Master of Science in Pharmacology Program

The Master’s Program in Pharmacology aims to prepare scientifically and research-qualified professionals with advanced knowledge of drug properties, mechanisms of action, pharmacokinetics, toxicity, and clinical applications. The program contributes to strengthening scientific research and promoting the rational use of medicines in accordance with internationally recognized standards, such as the guidelines of the World Health Organization (WHO).

The program is a research-oriented postgraduate program that focuses on developing skills in scientific analysis and critical thinking. It equips students with the ability to design and conduct preclinical and clinical pharmacological studies, and to actively contribute to the advancement of pharmacological knowledge and the service of the healthcare sector.
The Pharmacology Program was established within the Pharmaceutical Sciences discipline in 2014 and became an independent program in 2021 with the aim of deepening scientific research. To date, the Pharmacology Program has graduated 11 specialists in pharmacological research.
The Master’s Program in Pharmacology at the University of Science and Technology (UST) seeks to prepare students to pursue advanced knowledge and skills, as well as research-oriented career pathways in the pharmaceutical and biomedical industries, academia, and/or to obtain advanced academic degrees from other institutions, in ways that contribute effectively to serving the community.

The Master’s Program in Pharmacology aims to:

  1. Provide students with a comprehensive understanding of the development and use of safe and effective medicines.
  2. Graduate professional pharmacology specialists capable of promoting public health through optimal practice and advanced research.
  3. Develop students’ research skills in terms of planning, implementation, evaluation, report writing, and presentation of results.
  4. Enhance students’ critical, analytical, practical, and communication skills.

A. Knowledge and Understanding:

A.1 Explain advanced pharmacological concepts of drugs, including pharmacokinetics, therapeutics, toxicity, mechanisms of drug action, and clinical aspects.
A.2 Identify the molecular basis of drug discovery and mechanisms of action.
A.3 Discuss various aspects of research design and statistical techniques in pharmacological research.
A.4 State the fundamental facts of the supporting sciences, including principles of pharmacology, biochemistry, and other sciences related to systematic and experimental basic pharmacology.
A.5 Describe the principles of drug disposition in the body from an advanced and clinical perspective.
B. Intellectual Skills:
B.1 Integrate relevant facts from supporting basic and clinical sciences with reasoning, diagnosis, and management of common problems in pharmacology.
B.2 Devise appropriate research methodologies in project design, planning, and implementation.
B.3 Design and deliver a case-study presentation through seminars/journal clubs, focusing on key relevant topics.
C. Professional and Practical Skills:
C.1 Demonstrate the ability to evaluate investigation results and write reports accordingly.
C.2 Utilize up-to-date information and techniques related to pharmacology-associated cases.
C.3 Evaluate evidence derived from scientific studies.
C.4 Apply appropriate laboratory skills, including safe working practices.
D. General Skills:
D.1 Practice-based learning and continuous professional development.
D.2 Timely problem-solving.
D.3 Communicate effectively within a team or independently.
D.4 Effectively use diverse information resources.

Upon completion of the Master’s Program in Pharmacology, graduates will be able to demonstrate the following attributes:

