselling in community

pharmacy

CO 10: Appreciate the concept of rational

drug therapy

4 BP704T

Novel Drug

Delivery System

CO 1: Understanding various approaches for

development of novel drug delivery systems.

CO 2: Learning the criteria for selection of

drugs and polymers for the development of

Novel drug delivery systems.

CO 3: Knowledge about formulation and

evaluation of Novel drug delivery systems.

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Program

Name of the

Course

Course Outcome

1 B.Pharm IV

YEAR

4.1 Pharmaceutical

Chemistry V

CO 1: To develop an understanding of the

physio-chemical properties of drugs.


developed by using QSAR, pharmacophore

modeling, prodrug design and docking

technique.

CO 3: Helps in correlating between

pharmacology of a disease and its mitigation or

cure.

CO 4: To acquire knowledge about the

mechanism pathways of different class of

medicinal compounds.

CO 5: To write the chemical synthesis of

some drugs.

2 4.2 Pharmaceutical

Analysis II

CO 1: Theoretical considerations of analytical

techniques.

CO 2: Applications of drug analysis

CO 3: Quality control and assurance of

various techniques

CO 4: Voltammetric titrations concept and

analysis

CO 5: Understanding on various instrumental

methods and analysis

3 4.3 Pharmacognosy

III

CO 1: This subject gives the student the

knowledge of basic understanding of herbal

drug industry, the quality of raw material,

guidelines for quality of herbal drugs,

assessment of the quality of herbal

formulation, raw materials and manufacture of

herbal cosmetics, importance of nutraceuticals

etc.

CO 2: This subject enables a student to

understand about how the crude drugs are

adulteratedand different methods for

evaluating the crude drugs for its authenticity.

CO 3: This subject also gives information

about how the plant constituents are produced

in the plant by various metabolic pathways

and the chemistry and concept of

stereochemistry of various medicinal natural

products.

CO 4: This subject also brings about tissue

culture and genetic engineering methods

which canbe useful for the regeneration of

disease-free new plants and also production of

secondary metabolites.

CO 5: This subject also explains about the

importance of conservation of biodiversity

and the methods of conservation.

4 4.4 Pharmaceutics

VI

CO 1: After successful completion of the

course student will be able tounderstand the

various drug delivery system and its

mechanisms

CO 2: Students will learn advanced drug

delivery system early stage.

CO 3: know the various pharmaceutical dosage

forms and their manufacturingtechniques.

CO 4: They know very well about orally

administered drugs, injectables, aerosoland

semisolid preparations with standard

protocols.

CO 5: Formulated drugs are stored in a suitable

container closure system forextended periods

of time&know various considerations in

development of pharmaceutical dosageforms

and formulate solid, liquid and semisolid

dosage forms and evaluatethem for their

quality.

5 4.5 Pharmacology

II

CO 1: Student should know the basic

pharmacological sciences including

pharmacodynamics, pharmacokinetics, drug-

drug interaction, pharmacological actions etc.

CO 2: Should have basic knowledge about

currently using drugs and its classification.

CO 3: emphasis on the principles of

toxicology, the toxicity profile of each drugs

and chronopharmacology.

CO 4: Technical and

experimentalmethodologies required to

conduct research in the field of animal study

CO 5: Should understand the principles &

chemotherapy of fungal, viral, bacterial,

protozoal & helminth infections.

6 4.6 Pharmacy

Practice



review

CO 2: Obtain medication history interview

and counsel the patients

CO 3: Detect, assess and monitor adverse

drug reaction

CO 4: Interpret selected laboratory results of

specific disease states

CO 5: Retrieve, analyze, interpret and

formulate drug or medicine information

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Program

Name of the

Course

Course Outcome

1 Pharm D I year 1.1 Human

Anatomy and

Physiology

CO 1: Describe the structure (gross and

histology) and functions of various organs of

the human body

CO 2: Describe the various homeostatic

mechanisms and their imbalances of various

systems;

CO 3: Identify the various tissues and organs

of the different systems of the human body;

CO 4: Perform the hematological tests and

also record blood pressure, heart rate, pulse

and Respiratory volumes;

CO 5: Appreciate coordinated working pattern

& interlinked mechanisms in the maintenance

of normal functioning (homeostasis) of human

body.

2 1.2 Pharmaceutics CO 1: know the formulation aspects of

different dosage forms

CO 2: do different pharmaceutical calculation

involved in formulation

CO 3: Appreciate the importance of good

formulationfor effectiveness.

