Pharmaceutics

The Yenepoya Pharmacy College & Research Centre, A constituent college of Yenepoya (Deemed to be University) was first established in the year 2017 offering the programs B. Pharm and D. Pharm, approved by PCI, Government of Karnataka and University Grants Commission. The Department of Pharmaceutics at YPCRC is committed to excel in academia and R & D supervised by experienced, competent and dedicated faculty. The department is equipped with state of art laboratories and all the instruments as prescribed by Pharmacy Council of India. The department offers M. Pharm & Ph. D degree programs. M. Pharm was started in the year 2022-23. The department aims to strengthen the Research & Development and establish extensive collaborations.

VISION

The department of pharmaceutics is committed to be globally recognized as the Centre of excellence by providing outcome-based education and research with the state of art infrastructure

MISSION

Mission-I: To ensure all the students acquire knowledge, skills, conduct research in varied disciplines of pharmaceutics to improve drug delivery and their overall development.

Mission II: To acquire collaborations with pharmaceutical industries, universities and research centers.

Mission III: To prepare professionals with ethics to suit with the need of the pharmaceutical industry and academia.

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Meet our Experts

Dr. Ayesha Sultana

Associate Professor & HOD
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Dr. Mohammed Gulzar Ahmed

Principal and Dean
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Mrs. Alima Misiriya

Assistant Professor
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Mrs. Prajitha Biju

Assistant Professor – Stage 2
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Ms. Soumya

Assistant Professor Stage 1
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Mrs. Sandhya V

Assistant Professor – Stage 2
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Mr. Sourav Mohanto

Assistant Professor – Stage 1
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Ms. Adrija Bhunia

Assistant Professor – Stage 1
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RESEARCH THRUST AREA OF THE DEPARTMENT

  • Nanotechnology
  • Novel drug delivery systems
  • Polymer Science and Technology
  • Formulation Development and Characterization
  • Extraction, Isolation of Naturally derived plant Biomaterials
  • Computer Aided Drug Development

Quality Policy

The department shall strive to become an institution of excellence in the field of pharmacy with a thrust to develop highly skilled professionals to cater the needs of the profession and society.