Knowledge Proficiency
Graduates possess a deep and comprehensive understanding of the core concepts, principles, and theories of pharmacology, and are able to effectively apply this specialized knowledge within multidisciplinary and professional environments.
Professional Practice
Graduates are capable of applying advanced pharmacological knowledge and integrating it with relevant practical and research experience to support professional and scientific practice.
Healthcare Provider
Graduates collaborate effectively with other healthcare providers to contribute to the delivery of safe, effective, and high-quality pharmaceutical and healthcare services to the community.
Ethical Commitment and Professional Responsibility
Graduates demonstrate ethical and professional conduct, respect, and effective communication with individuals from diverse backgrounds, while adhering to ethical, legal, and religious principles in their academic, research, and professional practices.
Problem Solving
Graduates employ critical, creative, and evidence-based thinking to identify, analyze, and address scientific and professional problems in pharmacology, and to develop innovative solutions.
Communication Skills
Graduates communicate clearly and effectively with diverse audiences, presenting scientific information and arguments using appropriate oral, written, and digital methods.
Leadership and Teamwork
Graduates demonstrate professional behavior, leadership qualities, and entrepreneurial skills, and work efficiently and collaboratively within multidisciplinary teams.
Lifelong Learning
Graduates are committed to continuous self-development and lifelong academic and professional learning in the field of pharmacology and related health sciences.
  • Successfully complete all courses included in the approved study plan.
  • Successfully pass the Master’s thesis defense.
  • Submit the required number of hard-bound copies of the research thesis.
  • Pass the English language proficiency examination.
  • Complete all degree-awarding procedures as approved by the Graduate Studies Committee, the Graduate Studies Council, and the University Council.

Upon completion of the Master’s Program in Pharmacology, graduates will be able to demonstrate the following attributes:

Knowledge Proficiency
Graduates possess a deep and comprehensive understanding of the core concepts, principles, and theories of pharmacology, and are able to effectively apply this specialized knowledge within multidisciplinary and professional environments.
Professional Practice
Graduates are capable of applying advanced pharmacological knowledge and integrating it with relevant practical and research experience to support professional and scientific practice.
Healthcare Provider
Graduates collaborate effectively with other healthcare providers to contribute to the delivery of safe, effective, and high-quality pharmaceutical and healthcare services to the community.
Ethical Commitment and Professional Responsibility
Graduates demonstrate ethical and professional conduct, respect, and effective communication with individuals from diverse backgrounds, while adhering to ethical, legal, and religious principles in their academic, research, and professional practices.
Problem Solving
Graduates employ critical, creative, and evidence-based thinking to identify, analyze, and address scientific and professional problems in pharmacology, and to develop innovative solutions.
Communication Skills
Graduates communicate clearly and effectively with diverse audiences, presenting scientific information and arguments using appropriate oral, written, and digital methods.
Leadership and Teamwork
Graduates demonstrate professional behavior, leadership qualities, and entrepreneurial skills, and work efficiently and collaboratively within multidisciplinary teams.
Lifelong Learning
Graduates are committed to continuous self-development and lifelong academic and professional learning in the field of pharmacology and related health sciences.

Graduates of the Master’s Program in Pharmacology are qualified to pursue a wide range of career opportunities across multiple sectors, including the following:

  • Scientific and pharmaceutical research through employment in medical and pharmaceutical research centers.
  • Participation in the design and implementation of clinical and preclinical studies.
  • Academic and research careers at universities and research institutes as research assistants or lecturers.
  • Employment in pharmaceutical manufacturing companies, contributing to the development of new drugs.
  • Quality control, product safety verification, and work within quality assurance and regulatory compliance units.
  • Engagement in clinical trials as Clinical Research Associates or Coordinators.
  • Analysis of clinical study data and preparation of scientific and regulatory reports.
  • Work in the healthcare sector, including hospitals and medical centers, focusing on drug analysis, ensuring optimal medication use, and conducting pharmacological studies.
  • Provision of pharmaceutical consultation services for pharmacists and physicians.
  • Roles in regulatory affairs and drug approval processes through collaboration with drug regulatory authorities, such as the Ministry of Health or other regulatory bodies.
  • Drug registration and preparation of documentation required for regulatory approvals.
  • Careers in medical and pharmaceutical marketing, including positions as Medical Science Liaisons.
  • Marketing of pharmaceutical products and provision of scientific support to sales teams.
  • Teaching pharmacology and pharmacy-related subjects at universities and colleges.
  • Development of training and educational content for the healthcare sector.
  • Specialization in data analysis and health informatics through analysis of clinical research data.
  • Participation in the development of drug-related clinical decision support systems.

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