CO 4: Apply pharmacopoeial standards for the

preparation of various dosageforms

CO 5: Classify different dosage forms and

apply principles of pharmaceuticalscience in

formulation and dispensing the various dosage

forms.

3 1.3 Medicinal

Biochemistry

CO 1: To understand the importance of

metabolism of substrates in health and

illness(metabolic disorders)

CO 2: To understand the catalytic activity of

enzymes and importance of isoenzymes in

diagnosis of diseases

CO 3: understand the genetic organization of

mammalian genome; protein synthesis;

replication; mutation and repair mechanism;

CO 4: know the biochemical principles of

organ function tests of kidney, liver and

endocrine gland;

CO 5: Do the qualitative analysis and

determination of biomolecules in the body

fluids.


Organic Chemistry

CO 1: To be able to give systematic names to

simple organic compounds and poly functional

group & to run experimental techniques,

procedures and safe laboratory practices.

CO 2: To achieve an understanding of the

physical properties of organic compounds and

to establish a foundation for studies into

natural and synthetic products of

pharmaceutical interest.

CO 3: To acquire the knowledge and

understanding of the basic experimental

principles of pharmaceutical organic

chemistry.

CO 4: Understand the named organic

reactions with mechanisms.

CO 5: To describe detailed mechanisms for

common reactions.


Inorganic Chemistry

CO 1: Understand the principles and

procedures of analysis of inorganic drugs

CO 2: An outline on the characteristics of

selected inorganic compounds

CO 3: The classification and application of

inorganic pharmaceuticals.

CO 4: Know the analysis of the inorganic

pharmaceuticals and their applications.

CO 5: Appreciate the importance of inorganic

pharmaceuticals in preventing and curing the

disease.

6 1.6 Remedial

mathematics

&

Remedial biology

CO 1: Apply mathematical concepts and

principles to perform computations for

Pharmaceutical Sciences.

CO 2: Create, use and analyze mathematical

representations by applying mathematical

theory

CO 3: Know trigonometry, analytical

geometry, matrices, determinant, integration

differential equation, Laplace transform & their

applications.

CO 4: Perform abstract mathematical

reasoning

CO 5: Knowledge of mathematical

relationships

CO 1: Cell biology (Basic Nature of Plant cell

and Animal cell)

CO 2: Classification System of both Plants &

Animals

CO 3: Various tissue system and organ system

in plant and animals

CO 4: To make aware of various naturally

occurring drugs & its history, sources &

characters of plants & animals.

CO 5: Study the natural sources of drugs.

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Program


1 Pharm D II

year

2.1 Pathophysiology CO 1: This will impart a thorough knowledge of

the relevant aspects of pathology of various

conditions with reference to its pharmacological

applications.

CO 2: It will help in understanding of basic

Pathophysiological mechanisms.

CO 3: It describes the etiology and pathogenesis

of the selected disease states

CO 4: It will help to name the signs and

symptoms of the diseases

CO 5: It will help in mentioning the

complications of the diseases.


Microbiology

CO 1: Know the anatomy, identification,

growth factors & sterilization of

microorganisms,

CO 2: Know the mode of disease transmission

of disease by micro organism, symptoms of

disease & treatment aspects.

CO 3: do estimation of RNA and DNA and

there by identifying the source & appreciate the

behavior of motility and characteristics of

microorganisms

CO 4: do cultivation and identification of the

microorganisms in the laboratory;

CO 5: do identification of diseases by

performing the diagnostic tests;

3 2.3 Pharmacognosy&

Phytopharmaceuticals

CO 1:medicinal uses of various naturally

occurring drugs its history, sources, distribution

CO 2: method of cultivation, active constituents,

medicinal uses, identification tests

CO 3: collection and storage of crude drugs and

also preservation methods.

CO 4: the applications of primary and

secondary metabolites of the plant.

CO 5: substitutes and adulterants of crude drug

4 2.4 Pharmacology - I CO 1: Learn about the different drugs used with

an emphasis on its classification,

Pharmacological aspects, adverse effects,

Therapeutic uses.

CO 2: Correlate & apply the knowledge

therapeutically in dose, route of administration,

precautions, and contraindications.

CO 3: They would have understood the

pharmacological aspects of drugs used to treat

ailment of different organ systems of the body.

CO 4: Handle & carry out the animal

experiments.

CO 5: They would appreciate the importance of

pharmacology subject as a basis of therapeutics.

