The Associate of Tourism and Travel Services program is designed to provide students with the skills and knowledge necessary to succeed in the dynamic field of tourism and hospitality. The program focuses on various aspects of travel services, including customer service, travel planning, and the cultural significance of tourism.

The Master of Theatre is a specialized graduate program designed to provide students with advanced theoretical knowledge and practical expertise in the art, craft, and management of theatrical performance, serving as a bridge between undergraduate study and professional careers in acting, directing, playwriting, stage design, production, and research, and offering a curriculum that integrates subjects such as theatre history, dramatic literature, performance theory, directing, dramaturgy, scenography, and stage management with applied areas like contemporary performance practices, digital theatre, intercultural performance, applied theatre, and arts administration, ensuring that graduates are equipped to address both traditional and contemporary challenges in the performing arts; throughout their studies, students acquire a wide range of skills including the ability to interpret and perform dramatic texts, direct and produce theatrical works, design and manage stage environments, analyze cultural and social contexts of performance, apply critical theory to theatre practice, and collaborate with multidisciplinary teams, while also cultivating creativity, communication, leadership, and problem-solving abilities that enable them to work effectively in diverse artistic and organizational settings; experiential learning is central to the program, with students participating in rehearsals, productions, workshops, internships, and research projects, often collaborating with theatres, cultural institutions, festivals, schools, and community organizations, thereby applying classroom knowledge to real-world scenarios, building professional networks, and developing adaptability and resilience essential for success in theatre careers; upon graduation, career opportunities are diverse and promising, with graduates securing positions as actors, directors, playwrights, dramaturgs, stage managers, producers, educators, or researchers, and finding demand across professional theatre companies, film and television industries, cultural organizations, universities, and non-governmental arts initiatives, while their advanced training positions them as key contributors to cultural innovation, artistic expression, and community engagement, enabling them to assume leadership roles in shaping theatrical practices, guiding institutional reforms, and influencing the integration of theatre into global cultural discourse; many graduates continue into doctoral studies to advance research in theatre and performance studies, while others establish entrepreneurial ventures such as theatre companies, production houses, or creative consultancies, offering specialized expertise to audiences and communities; overall the Master of Theatre equips students with intellectual depth, artistic proficiency, and professional versatility, fostering practitioners who are not only skilled performers and creators but also visionary leaders capable of driving forward the next wave of innovation in theatre and ensuring that their role remains central to the advancement of cultural identity, the promotion of inclusive artistic practices, and the strengthening of global creative industries.

The Master of Theatre is a specialized graduate program designed to provide students with advanced theoretical knowledge and practical expertise in the art, craft, and management of theatrical performance, serving as a bridge between undergraduate study and professional careers in acting, directing, playwriting, stage design, production, and research, and offering a curriculum that integrates subjects such as theatre history, dramatic literature, performance theory, directing, dramaturgy, scenography, and stage management with applied areas like contemporary performance practices, digital theatre, intercultural performance, applied theatre, and arts administration, ensuring that graduates are equipped to address both traditional and contemporary challenges in the performing arts; throughout their studies, students acquire a wide range of skills including the ability to interpret and perform dramatic texts, direct and produce theatrical works, design and manage stage environments, analyze cultural and social contexts of performance, apply critical theory to theatre practice, and collaborate with multidisciplinary teams, while also cultivating creativity, communication, leadership, and problem-solving abilities that enable them to work effectively in diverse artistic and organizational settings; experiential learning is central to the program, with students participating in rehearsals, productions, workshops, internships, and research projects, often collaborating with theatres, cultural institutions, festivals, schools, and community organizations, thereby applying classroom knowledge to real-world scenarios, building professional networks, and developing adaptability and resilience essential for success in theatre careers; upon graduation, career opportunities are diverse and promising, with graduates securing positions as actors, directors, playwrights, dramaturgs, stage managers, producers, educators, or researchers, and finding demand across professional theatre companies, film and television industries, cultural organizations, universities, and non-governmental arts initiatives, while their advanced training positions them as key contributors to cultural innovation, artistic expression, and community engagement, enabling them to assume leadership roles in shaping theatrical practices, guiding institutional reforms, and influencing the integration of theatre into global cultural discourse; many graduates continue into doctoral studies to advance research in theatre and performance studies, while others establish entrepreneurial ventures such as theatre companies, production houses, or creative consultancies, offering specialized expertise to audiences and communities; overall the Master of Theatre equips students with intellectual depth, artistic proficiency, and professional versatility, fostering practitioners who are not only skilled performers and creators but also visionary leaders capable of driving forward the next wave of innovation in theatre and ensuring that their role remains central to the advancement of cultural identity, the promotion of inclusive artistic practices, and the strengthening of global creative industries.

