Study in Turkey
Turkey lists 95 international programmes across 5 universities, offering an affordable and culturally rich study destination bridging Europe and Asia. All five institutions — Koç University, Middle East Technical University (METU), Istanbul Technical University, Boğaziçi University, and Bilkent University — are among Turkey's highest-ranked universities and deliver programmes in English across engineering, science, business, and the humanities. Tuition is approximately €187 per year, making Turkey one of the least expensive study destinations globally in nominal tuition terms, particularly at state-funded institutions.
Turkey's universities benefit from strong research output and established international partnerships. Istanbul and Ankara — the two main cities — are major cultural, economic, and transport hubs. International students require a Turkish student residence permit and should verify actual costs including student contribution fees at private institutions, as nominal tuition can be supplemented by additional charges at some universities.
BA Business Administration
Koç University offers a Bachelor of Arts (BA) in Business Administration, a full-time undergraduate program delivered in English. Located in Istanbul, Turkey, the program aims to equip students with a comprehensive understanding of business principles and practices. The College of Administrative Sciences and Economics is accredited by AACSB, AMBA, and EQUIS, reflecting the high standards of education provided.
Biomedical Engineering
The Master of Science (M.S.) program in Biomedical Engineering at Boğaziçi University is designed for students seeking advanced knowledge and research opportunities in this interdisciplinary field. The program focuses on applying engineering principles to biology and medicine, preparing graduates for careers in research, academia, and industry. Students will engage with cutting-edge topics and contribute to the development of innovative solutions in healthcare.
Computer Engineering
Bilkent University's Computer Engineering program provides a comprehensive education in the fundamental principles of computer science and engineering. The curriculum is designed to equip students with the theoretical knowledge and practical skills necessary to design, develop, and analyze complex computer systems and software. Students will gain expertise in areas such as algorithms, data structures, programming languages, operating systems, and computer architecture.
Data Science for Sustainable Development Goals (DS4SDGs)
The Data Science for Sustainable Development Goals (DS4SDGs) course is a project-based program designed to immerse students in the practical application of digital technologies to address global sustainability challenges. Focusing on areas like machine learning, natural language processing (NLP), and geographic information systems (GIS), the course aims to develop both technical proficiency and analytical thinking. Students engage with real-world data and complex societal problems, starting with foundational training in Python and GIS, progressing to advanced machine learning applications. The learning process culminates in a capstone project, supported by faculty mentorship and peer collaboration. The semester concludes with a hackathon where students present their work to experts.
Koç University Pre-College Program
The Koç University Pre-College Program offers high school students the opportunity to take university-level courses online. Students can select up to four courses based on their preferences and eligibility. The program aims to provide an enriching academic experience, allowing students to explore diverse subjects and gain a preview of university studies. Each course is designed to offer a focused learning experience within its specific discipline.
M.Sc. in Computer Engineering
The Computer Engineering Master of Science program at Boğaziçi University is structured in two main stages: a course-based stage and a thesis stage. The course stage involves completing seven technical elective courses and a mandatory M.Sc. Seminar course. Following the acceptance of a thesis proposal, students will enter the thesis stage to conduct their research and complete their M.Sc. thesis. The program's educational delivery is entirely in English. While admission to the English preparatory class is rare and considered only in extraordinary circumstances, applicants can indicate their interest during the online application process and take the DBS (English Language Level Test) for consideration by the Computer Engineering Department.
Machine Learning (CMPE462)
This course provides an overview of artificial learning systems, covering both supervised and unsupervised learning approaches. You will explore statistical models, decision trees, clustering techniques, and feature extraction. The curriculum also delves into artificial neural networks and reinforcement learning, with applications in pattern recognition and data mining. The language of instruction is English.
Medicine School - High School Program
This program offers a focused, two-week intensive experience in medicine for high school students. It provides a glimpse into the medical field through a structured curriculum covering various medical disciplines. The program is designed to give participants hands-on exposure and theoretical knowledge, simulating aspects of medical education.
Meta-interpreters in Prolog
This program focuses on Meta-interpreters in Prolog, a powerful technique for understanding and manipulating Prolog programs. You will learn how to build meta-interpreters that can interpret, evaluate, and even modify the execution of Prolog code. This involves understanding concepts like clause trees, built-in goals, and loop detection mechanisms. The course explores advanced topics such as iterative deepening search and graphical representation of program execution. Through hands-on exercises and modifications of existing meta-interpreters, you will gain practical experience in designing and implementing custom control mechanisms for Prolog. This program provides a deep dive into the declarative nature of Prolog and how to leverage its meta-programming capabilities for complex problem-solving.
MSc in International Management (MIM)
Koç University offers two Master of Science (MSc) programs in International Management: the CEMS-MSc in International Management (CEMSMIM) and the Koç Master of Science in International Management (MIM). These programs are designed to equip students with advanced knowledge and skills for careers in the global business arena. The CEMS-MSc in International Management is a collaborative program with the CEMS Global Alliance in Management Education, offering a unique international experience. The Koç MIM program provides a comprehensive curriculum focused on international business principles and practices. Both programs aim to prepare graduates for leadership roles in multinational corporations and international organizations.
NACA 4 Digit Airfoils
This module focuses on the mathematical formulation and generation of NACA 4-digit airfoils. It explains how the series designation (e.g., MPXX) relates to the airfoil's geometric properties, including maximum camber (MM), location of maximum camber (PP), and maximum thickness (XXXX). The module provides the specific equations for calculating the coordinates of the upper and lower surfaces of the airfoil. It details the formulas for the mean camber line and its gradient, as well as the thickness distribution. A practical implementation using Python is demonstrated with code that generates and visualizes these airfoils, allowing for a deeper understanding of their geometry.