5 2.5 Community

Pharmacy

CO 1: Know pharmaceutical care services

CO 2: Know the business and professional

practice management skills in community

pharmacies

CO 3: Do patient counselling and provide

health screening services to public in community

pharmacy

CO 4: Respond to minor ailments and provide

appropriate medication

CO 5: Show empathy and sympathy to patients

CO 6: appreciate the concept of Rational drug

therapy

6 2.6

Pharmacotherapeutics–

I

CO 1: The pathophysiology of selected disease

states & rationale for drug therapy

CO 2: The therapeutic approach to management

of diseases

CO 3: The controversies in drug

CO 4: The importance of preparation

ofindividualized therapeutic plan based on

diagnosis

CO 5: needs to identify the patient-specific

parameters relevant in initiating drug therapy,

and monitoring therapy (including alternatives,

time-course of clinical and laboratory indices of

therapeutic response and adverse effects)

Sl.

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Name of the

Program


1 Pharm D III

year

3.1 Pharmacology –II CO 1: understand the pharmacological

aspects of drugs.

CO 2: Carry out the animal experiments

confidentially.

CO 3: Appreciate the importance of

pharmacology subject as a basis of therapeutics

& correlate & apply the knowledge.

CO 4: They would have learnt in depth

knowledge on cell, macromolecules, cell

signaling, DNA replication and cell cycle.

CO 5: They would appreciate the importance

of gene and its structure, genome, gene

expression, recombinant DNA technology and

other associated aspects.


Analysis

CO 1: Basic concepts of quality assurance

CO 2: Detailed studies on spectroscopic

analysis

CO 3: Theoretical aspects of electrometric

methods

CO 4: Knowledge on various separation

techniques

CO 5: Concept and study on chromatographic

techniques

3 3.3

Pharmacotherapeutics

– II

CO 1: The pathophysiology of selected

disease states and rationale for drug therapy.

CO 2: Therapeutic approach to management

of diseases.

CO 3: The controversies in drug.

CO 4: The importance of preparation of

individualized therapeutic plans based on

diagnosis.

CO 5: To identify the patient-specific

parameters in relevant in initiating drug

therapy and monitoring therapy(including

alternatives, time course of clinical and

laboratory indices of therapeutic response and

adverse effects).


Jurisprudence

CO 1: practice the Professional ethics

CO 2: know the various parameters in the

Drug and Cosmetic Act and rules; know the

Drug policy, DPCO, Patent and design act

CO 3: understand the labelling requirements

and packaging guidelines for drugs and

cosmetics;

CO 4: be able to understand the concepts of

Dangerous Drugs Act, Pharmacy Act and

Excise duties Act & other laws as prescribed

by the Pharmacy Council of India from time to

time including International Laws.

CO 5: understand the various concepts of the

pharmaceutical legislation in India

5 3.5 Medicinal

Chemistry

CO 1: To understand the chemistry of drugs

with respect to their biological activity.

CO 2: To know the metabolism, adverse

effect and therapeutic activity of drugs.

CO 3: To understand the different modern

techniques of drug design & to appreciate the

SAR of some important drug classes &

important marketed products.

CO 4: To acquire knowledge in the

chemotherapy for cancer and microbial

diseases and different anti-viral agents.

CO 5: To introduce a variety of drug classes

and some pharmacological properties.


Formulations

CO 1: Understand the principle involved in

formulation of various pharmaceutical dosage

forms.

CO 2: Prepare various pharmaceutical

formulations.

CO 3: Perform evaluation of pharmaceutical

dosage forms.

CO 4: Understand and appreciate the concept

of bioavailability and bioequivalence, their

role in clinical situations.

CO 5: know the various pharmaceutical

dosage forms and their

manufacturingtechniques.

Sl.

No.

Name of the

Program


1 Pharm D IV

year/Pharm D

(PB)- I year

4.1

Pharmacotherapeutics -

III/

1.2

Pharmacotherapeutics -

III

CO 1: Describe the pathophysiologyof

selected disease states and the rationale for

drug therapy

CO 2: Know the importance of preparation of

individualised therapeutic plans based on

diagnosis

CO 3: Make aware the rationale as well as

rational as well as controversies indrug

therapy.

CO 4: Identify the patient-specific parameters

relevant in initiating drug therapy,and

monitoring therapy

CO 5: therapeutic approaches to manage the

disease & Study the importance of Evidence

while adopting a therapeutic approach.

