The academic content and curriculum of the Molecular Biotechnology Undergraduate Program aims to teach students the basic principles of molecular biology and biotechnology. This program covers basic sciences such as genetics, biochemistry, microbiology and cell biology, as well as the applied aspects of these sciences. The curriculum is usually organized as a four-year undergraduate program and includes basic and advanced courses such as
General Biology and Genetics: These courses cover the basic structure and function of living organisms, the principles of cell biology and genetics. Students learn basic molecular mechanisms such as DNA, RNA and protein synthesis.
Biochemistry: This course provides an understanding of chemical processes and molecular interactions within the cell. Topics such as enzymes, metabolic pathways and energy cycles are covered.
Microbiology: The biology, ecology and diversity of microorganisms are the main topics of this course. Students learn the basic properties and importance of bacteria, viruses and fungi.
Molecular Genetics: This course covers topics such as gene expression, genetic variations, genetic diseases and genetic engineering techniques.
Biotechnology Applications: This course includes applied topics such as genetic engineering, recombinant DNA technology, gene therapy, production of biopharmaceutical products and agricultural biotechnology.
Bioinformatics and Data Analysis: Students learn computer-based tools and techniques necessary for the analysis and management of biological data. This course includes gene sequencing, protein structure analysis and the use of genetic databases.
Laboratory Techniques: These practical courses introduce students to laboratory techniques and tools commonly used in molecular biology and biotechnology. Techniques such as PCR, gel electrophoresis, cell culture and microscopy form the basis of this course.
The curriculum also offers independent research projects and internship opportunities for students to develop their research skills. Students have the chance to apply the theoretical knowledge they have learned to real-world problems and in the process develop critical thinking, problem solving and teamwork skills. In the final year of the program, students usually complete a capstone thesis or project, which allows them to showcase their research and analysis skills.