Pharmaceutics
The Department of Pharmaceutics is a postgraduate academic and research department committed to advanced education and innovation in drug delivery systems, formulation development, and pharmaceutical technology. The department focuses on the design, development, evaluation, and optimization of pharmaceutical dosage forms to ensure safety, efficacy, stability, and patient compliance.
The department provides in-depth knowledge and practical exposure in pre-formulation studies, novel drug delivery systems (NDDS), biopharmaceutics, pharmacokinetics, industrial pharmacy, pharmaceutical validation, quality assurance, and regulatory requirements. Students are trained through laboratory experimentation, research projects, seminars, journal clubs, and industrial interactions.
The department encourages research activities in conventional and advanced formulations such as controlled release systems, nano-formulations, targeted drug delivery, and herbal formulations. It also promotes industry-oriented skills, entrepreneurship, and regulatory documentation practices to prepare graduates for pharmaceutical industries, research organizations, regulatory agencies, and academia.
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Vision
To develop competent pharmaceutical professionals and researchers in pharmaceutics capable of designing innovative drug delivery systems for improving therapeutic outcomes and healthcare quality.
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Mission
• M1: To impart advanced knowledge in formulation development, pharmaceutical technology, and drug delivery systems.
• M2: To promote research, innovation, and problem-solving skills in pharmaceutical product development.
• M3: To train students in quality assurance, regulatory compliance, and industrial pharmacy practices.
• M4: To encourage ethical practices, lifelong learning, and professional excellence in pharmaceutical sciences.
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Program Educational Objectives (PEOs)
Postgraduates of M.Pharmacy (Pharmaceutics) will:
PEO 1: Apply advanced pharmaceutics knowledge in formulation development and optimization of dosage forms.
PEO 2: Work effectively in pharmaceutical industries, research organizations, regulatory agencies, and academia.
PEO 3: Conduct independent research and contribute to innovation in drug delivery and pharmaceutical technology.
PEO 4: Demonstrate professional ethics, leadership qualities, and communication skills.
PEO 5: Pursue higher education, lifelong learning, and professional development.
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Program Outcomes (POs)
After completion of M.Pharmacy (Pharmaceutics), graduates will be able to:
PO1 – Advanced Pharmaceutical Knowledge: Apply advanced concepts of pharmaceutics, biopharmaceutics, and pharmacokinetics in drug delivery system design.
PO2 – Research Skills: Plan, design, and conduct research experiments and analyze data scientifically.
PO3 – Formulation Development: Develop and evaluate conventional and novel dosage forms including controlled release and targeted delivery systems.
PO4 – Modern Tools Usage: Utilize advanced analytical instruments, software, and statistical tools in formulation and research work.
PO5 – Industrial & Regulatory Practices: Understand cGMP, GLP, validation, scale-up, technology transfer, and regulatory documentation.
PO6 – Problem Solving: Identify formulation problems and implement scientific and technical solutions.
PO7 – Professional Ethics: Practice professional and ethical responsibilities in pharmaceutical research and manufacturing.
PO8 – Communication Skills: Communicate technical information effectively through reports, presentations, publications, and documentation.
PO9 – Teamwork & Leadership: Work effectively as a team member and leader in multidisciplinary environments.
PO10 – Lifelong Learning: Engage in continuous professional development, research, and higher education.
PO11 – Pharmaceutical Entrepreneurship: Apply knowledge for innovation, startups, and pharmaceutical product development.
PO12 – Quality Assurance & Safety: Ensure quality, safety, and stability of pharmaceutical products following regulatory and environmental guidelines.
The department provides in-depth knowledge and practical exposure in pre-formulation studies, novel drug delivery systems (NDDS), biopharmaceutics, pharmacokinetics, industrial pharmacy, pharmaceutical validation, quality assurance, and regulatory requirements. Students are trained through laboratory experimentation, research projects, seminars, journal clubs, and industrial interactions.
The department encourages research activities in conventional and advanced formulations such as controlled release systems, nano-formulations, targeted drug delivery, and herbal formulations. It also promotes industry-oriented skills, entrepreneurship, and regulatory documentation practices to prepare graduates for pharmaceutical industries, research organizations, regulatory agencies, and academia.
________________________________________
Vision
To develop competent pharmaceutical professionals and researchers in pharmaceutics capable of designing innovative drug delivery systems for improving therapeutic outcomes and healthcare quality.
________________________________________
Mission
• M1: To impart advanced knowledge in formulation development, pharmaceutical technology, and drug delivery systems.
• M2: To promote research, innovation, and problem-solving skills in pharmaceutical product development.
• M3: To train students in quality assurance, regulatory compliance, and industrial pharmacy practices.
• M4: To encourage ethical practices, lifelong learning, and professional excellence in pharmaceutical sciences.
________________________________________
Program Educational Objectives (PEOs)
Postgraduates of M.Pharmacy (Pharmaceutics) will:
PEO 1: Apply advanced pharmaceutics knowledge in formulation development and optimization of dosage forms.
PEO 2: Work effectively in pharmaceutical industries, research organizations, regulatory agencies, and academia.
PEO 3: Conduct independent research and contribute to innovation in drug delivery and pharmaceutical technology.
PEO 4: Demonstrate professional ethics, leadership qualities, and communication skills.
PEO 5: Pursue higher education, lifelong learning, and professional development.
________________________________________
Program Outcomes (POs)
After completion of M.Pharmacy (Pharmaceutics), graduates will be able to:
PO1 – Advanced Pharmaceutical Knowledge: Apply advanced concepts of pharmaceutics, biopharmaceutics, and pharmacokinetics in drug delivery system design.
PO2 – Research Skills: Plan, design, and conduct research experiments and analyze data scientifically.
PO3 – Formulation Development: Develop and evaluate conventional and novel dosage forms including controlled release and targeted delivery systems.
PO4 – Modern Tools Usage: Utilize advanced analytical instruments, software, and statistical tools in formulation and research work.
PO5 – Industrial & Regulatory Practices: Understand cGMP, GLP, validation, scale-up, technology transfer, and regulatory documentation.
PO6 – Problem Solving: Identify formulation problems and implement scientific and technical solutions.
PO7 – Professional Ethics: Practice professional and ethical responsibilities in pharmaceutical research and manufacturing.
PO8 – Communication Skills: Communicate technical information effectively through reports, presentations, publications, and documentation.
PO9 – Teamwork & Leadership: Work effectively as a team member and leader in multidisciplinary environments.
PO10 – Lifelong Learning: Engage in continuous professional development, research, and higher education.
PO11 – Pharmaceutical Entrepreneurship: Apply knowledge for innovation, startups, and pharmaceutical product development.
PO12 – Quality Assurance & Safety: Ensure quality, safety, and stability of pharmaceutical products following regulatory and environmental guidelines.