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Program

Pharmaceutical Sciences

Master33 credits
Michel Sayegh College of Pharmacy →
BR

Dr. Bilal Rimawi

It gives me great pleasure to welcome you to the website of the Michel Sayegh College of Pharmacy, Aqaba University of Technology., The College is characterized by outstanding performance and continuous growth in the practical and training fields, scientific research, and community service. The College contributes to supporting the health area in the Hashemite Kingdom of Jordan with highly qualified pharmacists who possess the knowledge and skills that qualify them to make a big positive difference in society, through the provision of the Bachelor's pharmacy program, which serves the requirements of the local and regional labor market. The College is committed to the vision, mission, and strategic objectives of Aqaba University of Technology. It also considers the local and international academic accreditation standards by adopting the best modern methods in pharmaceutical education, as well as educational guidance and excellent practical training. We hope that our website will provide you with information of interest you. We are honored by your visit to the Michel Sayegh College of Pharmacy, Aqaba University of Technology.

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<p>The Master’s Program in Pharmaceutical Sciences is a distinguished advanced program offered by the Michel Saigh Faculty of Pharmacy. It is designed to prepare highly competent researchers and pharmacists with strong scientific and professional capabilities in drug discovery, development, analysis, and the design of advanced drug delivery systems. The program aims to provide students with a comprehensive and in-depth understanding of the' theoretical, scientific, and practical foundations of pharmaceutical sciences. It emphasizes the development of research, critical thinking, and effective communication skills. Additionally, it promotes a culture of self-directed and lifelong learning. Students have the flexibility to pursue either a thesis-based or a comprehensive track, depending on their research interests, in alignment with local and global job market demands. The program prepares qualified pharmaceutical professionals to contribute effectively to advancing the pharmaceutical industry, pharmacy practice, higher education, and scientific research through a stimulating academic environment and a curriculum that integrates advanced theoretical knowledge with hands-on applications.</p>

Outcomes

<ul><li>Acquire an in-depth understanding of fundamental theories and concepts related to drug discovery and development, including strategies for design, synthesis, and quantitative and qualitative analysis.</li><li>Develop innovative and stable pharmaceutical dosage forms targeting various diseases, with a precise understanding of the bioavailability and physicochemical stability of drugs.</li><li>Plan and conduct independent pharmaceutical research using advanced scientific methodologies and technology, with the ability to critically evaluate and analyze results.</li><li>Apply mathematical and statistical methods to analyze complex scientific problems, supporting the development of innovative and accurate solutions.</li><li>Present scientific results and conclusions clearly and professionally, whether through oral presentations or written documents for the scientific community.</li><li>Work effectively within multidisciplinary teams, demonstrating initiative and responsibility in making appropriate decisions in local and international settings.</li><li>Demonstrate the ability to engage in self-directed learning and critically evaluate contemporary research to develop new skills and keep pace with advancements in pharmaceutical sciences.</li></ul>

Objectives

  • Equip students to make innovative contributions to drug discovery and development through an integrated approach combining scientific design, synthesis, and precise analysis.
  • Prepare graduates to plan and execute independent research that addresses global pharmaceutical challenges using advanced scientific techniques and critical analysis methods.
  • Enhance students' leadership and teamwork skills to make strategic decisions and effectively communicate with both scientific and non-scientific audiences in international contexts.
  • Instill a mindset of continuous self-learning in students to enhance their ability to critically evaluate and apply modern research, driving innovative solutions that address the evolving needs of the pharmaceutical sciences sector.
  • Empower students to design safe and stable pharmaceutical products aligned with public health needs and future trends in the pharmaceutical industry.

Study Type

Full-time

Study Plan

Version 1Issued 2023333 credit hoursTrack: Comprehensive4–6 semesters

Specialization Requirements33 hrs

Mandatory — 24 hrs

CodeCourseCr.Prerequisite
4611101Scientific Research Methods3
4611102Advanced Drug Analysis and Characterization3
4611103Advanced Pharmaceutical Organic Chemistry3
4611104Advanced Natural Products Chemistry34611103
4611105Advanced Drug Discovery and Design Methods34611103
4611106Advanced Drug Delivery Systems3
4620101Advanced Biopharmaceutics and Pharmacokinetics3
4620102Advanced Pharmacology and Clinical Pharmacy3

Elective — 9 hrs from 9 offered courses

CodeCourseCr.Prerequisite
4611201Advanced Pharmaceutical Technology3
4620201Advanced Medicinal Chemistry34611103
4620202Advanced Phytotherapy34611104
4620203Advanced Biostatistics34611101
4620204Advanced Therapeutics34620102
4620205Advanced Pharmaceutical Biotechnology3
4620206Advanced Pharmaceutical Microbiology3
4620207Advanced Selected Topics in Pharmaceutical Sciences34611101
4620208Advanced Pharmacy Practice and Nutrition34620102

Remedial Courses6 hrs — outside the degree total

Mandatory — 6 hrs

CodeCourseCr.Prerequisite
4110001Remedial English (1) for Graduate Students3
4110002Remedial English (2) for Graduate Students3