2 4.2 Hospital Pharmacy/

1.3 Hospital Pharmacy

CO 1: Know various drug distribution

methods;

CO 2: Know the professional practice

management skills in hospital pharmacies

CO 3: provide unbiased drug information to

the doctors

CO 4: Know the manufacturing practices of

various formulations in hospital set up;

CO 5: appreciate the practice-based research

methods & appreciate the stores management

and inventory control.

3 4.3 Clinical Pharmacy/

1.4 Clinical Pharmacy



review & obtain medication history interview

and counsel the patient.

CO 2: Identify and resolve drug related

problem.

CO 3: Interpret selected laboratory result of

specific disease state.

CO 4: Retries, analyze, interpret and

formulate drug or medicine information.

CO 5: detect, assess and monitor adverse

drug reaction

4 4.4 Biostatistics

&Research

Methodology/

1.5 Biostatistics

&Research

Methodology

CO 1: It will help to understand research and

its methods

CO 2: It will help to learn its concepts of

research study designs and its

variousapplications.

CO 3: It helps the students to inculcate the

ideas of biostatistics and its application

CO 4: It helps to understand the

differentsoftware and its use.

CO 5: It enables the students to use computer

in different health care settings

5 4.5 Biopharmaceutics&

Pharmacokinetics/

1.6 Biopharmaceutics&

Pharmacokinetics

CO 1: Broader understanding about the

concepts of biopharmaceutics and

pharmacokinetics.

CO 2: Ability to calculate the various

pharmacokinetic parameters by using various

mathematical models.

CO 3: Ability to design a basic protocol for

the conduct of BA/BE study and the

interpretation of the BA/BE data

CO 4: Preparedness to use the concepts of

pharmacokinetic principles in the clinical

contexts.

CO 5: Ability to design and perform in-vitro

dissolution studies for various drugs as per the

standards of official monographs

6 4.6 ClinicalToxicology/

1.7 Clinical Toxicology

CO 1: General principle involved in the

management of poisoning

CO 2: Antidotes and the clinical applications

CO 3: Clinical symptoms and management of

poisoning

CO 4: symptoms & management of Substance

Abuse

CO 5: symptoms & management of Caustics

7 Pharm D

(PB)- I year

1.1

Pharmacotherapeutics I

& II

CO 1: The pathophysiology of selected

disease states and the rationale for drug

therapy;

CO 2: The therapeutic approach to

management of these diseases;

CO 3: The controversies in drug therapy;

CO 4: The importance of preparation of

individualized therapeutic plans based on

diagnosis;

CO 5: Needs to identify the patient-specific

parameters relevant in initiating drug therapy,

and monitoring therapy (including alternatives,

time-course of clinical and laboratory indices

of therapeutic response and adverse effects)

Sl.

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Name of the

Program


1 Pharm D V

year/ Pharm

D (PB)- 2

year

5.1 Clinical Research/

2.1 Clinical Research CO 1: Understand the novel technologies in

drug discovery

CO 2: Know the new drug development

process.

CO 3: Understand the regulatory and ethical

requirements.

CO 4: To conduct the clinical trials activities

CO 5: Know safety monitoring and reporting in

clinical trials

2 5.2

Pharmacoepidemiology

&Pharmacoeconomics/

2.2

Pharmacoepidemiology

&Pharmacoeconomics

CO 1: It imparts students to understand the basic

concepts ofpharmacoepidemiology

CO 2: It imparts students to understand the basic

concepts ofPharmacoeconomics

CO 3: It helps to understand the different

software and its use.

CO 4: It will help to learn its concepts of research

study designs and its various

applications.

CO 5: It helps in selection of designs in both

study and costs.

3 5.3 Clinical

Pharmacokinetics

&Pharmacotherapeutic

Drug Monitoring/

1.3 Clinical

Pharmacokinetics

&Pharmacotherapeutic

Drug Monitoring

CO 1: Design of Dosage Regimen

CO 2: TDM Of Drug used in different type of

Disease Conditions

CO 3: Dosage adjustment in Renal and Hepatic

disease conditions

CO 4: Pharmacokinetics of Drug interaction

CO 5: Importance of Pharmacogenetics

Sl.

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Name of the

Program


1 M Pharm

Pharmaceutical

Analysis I

Semester

MPT 101T

Modern

Pharmaceutical

Analytical Techniques

This subject deals with various advanced

analytical instrumental techniques for

identification, Characterization and

quantification of drugs. Instruments dealt are

NMR, Mass spectrometer,IR, HPLC, GC etc.