Course Outcome And Program Outcome

COURSE OUTCOMES

Year & Semester: I / I Subject & code: MPAT/MPH 101T
Course Outcome Description Bloom’s Taxonomy Level
CO1 Explain the theoretical principles, instrumentation & application of UV and IR spectroscopy. fluorimeter, flame photometer. Level 2 & 4
CO2 Understand & Apply basic principles and instrumentation of H1 NMR, C13 NMR & Mass Level 2 & 4
CO3 Understand basic principles involved in TLC, column chromatography and paper chromatography Level 2
CO4 Remember & understand: Theory & instrumentation of, GC, HPLC, gel chromatography, ion exchange chromatography and affinity chromatography. Level 1 & 2
CO5 Explain Instrumentation, separation and of compounds by electrophoresis technique & natural products separation by various chromatographic techniques Level 2
CO6 Understand & Apply: X-ray refraction and diffraction methods Level 3
Year & Semester: I / I Subject & code: DDS/MPH 102T
Course Outcome Description Bloom’s Taxonomy level
CO1 Select drugs as suitable candidates for various novel drug delivery systems based on their physicochemical properties. Level 2
CO2 Select polymers, retardants, and other additives based on the requirement and desired characteristics of the drug delivery. Level 2 & 3
CO3 Formulate and design controlled release and sustained-release drugs, protein drugs, and vaccine delivery systems Level 4
CO4 Evaluate drug delivery system for Physicochemical characteristics, in vitro and in vivo drug release Level 5
CO5 Conduct stability studies for dosage forms as per prescribed guidelines Level 5
CO6 Describe the concepts of personalized medicines and telepharmacy in the optimization of therapy in patients Level 1 & 6
Year & Semester: I / I Subject & code: Modern Pharmaceutics/ MPH 103 T
Course Outcome Description Bloom’s Taxonomy level
CO1 Students will be able to remember the concept and importance of preformulation studies, large volume and small volume parenterals. Level 1
CO2 Students will be able to understand the theories of pharmaceutical dispersions, concept of optimization process and their applications in pharmaceutical industries. Level 2
CO3 Students will apply the statistical design in the development of different formulations. Level 3
CO4 Students will be able to analyze the validation process for different dosage forms, ICH and WHO guidelines for calibration and validation of equipment. Level 4
CO5 Students will be able to evaluate the GMP and cGMP considerations involved in pharmaceutical industries. Level 5
CO6 Students will be able to learn and create inventory management and control. Level 6
Year & Semester: I / I Subject & code: Regulatory affairs /MPH 104T
Course Outcome Description Bloom’s Taxonomy Level
CO1 Students will be able to remember the CFR and ICH guidelines for Q S E M. Level 1
CO2 Students will be able to understand the concept of innovator, generic drug and documentation requirements. Level 2
CO3 Students will apply the guidelines of SUPAC and principles involved in outsourcing of BA & BE to CRO. Level 3
CO4 Students will be able to analyze the pharmacovigilance and its process in monitoring the clinical trials. Level 4
CO5 Students will be able to evaluate the regulatory guidelines for filing the approval process. Level 5
CO6 Students will be able to learn and create the dossiers and their submissions to regulatory agency. Level 6
Year & Semester: I / II SSubject & code: Molecular Pharmaceutics/MPH 201T
Course Outcome Description Bloom’s Taxonomy Level
CO1 Students will be able to remember the concept of designing drug delivery systems for targeting drugs to tumours and to the brain. Level 1
CO2 Students will be able to understand how to select drugs, polymers in designing microspheres/ microcapsules. Level 2
CO3 Students will apply the strategies for improving nasal absorption in the design of nasal drug delivery systems. Level 3
CO4 Students will be able to analyze how to optimize pulmonary delivery by designing suitable aerosols, nebulizers and dry powder inhalers. Level 4
CO5 Students will be able to evaluate how to formulate aquasomes, niosomes, phytosomes and electrosomes for various applications in drug targeting. Level 5
CO6 Students will be able to learn and create to apply gene therapy in the treatment of cancer and inherited diseases. Level 6
Year & Semester: I / II Subject & code: Advanced BPPK/ MPH 202 T
Course Outcome Description Bloom’s Taxonomy level
CO1 Explain mechanism of drug absorption & various factors affecting drug absorption. Level 2
CO2 Learn various biopharmaceutic factors affecting drug bioavailability Level 1
CO3 Learn various method of dissolution testing. In vitro–in vivo correlation dissolution data. Level 1 & 4
CO4 Understand basic considerations of pharmacokinetic models. Level 1
CO5 Understand different compartment model and non-compartment model. Level 1 & 2
CO6 Explain the design and evaluation of dosage regimens of the drugs using pharmacokinetic and biopharmaceutic parameters. Level 5 & 6
Year & Semester: I / II Subject & code: CADD /MPH 203T
Course Outcome Description Bloom’s Taxonomy level
CO1 Students will be able to remember the ICH Q8 guidelines. Level 1
CO2 Students will be able to understand the statistical modelling in pharmaceutical research and development. Level 2
CO3 Students will apply the concepts of optimization and optimization parameters in formulation development. Level 3
CO4 Students will be able to analyze the In vitro dissolution and in vivo correlation. Level 4
CO5 Students will be able to evaluate the computer simulations in pharmacokinetics and pharmacodynamics. Level 5
CO6 Students will be able to learn and create the Factorial design for formulations. Level 6
Year & Semester: I / II Subject & code: Cosmetics & Cosmeceuticals /MPH 204T
Course Outcome Description Bloom’s Taxonomy level
CO1 Students will be able to remember the definition of cosmetic products as per Indian regulation and Indian regulatory requirements for cosmetics. Level 1
CO2 Students will be able to understand the Common problems associated with oral cavity and skin. Level 2
CO3 Students will apply the concepts of building blocks for different product formulations of cosmetics/cosmeceuticals. Level 3
CO4 Students will be able to analyze the challenges in formulating herbal cosmetics. Level 4
CO5 Students will be able to evaluate the factors affecting microbial preservative efficacy. Level 5
CO6 Students will be able to learn and create design and formulations of cosmetics, cosmeceuticals and herbal cosmetics. Level 6

PROGRAMME OUTCOMES

  • PO 1: Apply knowledge and skills in filing or documentation or registering of drug proucts in different countries as per the guidelines.
  • PO 2: To understand the use of different softwares and modern tools to analyze and solve the problems.
  • PO 3: Able to understand the theoretical and practical analytical skills of instruments
  • PO 4: To develop the formulation and evaluate the novel drug delivery systems.
  • PO 5: Understand the stability testing, optimization and pilot plant scale up techniques.
  • PO 6: To know the role of computers in market analysis and clinical development
  • PO 7: Ability to work in a multidiscipinary environment in research, academia and pharmaceutical industry.
  • PO 8: To develop cosmetics and cosmeceuticals with desired safety and efficacy.
  • PO 9: Able to design and evaluate dosage regimens of using pharmacokinetic and biopharmaceutics parameters.
  • PO 10: To understand basic research methodology to carry out the research work.

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Admission 2023