1. ABOUT THE PROGRAM
1.1 Objective
The Master's Program in Molecular Biology and Genetics was established in 2019 under the auspices of the Institute of Graduate Studies. Contemporary advancements in 21st century technologies have facilitated novel insights into living organisms, enabling a deeper understanding of biological processes at cellular, molecular, tissue, and organismal levels. These advancements have simultaneously raised numerous new scientific inquiries.
The research scope of this Master's program encompasses diverse topics, including the discovery of molecules for diagnostic and therapeutic applications, plant-based energy production, the investigation of the economic potential of microalgae, cancer molecular biology, and the identification of novel compounds for the treatment of neurodegenerative disorders.
In addition to advanced coursework in cell and molecular biology and genetics, students have the option to select from elective courses in areas such as cancer biology, neuroscience, biotechnology, and bioinformatics.
Thesis projects are conducted under the supervision of faculty members with specialized expertise. Upon program completion, graduates are expected to possess the qualifications necessary for academic careers or employment in sectors such as pharmaceuticals, food science, environmental science, energy, and agriculture.
1.2 Program Duration
The thesis-based Master's Program in Molecular Biology and Genetics comprises four semesters of coursework (excluding any scientific preparation period) and must be completed within a maximum of six semesters from the commencement of coursework.
1.3 Goal
The program aims to cultivate proficient scientists capable of:
- Remaining abreast of scientific developments in the field of Molecular Biology and Genetics.
- Employing scientific methodologies to address complex problems.
- Contributing to international research collaborations.
- Developing innovative solutions to domain-specific challenges.
1.4 Language of Instruction
The program is conducted in English.
2. Learning Outcomes of the Master’s Program
Upon graduation, students of the Master's Program in Molecular Biology and Genetics are expected to demonstrate the following knowledge, skills, and competencies:
- Advanced knowledge in various subdisciplines of Molecular Biology and Genetics, and the capacity to formulate analytical solutions to existing problems.
- The ability to design and execute research strategies in core specialization areas, including molecular cell biology, biotechnology, cancer molecular biology, and neurodegenerative diseases.
- Proficiency in critically evaluating current literature and innovations, designing original research projects, and effectively disseminating research findings in written and oral formats to both academic and non-academic audiences.
- Competent utilization of 21st-century information and communication technologies, acquired during undergraduate education.
- The ability to conduct scientific research and engage in professional activities in accordance with established ethical principles.