After completion of course student is able to

know:

CO 1: Chemicals and excipients analysis

CO 2: The analysis of various drugs in single

and combination dosage forms

CO 3: Construction and working of

sophisticated analytical instruments

CO 4: Theoretical aspects of the instruments

CO 5: Applications and Practical skills of the

instruments

2 MPA 102T

Advanced

Pharmaceutical

Analysis

This subject deals with the various aspects of

Impurity, Impurities in new drug products,in

residual solvents, Elemental impurities,

Impurity profiling and characterization of

degradents,Stability testing of

phytopharmaceuticals and their protocol

preparation. It also covers thebiological

testing of various vaccines and their principle

and procedure.

After completion of the course students shall

able to know:

CO 1: Appropriate analytical skills required

for the analytical method development.

CO 2: Principles of various reagents used in

functional group analysis that renders

necessarysupport in research methodology

CO 3: Demonstrates its application in the

practical related problems.

CO 4: Analysis of impurities in drugs, residual

solvents and stability studies of drugs and

biological products

CO 5: Various regulatory and analytical

aspects of impurities and degradents.

3 MPA103T

Pharmaceutical

Validation

Upon completion of the subject student shall

be able to

CO 1: Explain the aspect of validation.

CO 2: Carryout validation of manufacturing

processes

CO 3: Apply the knowledge of validation to

instruments and equipment’s

CO 4: Validate the manufacturing facilities

CO 5: The students gain knowledge on how

validation is carried forvarious components.

Such as instrument

4 MPA 104T

Food Analysis

CO 1: Various techniques for analysis of

food constituents, additives, pesticides

CO 2: Introduction to food quality checking

methods

CO 3: Knowledge on food regulations and

legislations

CO 4: BIS and its applications on food

products

CO 5: Detection of impurities and its analysis

in food stuffs

Sl.

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Name of the

Program


1 M Pharm

Pharmaceutical

Analysis II

Semester

MPA 201T

Advanced

Instrumentation

Techniques

CO 1: Interpretation of NMR, Mass and IR

spectra of various organic compounds

CO 2: Theoretical and practical skills of the

hyphenated instruments

CO 3: Identification of organic compounds

CO 4: Analysis of different dosage forms

using the mentioned instruments.

CO 5: Chromatographic analysis and its

validation techniques

2 MPA 202T

Modern Bioanalytical

Techniques

This subject is designed to provide detailed

knowledge about the importance of analysis

of drugsin biological matrices.

Upon completion of the course, the student

shall be able to understand

CO 1: Extraction of drugs from biological

samples

CO 2: Separation of drugs from biological

samples using different techniques

CO 3: Bioanalytical method development and

its validation

CO 4: Applications of bionalytical methods

CO 5: Guidelines for BA/BE studies.

3 MPA 203T

Quality control and

Quality Assurance

At the completion of this subject it is

expected that the student shall beable to know

CO 1: The cGMP aspects in a pharmaceutical

industry

CO 2: To appreciate the importance of

documentation

CO 3: To understand the scope of quality

certifications applicable toPharmaceutical

industries

CO 4: To understand the responsibilities of

QA & QC departments

CO 5: Student shall be able to understand the

responsibilities of QAdepartment

4 MPA 204T

Herbal and cosmetic

analysis

CO 1: The students will be able to understand

the regulatory requirements for herbal

remedies

and also, various guidelines like AYUSH and

WHO guidelines for the standardization.

CO 2: This subject enables the student to

understand about various adulterants used in

herbalproducts and modern analytic methods

used to determine adulterants in various

herbal

formulations.

CO 3: This subject describes about the

monograph of herbal drugs mentioned in IP,

BP, USP,Ayurvedic pharmacopoeia and

Herbal pharmacopoeia of Britain and

America.

CO 4: This subject also enables the students

about Herbal drug-drug interactions and

WHO andAYUSH guidelines for the

safetymonitoring of natural medicine.

CO 5: This subject enables the student to

understand the evaluation techniques for the

standardization of cosmetics containing

herbal ingredients.

Sl.

No.

Name of the

Program


1 M Pharm

Pharmaceutical

MPA301T

Research Methodology

and Biostatistics

CO 1: It will help to understand various

research designs and its applications

Analysis III

Semester

CO 2: It will help to learn regulations

regarding animal experiments and clinical

trials


ideas of biostatistics and its

application

CO 4: It helps to understand about the

literature sources and software useful for

research.

CO 5: It enables the students write the

research reporting and how to do the

publications including plagiarisms.

Sl.

No.

