M. Pharma (Pharmacology)

Program Overview

The M. Pharma (Pharmacology) program at Quantum University is built to train students in the scientific and clinical evaluation of drugs. Through both preclinical and clinical learning modules, students develop a comprehensive understanding of pharmacodynamics, pharmacokinetics, toxicology, and therapeutic interventions.

With state-of-the-art laboratories and access to advanced instrumentation, students are prepared for both academic and industry research roles. The program also focuses on developing ethical and evidence-based practices in drug usage and patient care.

Graduates from this program are well-equipped to contribute to drug development, safety monitoring, biomedical research, and healthcare policy, and are eligible for rewarding roles across various domains in the pharmaceutical and healthcare industries.

Program Structure

At Quantum School of Health Sciences, our two-year M. Pharm. in Pharmacology program is designed to transform pharmacy graduates into skilled pharmacologists and researchers. We've crafted a curriculum that balances deep theoretical knowledge with hands-on practical experience, all while following PCI's ER 2016 guidelines to ensure you receive the best possible education in this specialized field.

The program is structured around four key pillars that make up its 96-credit framework. First, our core subjects form the foundation, covering everything from advanced pharmacological concepts to drug safety evaluation. You'll dive into subjects like Clinical Pharmacology and Pharmacotherapeutics, where you'll learn how drugs interact with the human body, and Molecular Pharmacology, which explores cutting-edge developments in drug action at the cellular level.

We understand that every student has unique interests, which is why we offer specialized electives in areas like Neuropharmacology or Cancer Pharmacology. These allow you to tailor your education to match your career aspirations, whether that's in research, clinical practice, or the pharmaceutical industry.

What truly sets our program apart is the emphasis on practical application. You'll spend significant time in our advanced laboratories, working with animal models and conducting in-vitro studies that mirror real-world research scenarios. The highlight for many students is the dissertation project in the second year, where you'll have the opportunity to contribute original research to the field, often with publication possibilities.

Teaching & Assessment

We believe learning should be engaging, interactive, and directly applicable to your future career. That's why our teaching methods go beyond traditional lectures to create a dynamic learning environment. Our faculty - a mix of experienced academics and industry professionals - use case-based learning to bring theoretical concepts to life.

The program makes extensive use of our state-of-the-art laboratory facilities, where you'll master advanced techniques like receptor binding assays and ELISA testing. These aren't just classroom exercises - they're the same techniques used in pharmaceutical research labs worldwide. We also maintain strong industry connections, organizing visits to research organizations and pharmaceutical companies so you can see how these principles are applied in professional settings.

Assessment in our program is designed to be comprehensive and fair, evaluating both your knowledge and practical skills. While traditional exams test your understanding of pharmacological concepts, continuous assessments through case study analyses and seminar presentations ensure The dissertation component allows you to demonstrate your research capabilities, with evaluation based on both your written thesis and oral defence.

This balanced approach to teaching and assessment ensures that when you graduate, you'll be fully prepared for diverse career paths in drug development, clinical research, or academic pursuits, with both the knowledge and practical skills to excel in the field of pharmacology.