39 Natural Sciences Degree Programs in Turkey

The curriculum of the Department of Physics provides a thorough background in the basics of physics and also features advanced elective courses, with the purpose of enabling students to undertake advanced and original research in modern physics and its high technology applications.

The Department of Molecular Biology and Genetics prepares students to become researchers in this area of biology.

The Department of Chemistry gives students a rigorous education in the basics of chemistry. The curriculum is designed to teach the structure of matter at the molecular level and to provide research experience in the laboratory environment.

The program in the Department of Mathematics provides a solid background in both pure and applied mathematics, covering fundamental concepts as well as the latest developments in research.

NCUK International Foundation Year will give you specialist English language, study, and cultural skills that are an essential part of your degree course. This unique combination will help you to get into the University of your choice and get on with your future career.

The European Credit Transfer System (ECTS) is a student-centered credit system based on the student's workload. It is a value that expresses all the work (theoretical course, practice, seminar, individual study, exams, assignments, etc.) that the student must do in order to successfully complete a course. During the implementation phase of the Bologna Process in Turkey, ECTS is one of the most important areas of study. In recent years, many universities in Turkey have intensified their efforts to harmonize their credit and rating systems with ECTS principles.

The aim of the Department of Astronomy and Space Sciences Graduate Program is to educate modern scientists who are specialized in different subfields in the field of Astronomy and Space Sciences; can derive new information using his/her accumulations in the field of basic mathematics, physics and astronomy and space sciences; can create a new topic and field of study keeping abreast of current news in science end technology;

Biochemistry is a branch of life sciences that focuses on studies to understand the mechanisms by which living organisms perform many functions in molecular detail. It is inherently interdisciplinary and is fundamental in every branch of life and biomedical sciences. It is a laboratory-based science that combines biology and chemistry.

The philosophy of Chemistry Education revolves around the belief that chemistry is a fundamental science that plays a crucial role in understanding the natural world and addressing societal challenges. The objective of Chemistry Education is to cultivate in students a deep appreciation for the principles of chemistry, develop their scientific literacy, and empower them to become critical thinkers and problem solvers.

The philosophy of Physics Education revolves around the belief that physics is a fundamental science that plays a crucial role in understanding the natural world and fostering scientific literacy. The objective of Physics Education is to cultivate in students a deep appreciation for the principles of physics, develop their critical thinking skills, and empower them to become active participants in scientific inquiry and discovery.

Statistical Analysis is one of the basic means of the modern scientific thinking, together with stochastic modeling. Statistical techniques, because of the need of getting accurate and coherent results from the acquired data, are beneficial in many fields, such as business administration, economics, computer, medical sciences, actuary, and administration.

In today’s world, molecular biology, biochemistry, and other biological fields are becoming increasingly information driven. Mainly the need of processing massive quantities of sequence information generated by recent developments in genome sequencing and proteome analysis has propelled these life sciences into a new era in which computer science, information technologies, and biology merged into a single discipline as bioinformatics.

The main purpose of this program is to train data scientists who can make all kinds of information collected in the field of biology and health useful and useful in the field of biology and health, with the help of the opportunities offered by technology. It will be ensured that the theoretical knowledge and technology tools produced from basic sciences will be put into practice more quickly and become beneficial to human health.

Financial Mathematics is the branch of applied mathematics concerned with the financial markets. It overlaps heavily with the fields of financial engineering and computational finance. Arguably, all three terms are synonymous. The subject naturally has a close relationship with the discipline of financial economics, but financial mathematics is narrower in scope and more abstract.

The department of Mathematics was founded as a major, independent unit within the Faculty of Science in 2004. The department was reformed in 2007. Since then it has had six subunits, Theory of Algebra and Number, Geometry, Theory of Calculus and Functions, Topology, Mathematical Logic and Foundations of Mathematics, Applied Mathematics, and Computer Science and steadily improved in the areas of academics and education. Qualification Awarded Mathematician