Name of the

Program


1 M Pharm

Pharmaceutical

Chemistry I

Semester

MPT 101T

Modern

Pharmaceutical






NMR, Mass spectrometer, IR, HPLC, GC etc.


know:








instruments

2 MPC 102T

Advanced Organic

Chemistry I

CO 1: To describe mechanisms for reactions

in organic chemistry, polymer chemistry and

biochemistry.

CO 2: To develop synthetic route for small

molecules.

CO 3: To apply the structure and theory to the

study of organic reaction mechanisms.

CO 4: To apply all the naming reactions in

multistep process in manufacturing of drugs

and drug intermediates special reactive

intermediates including carbenes, carbanions

and free radicals.

CO 5: Will be able to design and carry out

scientific experiments as well as accurately

record and analyze the results of such

experiments.

CO 6: The various catalysts used in organic

reactions

CO 7: The chemistry of heterocyclic

compounds

3 MPC 103T

Advanced Medicinal

Chemistry

CO 1: To design around the various market

approved drug molecules

CO 2: A detailed understanding of the

processes involved in the design, development

and discovery of medicinal compounds.

CO 3: Study on different biological targets

CO 4: To understand the mechanism of

action of drugs belonging to the classes of

Antihypertensive and Psychoactive.

CO 5: Anticonvulsant, H1/H2 receptor

antagonistic, COX1 & COX2 inhibiting,

adrenergic & cholinergic, antineoplastic and

antiviral agents.

CO 6: Various strategies to design and

develop new drug like molecules for

biological targets

CO 7: Peptidomimetics

4 MPC 104T

Chemistry of Natural

Products

CO 1: To attain detailed knowledge about

chemistry of medicinal compounds from

natural origin.

CO 2: To understand general methods of

structural elucidation of medicinally active

natural compounds.

CO 3: To attain knowledge regarding

isolation and purification of medicinal

compounds from natural origin.

CO 4: To characterize products by physical

and spectroscopic means including IR, NMR,

GC, and MS.

CO 5: To identify different types of natural

products, their occurrence, structure,

biosynthesis and properties & to know the use

of natural products as starting materials.

CO 6: The concept of rDNA technology tool

for new drug discovery

Sl.

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Name of the

Program


1 M Pharm

Pharmaceutical

Chemistry II

Semester

MPC 201T

Advanced Spectral

Analysis

CO 1: Characterization and quantification of

drugs. Instruments dealt are LC-MS, GC-MS,

ATR-IR, DSC etc.

CO 2: At completion of this course it is

expected that students will be able to

understand-

CO 3: Interpretation of the NMR, Mass and

IR spectra of various organic compounds

CO 4: Theoretical and practical skills of the

hyphenated instruments

CO 5: Identification of organic compounds.

2 MPC 202T

Advanced Organic

Chemistry II

CO 1: To utilize green chemistry concepts

and to be the effective substitute for

conventional chemistry.

CO 2: To apply all the catalysis in single &

multistep process in manufacturing of drugs

and drug intermediates

CO 3: To synthesize novel peptidomimetics

using peptide chemistry.

CO 4: Stereo-chemical features including

conformation and stereo electronic effects;

reaction dynamics, and photochemical

reactions

CO 5: To acquire knowledge in the field of

sonochemistry.

3 MPC 203T

Computer Aided Drug

Design

CO 1: To utilize various molecular modeling

software’s in the design of novel drug-like

molecules.

CO 2: To apply the various software’s for

physicochemical property prediction.


developed by using pharmacophores modeling

and docking technique.

CO 4: To study the role of CADD in drug

discovery and its various techniques.

CO 5: The in silicovirtual screening protocols.

4 MPC204T

Pharmaceutical

Process Chemistry

CO 1: To develop synthetic routes that is

safe, cost-effective, environmentally friendly,

and efficient.

CO 2: To impart knowledge on the

development and optimization of a synthetic

route/s & to create and carry out work up and

separation procedure.

CO 3: The pilot plant procedure for the

manufacture of Active Pharmaceutical

Ingredients and new chemical entities for the

drug development phase.

CO 4: To predict the outcome of organic

reactions using a basic understanding of the

general reactivity of functional groups and

mechanism.

CO 5: The principles and applications of

modern chemical instrumentation,

experimental design, and data analysis.

Sl.

No.

Name of the

Program


1 M Pharm

Pharmaceutical

MPC301T


and Biostatistics



Chemistry III

Semester



trials



application



research.




Sl.

No.