Robotics and Artificial Intelligence is the interdisciplinary field that designs, builds and programs intelligent machines capable of perceiving their environment, making autonomous decisions and interacting safely with humans to perform complex tasks across industries.Students master a broad spectrum of advanced technical skills including robot kinematics and dynamics, sensor fusion using LiDAR, cameras and IMUs, real-time embedded programming with ROS and Python/C++, machine learning for object recognition and path planning, deep learning frameworks such as TensorFlow and PyTorch for vision and natural language processing, collaborative robot (cobot) safety standards and force-torque control, industrial robot programming with ABB, KUKA and Fanuc systems, reinforcement learning for adaptive behaviours, computer vision for quality inspection and navigation, simultaneous localisation and mapping (SLAM), swarm robotics coordination, human-robot interaction design, ethical AI implementation, simulation environments like Gazebo and Isaac Sim, and system integration of perception, planning and actuation pipelines.Graduates enter high-demand roles such as robotics engineer, AI integration specialist, autonomous systems developer, industrial automation technician, cobot application engineer, machine vision specialist, field robotics operator, research assistant in AI-driven robotics, quality assurance engineer for smart manufacturing, service robotics programmer, medical robotics technician, and defence/autonomous vehicle system developer.The profession occupies a pivotal position in shaping the future of work and daily life because robotics and AI professionals directly enable safer factories, more precise surgery, sustainable agriculture through autonomous harvesting, efficient logistics with warehouse robots, accessible assistance for the elderly and disabled, disaster-response machines that enter environments too dangerous for humans, and the transformation of transportation through self-driving systems, making them key contributors to productivity gains, improved quality of life, and solutions to global challenges ranging from labour shortages to climate-change adaptation through intelligent automation.

