School of Pharmacy

B.Pharma (Bachelor of Pharmacy) is a 4-year undergraduate curriculum that provides students with a comprehensive understanding of pharmaceutical science. The curriculum includes courses such as medicinal chemistry, pharmacology, pharmaceutics, and pharmacognosy. Students study drug formulation, quality control, and pharmaceutical management. This degree prepares students for positions in pharmaceutical research, production, quality assurance, and clinical pharmacy. B.Pharma also serves as a basis for further education in pharmacy and related professions.

D.Pharma (Diploma in Pharmacy) is a 2-year undergraduate degree that gives basic knowledge of pharmaceutical sciences. It includes areas such as pharmacology, pharmaceutics, and medicinal chemistry. Students will learn about drug formulation, dispensing, and pharmacy management. The course includes practical training in laboratories and hospitals. Graduates can work as pharmacists in retail or hospitals, or continue their education in pharmacy. This diploma provides an entry-level qualification for those interested in the pharmaceutical and healthcare industries.

M.Pharma. in Pharmaceutics is a 2-year postgraduate degree program developed for pharmacy graduates looking to expand their knowledge of drug formulation, development, and delivery methods. The curriculum includes topics including pharmaceutical technology, biopharmaceutics, pharmacokinetics, medication stability, and quality control. This curriculum trains graduates to work in pharmaceutical research and development, drug manufacturing, quality assurance, and regulatory affairs. Graduates get career opportunities to work in pharmaceutical businesses, or research institutions, or pursue advanced academic studies such as a Ph.D. The course provides students with the ability to innovate in medication delivery techniques and contribute to advances in pharmaceutical science.

Doctor of Pharmacy (Pharm.D.) is a 4-year professional doctorate program that trains students to work as licensed pharmacists. The program includes advanced courses in pharmaceutical sciences, pharmacology, pharmacotherapy, and clinical practice. Pharm.D. students acquire significant practical knowledge through internships and rotations in various healthcare settings. The curriculum terminates with the completion of a capstone project demonstrating the student's ability to apply their knowledge to real-world challenges. Graduates of Pharm.D. programs are prepared to deliver patient-centered care, manage pharmaceutical therapy, educate patients and healthcare professionals, and promote the pharmacy profession. The Pharm.D. degree is the necessary credential for practicing pharmacists in the United States.

B.Pharma. Lateral Entry is a program that allows diploma holders in pharmacy to directly enter the 2nd year of a Bachelor of Pharmacy (B.Pharma.) degree. This pathway typically reduces the overall duration of the B.Pharma. program from 3-4 years for eligible candidates. Lateral entry students join regular B.Pharma. students in their 2nd year and complete the remaining 3 years of the course. The curriculum covers advanced pharmaceutical sciences, pharmacology, medicinal chemistry, and practical training. Admission is usually based on merit in the diploma program or through entrance exams conducted by universities or pharmacy councils. This option provides an accelerated route for diploma holders to upgrade their qualifications and enhance their career prospects in the pharmaceutical industry.

M.Pharma. in Pharmaceutical Chemistry is a postgraduate program typically spanning 2 years, designed for pharmacy graduates seeking advanced knowledge in drug design, synthesis, and analysis. The curriculum encompasses subjects like medicinal chemistry, drug metabolism, analytical techniques, and pharmaceutical research methodologies. Students engage in laboratory work, and research projects, and often complete a dissertation. This program equips graduates with skills for careers in pharmaceutical research, drug development, quality control, and academia. Coursework may include advanced organic chemistry, spectroscopy, pharmacokinetics, and drug discovery processes. Graduates are well-prepared for roles in pharmaceutical companies, research institutions, or pursuing further academic studies like Ph.D. programs in related fields.