Name of the

Program


1 M Pharm

Pharmaceutics

I Semester

MPT101T

Modern

Pharmaceutical






NMR, Mass spectrometer, IR, HPLC, GC etc.


know:








instruments

2 MPH102T

Drug Delivery System

CO 1: Drug delivery system give a detailed

information transporting apharmaceutical

compound in the body as needed to safely

achieve its desired therapeutic effect.

CO 2: Also, it refers to

approaches,formulations, technologies, and

systems fortransporting a pharmaceutical

compound in the body as needed to

safelyachieve its desired therapeutic effect

with suitable drug delivery.

CO 3: Vaccine delivery and different mode

ofapplication approach for clinical

use.

CO 4: They know the different types of Drug

carrier used in the process of drugdelivery

which serves to improve the selectivity,

effectiveness, and/orsafety of drug

administration.

CO 5: The students will know the latest drug

delivery knowledge and think todevelop new

formulation based on the

individualRequirement & Recent

developments in protein and peptide for

parenteral delivery approaches will give new

dimension of drug deliver for antibiotics,

insulin, etc.

3 MPH103T

Modern Pharmaceutics

CO 1: The elements of pre formulation

studies.

CO 2: The Active Pharmaceutical Ingredients

and Generic drug Product development

CO 3: Industrial Management and GMP

Considerations.

CO 4: Optimization Techniques & Pilot Plant

Scale Up Techniques

CO 5: Stability Testing, sterilization process

& packaging of dosage forms.

4 MPH104T

Regulatory Affair

CO 1: The Concepts of innovator and generic

drugs, drug development process

CO 2: The Regulatory guidance’s and

guidelines for filing and approval process

CO 3: Preparation of Dossiers and their

submission to regulatory agencies in different

countries.

CO 4: Post approval regulatory requirements

for actives and drug products

CO 5: Submission of global documents in

CTD/ eCTD formats

CO 6: Clinical trials requirements for

approvals for conducting clinical trials

CO 7: Pharmacovigilance and process of

monitoring in clinical trials.

Sl.

No.

Name of the

Program


1 M Pharm

Pharmaceutics

II Semester

MPH 201T

Molecular

Pharmaceutics (Nano

CO 1: The various approaches for

development, formulation and evaluation

ofnovel drug delivery systems.

Tech and Targeted

DDS)

CO 2: The criteria for selection of drugs and

polymers for the development ofNTDS

CO 3: Design drug delivery systems for

targeting drugs to tumors and to thebrain

CO 4: Formulate aquasomes, niosomes,

phytosomes,

electrosomes,microspheres,microcapsules,

nanoparticles and liposomes for

variousapplications in drug targeting

CO 5: Develop strategies for improving nasal

absorption in the design of nasaldrug delivery

systems

2 MPH 202T

Advanced

Biopharmaceutics&

Pharmacokinetics

CO 1: The basic concepts in

biopharmaceutics and pharmacokinetics.

CO 2: The use raw data and derive the

pharmacokinetic models and parameters the

best describes the process of drug absorption,

distribution, metabolism and elimination.

CO 3: The critical evaluation of

biopharmaceutical studies involving drug

product equivalency.

CO 4: The design and evaluation of dosage

regimens of the drugs using pharmacokinetic

and biopharmaceutical parameters.

CO 5: The potential clinical pharmacokinetic

problems and application of basics of

pharmacokinetics

3 MPH 203T

Computer Aided Drug

Delivery System

CO 1: History of Computers in

Pharmaceutical Research and Development

CO 2: Computational Modeling of Drug

Disposition

CO 3: Computers in Preclinical Development

CO 4: Optimization Techniques in

Pharmaceutical Formulation

CO 5: Computers in Market Analysis

CO 6: Computers in Clinical Development

CO 7: Artificial Intelligence (AI) and

Robotics

CO 8: Computational fluid dynamics (CFD)

4 MPH 204T

Cosmetic and

Cosmeceuticals

CO 1: Key ingredients used in cosmetics and

cosmeceuticals.

CO 2: Key building blocks for various

formulations.

CO 3: Various key ingredients and basic

science to develop cosmetics &cosmeceuticals

CO 4: Scientific knowledge to develop

cosmetics and with desired Safety,stability,

and efficacy.

CO 5: Current technologies in the market

Sl.

No.

Name of the

Program


1 M Pharm

Pharmaceutics

III Semester

MPH301T


and Biostatistics





trials



application



research.




Sl.

No

Name of

the

Program

Name of the

Course

Course Outcome

1 M Pharm

Pharmacy

Practice I

Semester

MPP101T

Clinical Pharmacy

Practice

CO 1: Understand the elements of pharmaceutical care

and providecomprehensive patient care services.

