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Pharmacy

The faculty embraces 9 departments

Analytical Chemistry, Biochemistry, Clinical Pharmacy, Microbiology and Immunology, Organic Chemistry , Pharmaceutical Chemistry, Pharmaceutics and Industrial Pharmacy, Pharmacognosy and Pharmacology and Toxicology. In addition to English Language, Computer Science, Mathematics and Research courses.

Analytical Chemistry Department

Analytical Chemistry Department is devoted to providing the students with the basic concepts of analysis including the study of separation, identification and quantification of the chemical components of natural and artificial materials. The offered courses by the department; introduce the students to the traditional separation methods for mixtures of anions and cations, quantitative titrimetric methods for analysis of different analytes in addition to modern techniques and instrumentation used in extraction, separation and quantification of target compounds. The courses also focus to supply the students with the skills to apply these techniques in the fields of forensics, environmental and food analysis.

Biochemistry Department offers a comprehensive curriculum designed to provide students with a strong foundation in the chemical and molecular basis of biological systems. Core courses such as Biochemistry I, Biochemistry II, and Clinical Biochemistry equip students with essential knowledge about the chemical constituents of biological fluids in health and disease, metabolic processes in the human body, and the interpretation of biochemical results for accurate diagnosis.

In response to the era of personalized medicine, the department has integrated key biomedical courses—Fundamentals of Cell Biology, Fundamentals of Molecular Genetics, and Cell & Pharmacogen Therapy—into the core program. These courses introduce students to advanced molecular tools for disease discovery, early detection, and innovative next-generation therapeutic strategies.

To further prepare graduates for emerging career opportunities, the department offers a variety of advanced elective courses, including Clinical Nutrition, Pharmacogenomics, Proteomics, Stem Cell and Regenerative Medicine. These electives are designed to equip students with cutting-edge technologies and skills aligned with the latest trends in biomedical research and healthcare innovation.

Clinical Pharmacy Department is dedicated to advancing patient-centered care, preparing future pharmacists with the knowledge and skills required to optimize medication therapy and improve health outcomes across diverse clinical settings.

Core courses such as Clinical Pharmacy, Community Pharmacy Practice, and Hospital Pharmacy provide students with essential knowledge and practical skills to optimize medication therapy and improve health outcomes and healthcare. Recognizing the growing importance of evidence-based medicine and personalized care, the department offers specialized courses including Therapeutics I (covering oncology, pediatric and geriatric diseases, and women’s health), Therapeutics II (focused on CNS disorders, hepatic and renal diseases), and Clinical Pharmacokinetics into the program. These courses equip students to manage complex clinical cases and tailor treatment plans to individual patient needs.

Moreover, our program is exceptional by the unique integration of Pharmacovigilance and Epidemiology, and Pharmacoeconomics as core courses to ensure graduates can evaluate drug safety, monitor population health, and assess cost-effectiveness in healthcare delivery. These courses are pivotal in shaping the emerging roles of clinical pharmacists, empowering them to lead in evidence-based decision making, optimizing therapeutic outcomes, and contribute to sustainable healthcare systems. Clinical Pharmacy courses are distinguished by real-world clinical exposure through hospital visits and rotations. These experiences allow students to apply theoretical knowledge in live patient care settings, and interprofessional collaboration.

Microbiology and Immunology Department offers a comprehensive curriculum, spanning foundational principles to advanced applications essential for the modern pharmaceutical professional. The undergraduate program builds expertise starting with General Microbiology and Microbial Genetics, which covers microbial fundamentals and the molecular mechanisms. This knowledge is then applied in Medical Microbiology (focusing on pathogenesis, diagnosis, and antimicrobial therapy) and in Pharmaceutical Microbiology (covering antimicrobial agents, sterilization, quality control, and testing). Complementing these are Immunology and Vaccinology, which provide detailed knowledge of the immune system and immunological disorders . The curriculum is strengthened by modern, applied courses like Bioinformatics, which uses computational tools for genomic analysis, Pharmaceutical Biotechnology, which covers the use of microbes to produce therapeutic biologics and microbial modifications by genetic engineering, and Public Health, which prepares graduates for disease prevention and population-level health interventions. Furthermore, the department extends its commitment to advanced knowledge by offering Postgraduate Studies (M.Sc. in Microbiology and immunology), preparing specialized graduates for research, academic, and high-level industrial careers.

Organic Chemistry Department aims to produce graduates who are highly sought after in today’s dynamic and evolving pharmaceutical and scientific fields. The department provides students with a strong foundation in organic chemistry modules, covering the fundamentals of synthesis, drug manufacture, and the practical use of organic compounds.