The Associate of Artificial Intelligence Operator is a forward-looking two-year vocational program created to meet the rapidly growing demand for skilled professionals who can effectively deploy, monitor, manage, and maintain artificial intelligence systems in real-world business, industrial, and public-sector environments without requiring the deep mathematical or research background of a full computer science or data science degree. This practice-oriented degree focuses on turning graduates into immediate contributors who serve as the crucial bridge between advanced AI developers and everyday operational teams, ensuring that machine learning models, computer vision systems, natural language processing tools, robotic process automation, and generative AI applications run reliably, ethically, and efficiently in production settings. Throughout the curriculum, students acquire a balanced mix of technical, operational, and soft skills that companies desperately need today: they learn the fundamentals of AI technologies including supervised and unsupervised machine learning algorithms, neural networks, deep learning frameworks such as TensorFlow and PyTorch, prompt engineering for large language models, data preprocessing and feature engineering techniques, model evaluation metrics, bias detection, and explainability methods. At the same time, they gain hands-on proficiency in cloud-based AI platforms like AWS SageMaker, Google Vertex AI, Microsoft Azure Machine Learning, and open-source tools such as Hugging Face, LangChain, and Docker, enabling them to containerize models and deploy them through REST APIs or edge devices. Significant time is devoted to MLOps practices including version control with Git, continuous integration and continuous deployment (CI/CD) pipelines for AI, automated model retraining workflows, monitoring model drift, performance degradation, and data quality issues using tools like MLflow, Prometheus, and Grafana, as well as implementing security measures, access controls, and compliance with emerging AI regulations such as the EU AI Act and GDPR. Students also master data pipeline construction with Apache Airflow, Kafka, and Spark, learn to work with structured and unstructured datasets from enterprise databases, IoT sensors, web scraping, and third-party APIs, and develop expertise in creating clear dashboards and reports using Power BI, Tableau, or Streamlit so that non-technical stakeholders can understand AI outputs and make informed decisions. Soft skills training emphasizes teamwork across departments, writing precise documentation, presenting model results to management, handling ethical dilemmas, and communicating limitations or risks of AI systems transparently. Upon graduation, holders of this associate degree enter one of the fastest-growing and best-compensated segments of the global job market, where demand far outstrips supply and employers ranging from local companies to multinational corporations actively recruit even entry-level operators with practical deployment experience. Most graduates start their careers as AI Operators, MLOps Technicians, AI Systems Administrators, Model Monitoring Specialists, or Prompt Engineers in diverse industries: technology companies and startups that offer AI as a service, e-commerce giants optimizing recommendation engines and fraud detection, banks and insurance firms running credit scoring and claims automation models, manufacturing plants deploying computer vision for quality control and predictive maintenance on production lines, healthcare providers using diagnostic imaging AI and patient triage chatbots, logistics and transportation companies managing route optimization and autonomous warehouse robots, retail chains implementing personalized marketing and inventory forecasting, telecommunications operators analyzing network traffic with anomaly detection, energy companies monitoring smart grids and wind turbine performance, agriculture businesses applying drone imagery and soil analysis models, and government agencies automating document processing, citizen services chatbots, and public safety surveillance systems. Many graduates find positions in dedicated AI operations centers that run 24/7 to keep mission-critical models online, while others join consulting firms or system integrators that help medium-sized enterprises adopt off-the-shelf or custom AI solutions. The role carries considerable social prestige because these professionals are seen as enablers of the fourth industrial revolution, directly contributing to increased productivity, cost savings, scientific breakthroughs, and improved quality of life while simultaneously acting as guardians who prevent biased, inaccurate, or unsafe AI behavior from causing harm. Salaries for associate-level AI operators are remarkably high compared to traditional two-year degrees, often starting above the median income for bachelor’s degree holders in many countries, and the position serves as a springboard for rapid advancement into senior MLOps engineering, AI governance, data engineering, or even management roles with only a few years of experience and optional professional certifications such as Google Professional Machine Learning Engineer or AWS Certified Machine Learning Specialty. The international nature of cloud platforms and the global shortage of qualified personnel allow graduates to work remotely for companies in North America, Europe, or Asia while living anywhere with reliable internet, or to relocate easily to technology hubs such as Silicon Valley, London, Berlin, Singapore, Dubai, or emerging centers in Latin America and Africa. In essence, the Associate of Artificial Intelligence Operator transforms motivated students into highly employable professionals who operate at the exciting intersection of cutting-edge technology and real business impact, offering job security, continuous learning opportunities, attractive compensation, geographical flexibility, and the profound satisfaction of shaping how society harnesses artificial intelligence responsibly and effectively in the decades ahead.

The Bachelor of Computer Engineering program prepares students to design, develop, and implement computer systems and software. It combines principles from computer science and electrical engineering, aiming to equip graduates with the skills needed to address complex computing challenges and innovate in technology.

The Bachelor of Computer Engineering program prepares students to design, develop, and implement computer systems and software. It combines principles from computer science and electrical engineering, aiming to equip graduates with the skills needed to address complex computing challenges and innovate in technology.

The Bachelor of Computer Engineering program prepares students to design, develop, and implement computer systems and software. It combines principles from computer science and electrical engineering, aiming to equip graduates with the skills needed to address complex computing challenges and innovate in technology.