Panel Method of Hess and Smith - Computational Aerodynamics
This course focuses on the Panel Method, a numerical technique used in theoretical and computational aerodynamics. It specifically details the application of the Hess and Smith method for analyzing fluid flow around airfoils. The method breaks down the airfoil surface into smaller segments (panels) to approximate the complex flow behavior. The core of the method involves representing the airfoil using distributions of sources and vortices on these panels. By applying principles of fluid dynamics, such as flow tangency and the Kutta condition, a system of linear equations is formulated. Solving this system allows for the calculation of flow velocities and other aerodynamic properties around the airfoil. The course delves into the mathematical formulation behind these concepts, including the velocity potentials induced by vortex flows and vortex sheets, and how these combine with free stream conditions. It explains the derivation of the velocity components and the construction of the linear system of equations, ultimately leading to the computation of tangential velocities.
PCI in the Linux Kernel
This program offers an in-depth exploration of the Peripheral Component Interconnect (PCI) standard and its implementation within the Linux kernel. Students will gain a comprehensive understanding of how PCI devices are connected, communicate with the CPU, and are initialized and managed by the operating system. The curriculum covers fundamental concepts such as PCI address spaces, configuration headers, and the roles of PCI-ISA and PCI-PCI bridges in modern computer systems. Designed for students with a background in computer science or related fields, this program delves into the electrical and behavioral specifications of PCI. It emphasizes practical applications within the Linux environment, preparing students to work with device drivers, system initialization, and the intricacies of peripheral management. Through detailed analysis of real-world examples, participants will develop advanced skills in system-level programming and hardware-software interaction. The program is ideal for those aspiring to careers in operating system development, embedded systems, or hardware driver engineering. It provides the theoretical knowledge and practical insights necessary to navigate complex system architectures and contribute to the evolution of computing platforms.
Probabilistic Analysis
This course provides a comprehensive study of probability theory, starting with its axiomatic foundations. It covers essential concepts such as conditional probability, independence, and the properties of discrete and continuous random variables, including expectation and variance. The curriculum delves into inequalities like Chebyshev's and fundamental theorems such as the Law of Large Numbers and the Central Limit Theorem. Advanced topics include transformations of random variables, generating functions, and various types of convergence. The course culminates in an exploration of asymptotic methods in probability theory.
Source Panel Method
This course module focuses on the Source Panel Method, a computational technique used in aerodynamics to analyze fluid flow around airfoils. It explains the fundamental principles of source flow, including its incompressible and irrotational nature, and derives the velocity and potential functions for a point source. The core of the module details how to apply the Source Panel Method by discretizing the airfoil surface into panels, each with a distributed source strength. It outlines the process of calculating the total velocity potential around the airfoil by summing the contributions from each panel. The method's objective is to determine the source strengths that, when combined with a uniform freestream, generate the desired flow streamlines and pressure distributions around the airfoil. This involves setting up and solving a system of linear algebraic equations based on boundary conditions.
Summer Academy - Applied Molecular Biology and Genetics
The Koç University Summer Academy offers a specialized program in Applied Molecular Biology and Genetics, designed to provide high school students with an immersive experience in the field. This short-term, face-to-face program delves into fundamental concepts and practical applications within molecular biology and genetics, offering a glimpse into university-level study. The program spans two weeks, with each week focusing on different aspects of the discipline. Students will engage with topics such as the molecular toolkit, lab literacy, model organisms, DNA isolation, microscopy, genetically modified organisms, and protein biology. The curriculum is structured to include lectures, seminars, hands-on workshops, and engaging activities, providing a comprehensive and interactive learning environment.
Summer Academy - Economics
The Summer Academy's Economics course introduces fundamental economic principles using relatable examples from daily life. The first part of the course delves into microeconomics, exploring how individuals and firms make decisions, how prices are determined, and how markets function. The second part shifts to macroeconomics, examining the economy as a whole by addressing key issues like unemployment, inflation, national income, and economic growth. Upon completion, students will be better equipped to critically analyze economic events and interpret current developments.
Summer Academy - Marketing
The Summer Academy offers a Marketing course designed to provide participants with an in-depth understanding of marketing principles and strategies. This program is led by experienced faculty, including Dr. Nükhet Harmancıoğlu, a distinguished marketing scholar with expertise in innovation and strategic market development. The course aims to explore the dynamics of market competition, innovation, and financial performance, drawing on research and practical applications. Participants will gain insights into how marketing functions in both emerging and developed markets, with potential exposure to digital transformation concepts.
Frequently asked questions
How many international programmes are available in Turkey?
+
There are 95 programmes listed across 5 Turkish universities, covering engineering, science, business, humanities, and other disciplines primarily in English.
How much does it cost to study in Turkey?
+
Tuition is approximately €187 per year at the listed institutions; Turkey's public universities have heavily subsidised fees, though students should verify all costs directly with each university.
Which universities offer international programmes in Turkey?
+
The five universities are Koç University, Middle East Technical University (METU), Istanbul Technical University, Boğaziçi University, and Bilkent University — all among Turkey's leading research institutions.
Can international students apply to Turkish universities?
+
Yes. International students are welcome; you will need a Turkish student residence permit and must meet each university's academic and language requirements.
What are the typical entry requirements for studying in Turkey?
+
Entry requirements vary by programme: undergraduate admission may consider secondary school results and entrance exam scores (YÖS); postgraduate programmes require a relevant bachelor's degree and, for English-medium programmes, English-language proficiency evidence.