CO 2:

Interpretthelaboratoryresultstoaidtheclinicaldiagnosiso

fvariousdisorders

CO 3: Provide integrated, critically analyzed medicine

information

CO 4: Provide integrated, critically analyzed poison

information

CO 5: To enable health care professionals in the efficient

patientmanagement

2 MPP102T

Pharmacotherapeuti

cs I

CO 1: Describe and explain the rationale for drug

therapy

CO 2: Summarize the therapeutic approach for

management of various disease conditions including

reference to the latest available evidence

CO 3: Discusstheclinicalcontroversiesindrugtherapyan

devidencebasedmedicine

CO 4: Prepare individualized therapeutic plans based

on diagnosis

CO 5: Identify the patient specific parameters relevant

in initiating drug therapy, and monitoring therapy

(including alternatives,time-course of clinical and

laboratory).

3 MPP103T

Hospital

&Community

Pharmacy

CO 1: Understand the organizational structure of the

hospital pharmacy

CO 2: drug policies of hospital pharmacy

CO 3: Know about procurement in hospital

CO 4: Drug distribution practices in Hospital

CO 5: Know the admixture of radio pharmaceuticals

CO 6: Understand the community pharmacy

management & its value-added services

4 MPP104T

Clinical Research

Upon completion of the course, the student shall be

able to –

CO 1: Know the new drug development process.

CO 2: Understand the regulatory and ethical

requirements

CO 3: Appreciate and conduct the clinical trials

activities

CO 4: Know safety monitoring and reporting in

clinical trials

CO 5: Manage the trial coordination process

Sl

.

N

o.

Name of the

Program

Name of the

Course

Course Outcome

1 M Pharm

Pharmacy

Practice II

Semester

MPP201T

Principles of

Quality Use of

Medicines

CO 1: Understand the principles of quality use of

medicines

CO 2: Know the benefits and risks associated with

uses of medicines

CO 3: Identify and resolve medication related

problems

CO 4: Promote quality use of medicines

CO 5: Understand regulatory aspects of quality use

of medicines

CO 6: Practice evidence-basedmedicines

2 MPP202T

Pharmacotherapeuti

cs II

CO 1: Describe and explain the rationale for drug

therapy

CO 2: Summarize the therapeutic approach for

management of various disease conditions including

reference to the latest available evidence

CO 3: Discusstheclinicalcontroversiesindrugtherapy

andevidencebasedmedicine

CO 4: Prepare individualized therapeutic plans

based on diagnosis

CO 5: Identify the patient specific parameters

relevant in initiating drug therapy, and monitoring

therapy (including alternatives, time-course of

clinical and laboratory).

3 MPP203T

Clinical

Pharmacokinetics

and Therapeutic

Drug Monitoring

CO 1: Design the drug dosage regimen for

individual patients

CO 2: Interpret and correlate the plasma drug

concentrations with patients' therapeutic

outcomes

CO 3: Recommend dosage adjustment for patients

with renal/hepatic impairment

CO 4: Recommend dosage adjustment for pediatrics

and geriatrics

CO 5: Manage pharmacokinetic drug interactions

CO 6: Applypharmacokineticparametersinclinicalse

ttings

CO 7:

Interprettheimpactofgeneticpolymorphismsofindivid

ualsonpharmacokinetics

andorpharmacodynamicsofdrugs

CO 8: Do pharmacokinetic modeling for the given

data using the principles of 15 pharmacometrics

4 MPP204T

Pharmacoepidemiol

ogy&Pharmacoeco

nomics

Upon completion of the course, the student shall be

able to –

CO 1: Understand the fundamental principles of

Pharmacoeconomics, various epidemiological

methods & their applications.

CO 2: Understand the fundamental principles of

Pharmacoeconomics

CO 3: Identify & determine relevant cost &

consequences associated with pharmacy products

&services.

CO 4: PerformthekeyPharmacoeconomicanalysismeth

ods

CO 5: UnderstandthePharmacoeconomicdecisionanaly

sismethodsanditsapplications.

CO 6: DescribecurrentPharmacoeconomicmethodsandi

ssues.

CO 7: UnderstandtheapplicationsofPharmacoeconomic

stovariouspharmacysettings.

Sl.

No.

Name of the

Program


1 M Pharm

Pharmacy

practice III

Semester

MPP301T


and Biostatistics





trials



application



research.




COURSE OUTCOME Sl. Name of the Course Outcome

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