DEPARTMENT OF MOLECULAR BIOLOGY AND GENETICS

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Educational Objectives and Program Outcomes

Educational Objectives

  • EO1 – Scientific Research and Academic Career

    • Our graduates can pursue master’s and doctoral programs to start their academic careers and work as faculty members, lecturers, or researchers at universities and research institutes.

  • EO2 – Industrial Research and Development (R&D)

    • Our graduates can participate in research and development projects in high-tech companies operating in the biotechnology, pharmaceutical, agriculture, and food sectors, contributing to genetic engineering, biopharmaceutical production, biomaterial development, and synthetic biology.

  • EO3 – Healthcare and Diagnostic Technologies

    • Our graduates can work in hospitals, genetic diagnostic laboratories, biomedical companies, and health research centers, specializing in genetic disease diagnosis, personalized treatment methods, and biomarker development.

  • EO4 – Agricultural and Environmental Biotechnology

    • Our graduates can find employment in agricultural biotechnology, environmental biology, and sustainable energy production, engaging in areas such as genetically modified organisms (GMOs), microbial bioremediation, and biofuel production.

  • EO5 – Data Analysis and Bioinformatics

    • Our graduates can specialize in bioinformatics, genetic data analysis, and systems biology, conducting big data analyses for drug discovery, population genetics, and cancer biology, and contributing to both academic and industrial projects.

  • EO6 – Innovation and Entrepreneurship

    • Our graduates can establish their own start-up companies in the biotechnology and healthcare sectors, developing genetic tests, biosensors, innovative treatment methods, and personalized medicine solutions.

Program Outcomes

  1. Ability to understand, explain, and discuss how molecular-level processes integrate to form a complete system, and relate various structures and cellular functions to macromolecules.
  2. Ability to design experiments, perform measurements, generate data, make observations, and conduct analyses.
  3. Ability to comprehend methods and information in molecular biology and genetics.
  4. Ability to perform laboratory work and effectively use relevant laboratory equipment.
  5. Ability to critically evaluate scientific research.
  6. Ability to access data and resources in the fields of molecular biology and genetics.
  7. Ability to work within a team and collaboratively solve problems.
  8. Ability to engage in self-directed and lifelong learning.
  9. Ability to communicate effectively, both verbally and in writing.
  10. Ability to make ethical considerations regarding research methods and their outcomes.
  11. Ability to utilize data from the humanities and social sciences, and to develop interdisciplinary approaches.
  12. Ability to apply research and problem-solving skills in life sciences to support sustainable development goals.