The Department of Organic Chemistry is the first gate to the pharmacy curriculum, providing strong support for students as they transition into more advanced courses. The department offer core modules such as Pharmaceutical Organic Chemistry 1, Pharmaceutical Organic Chemistry 2, and Pharmaceutical Organic Chemistry 3, which pave the way for higher-level studies in pharmaceutical chemistry, biochemistry, and phytochemistry.

In addition to the core modules, the department offers an advanced course focused on contemporary and impactful topics such as Sustainable Development Goals (SDGs) and carbon footprint reduction. This advanced course also includes applications of spectroscopic techniques used in quality control and quality assurance, preparing students for real-world analytical challenges.

Moreover, the Department of Organic Chemistry supports students through graduation projects that offer direct involvement in research, fostering core values of scientific literacy, integrity, and collaboration. Through these comprehensive learning experiences, graduates from the department are not only well-versed in organic chemistry but also equipped to contribute meaningfully to the scientific community and the broader world.

Pharmaceutical Chemistry Department aims to graduate professionals who are highly competent in the discipline and capable of upholding the highest standards within the continually advancing field of pharmaceutical practice. The curriculum provides students with in-depth exposure to the chemistry of diverse pharmaceutical drug classes, enabling them to understand and rationalize variations in biological activity through comprehensive structure–activity relationship (SAR) studies. Students are further introduced to the fundamental principles and contemporary methodologies of drug design, discovery, and lead optimization. In addition, the program equips students with the essential techniques and analytical methods required for the synthesis, characterization, and evaluation of pharmaceutical compounds.

Pharmaceutics and Industrial Pharmacy Department at the Faculty of Pharmacy, MSA University offers advanced, forward-looking courses designed to prepare students for the rapidly evolving pharmaceutical field. In addition to the traditional dosage forms, our courses emphasize the design, development, and evaluation of innovative delivery systems, integrating the latest advances in biological products, nanotechnology-based drug and gene delivery, personalized medicine, and targeted therapy. These courses enable students to understand how drugs can be precisely delivered to specific cells or tissues to maximize efficacy and minimize toxicity. The department offers a specialized course that incorporates the application of Artificial Intelligence (AI) in drug delivery design, formulation prediction, optimization, and performance evaluation— equipping students with essential computational skills for next-generation pharmaceutical development. In addition, the department offers a comprehensive course in the science and art of cosmetics design, formulation, manufacturing, and marketing, all taught in alignment with international Good Manufacturing Practice (GMP) standards. Students gain practical experience in developing safe, effective, and high-quality pharmaceuticals and cosmetic products while understanding global industrial and regulatory requirements. Complementing these pillars, the curriculum covers essential disciplines such as physical pharmacy, biopharmaceutics, pharmacokinetics, and industrial pharmacy, giving students a solid understanding of drug behavior in the body, manufacturing processes, and quality control.

Pharmacognosy Department provides students with a comprehensive and scientifically grounded understanding of natural products chemistry, biology, and their therapeutic and industrial applications. The curriculum is designed to equip future pharmacists and researchers with the skills needed to explore, analyze, and innovate within the field of natural bioactive compounds.

Students gain in-depth knowledge of the chemistry, biosynthesis, and biological effects of plant-, and marine-derived natural products, supported by extensive laboratory training in extraction, isolation, structural elucidation, and bioactivity evaluation. The department also emphasizes the modern applications of natural products in cosmeceuticals, preparing students to formulate, assess, and optimize natural ingredients used in skincare, haircare, and personal-care products.

Pharmacology and Toxicology Department integrates innovative, evidence-based strategies to communicate the evolving state of knowledge in drug and chemical interactions with biological systems. Its varied courses span foundational and advanced domains—from elucidating subcellular and molecular mechanisms of chemical action to evaluating the health and environmental hazards of pesticides, herbicides, industrial agents, and emerging contaminants. The curriculum also emphasizes contemporary therapeutic sciences, explore drug–receptor interactions and dissect cellular signaling pathways.

Reflecting global advances and educational modernization, the department has incorporated updated course materials, emerging technologies, and current regulatory and safety frameworks across all levels of training. Practical and research-based components now integrate high-resolution imaging, toxicology, neuropharmacology, systems biology, and ethical research conduct aligned with international standards.

To support advanced scholarly and professional development, the department has launched an updated Postgraduate Program in Pharmacology and Toxicology, offering MSc designed to cultivate expertise in experimental research, mechanistic toxicology, drug development, preclinical evaluation, and evidence-based therapeutic innovation. This program equips graduates with the analytical, technical, and leadership competencies needed for careers in academia, the pharmaceutical industry, regulatory agencies, healthcare administration, and research institutions.

The department remains committed to delivering outstanding scientific training and mentorship, preparing students to contribute meaningfully to advancing drug discovery, improving public health, and shaping the future of pharmacological and toxicological sciences.