The Bachelor of Artificial Intelligence Engineering is a four-year, English-medium undergraduate engineering program specifically created to educate the new generation of engineers who design, develop, train, deploy, and maintain intelligent systems that perceive, learn, reason, and act autonomously in real-world applications ranging from smart cities and autonomous vehicles to personalized medicine and advanced industrial automation. Launched in recent years by Turkey’s leading technical universities (Middle East Technical University, Boğaziçi University, Sabancı University, Özyeğin University, Koç University, Bilkent University, TOBB University of Economics and Technology, Istanbul Technical University, and others), the program has rapidly become one of the most competitive and sought-after degrees because Turkey is investing heavily in becoming a regional AI powerhouse through national strategies, large-scale public-private R&D projects, and the establishment of AI-focused technology development zones. Students receive a rigorous, mathematics-heavy, and project-based education that fuses classical computer engineering and electrical-electronics engineering fundamentals with cutting-edge artificial intelligence theory and practice. The curriculum typically begins with a strong first-year foundation of calculus, linear algebra, physics, introduction to programming (Python and C++), discrete mathematics, and data structures. Second-year courses deepen core engineering knowledge through probability and statistics, signals and systems, digital design, algorithms, databases, computer architecture, and object-oriented programming. From the third year onward, students dive into specialized AI engineering sequences including machine learning theory and algorithms, deep learning and neural networks (CNNs, RNNs, transformers, GANs), reinforcement learning, natural language processing, computer vision and image processing, speech recognition and synthesis, knowledge representation and reasoning, probabilistic graphical models, optimization for machine learning, big data engineering (Spark, Hadoop, Kafka), cloud-based AI deployment (AWS SageMaker, Azure ML, Google Vertex AI), MLOps and model lifecycle management, robotics and embodied AI, ethical AI and algorithmic fairness, explainable AI, AI security and adversarial attacks, edge AI and tinyML, generative AI systems, and domain-specific applications such as autonomous driving, medical image analysis, financial forecasting, and smart manufacturing. Every semester includes intensive laboratory work and team projects where students implement algorithms from scratch, train large models on university GPU clusters, participate in international competitions (Kaggle, ImageNet, RoboCup, autonomous drone racing leagues), develop complete end-to-end AI solutions (from data collection to mobile/web deployment), and collaborate with industry partners on real commercial problems through capstone projects in the final year. Most programs mandate a thirty to sixty-day summer internship at AI labs of major Turkish technology companies or global firms with R&D centers in Turkey, and many students publish papers or present at conferences before graduation. Graduates, titled Artificial Intelligence Engineer, immediately command the highest starting salaries among all engineering disciplines in Turkey and enjoy virtually unlimited career options because every sector is racing to integrate AI solutions. They are recruited by global technology giants with large Istanbul and Ankara R&D offices (Google, Microsoft, Amazon, Huawei, Siemens, Mercedes-Benz, Ford Otosan AI labs), leading Turkish defense and aerospace companies developing autonomous systems (ASELSAN, TUSAŞ, Baykar, Roketsan), fast-growing AI startups and unicorn companies (Insider, Trendyol Tech, Getir, Dream Games, Peak Games), financial institutions building next-generation fraud detection and algorithmic trading platforms (Garanti BBVA Technology, İş Bankası MaxiTech, Akbank), telecommunication operators implementing 5G/6G network intelligence (Turkcell, Vodafone, Türk Telekom), automotive firms transitioning to software-defined and autonomous vehicles (TOFAŞ, BMC, Karsan), smart-city and energy companies (İBB iSpark, Enerjisa), health-tech firms using AI for diagnostics and drug discovery, and an increasing number of government institutions under the Digital Transformation Office and TÜBİTAK Artificial Intelligence Institute. Many graduates are hired abroad directly from campus by companies in the United States, Germany, United Kingdom, and the Gulf countries, while others launch their own AI startups supported by TÜBİTAK grants and techno-parks. Within three to five years, high-performing graduates advance to senior AI engineer, machine learning research scientist, AI solutions architect, or chief AI officer roles with compensation packages that rapidly reach upper six figures in Turkish lira equivalents plus significant stock options in technology firms. The social prestige of AI engineers has reached extraordinary levels among younger generations, who view them as the architects of the future and key contributors to both national technological sovereignty and global scientific progress. Some graduates pursue master’s and PhD degrees at top universities worldwide (Stanford, MIT, Oxford, ETH Zurich) with full scholarships, while others prefer the explosive professional growth available in industry. In summary, the English-medium Bachelor of Artificial Intelligence Engineering produces world-class, innovation-ready engineers who stand at the very center of the fourth industrial revolution, enjoy unmatched employment prospects, exceptional financial rewards, and immense societal respect in a country that has decisively chosen artificial intelligence as one of its primary paths to economic and technological leadership in the twenty-first century.

Robotics and Artificial Intelligence is the interdisciplinary field that designs, builds and programs intelligent machines capable of perceiving their environment, making autonomous decisions and interacting safely with humans to perform complex tasks across industries.Students master a broad spectrum of advanced technical skills including robot kinematics and dynamics, sensor fusion using LiDAR, cameras and IMUs, real-time embedded programming with ROS and Python/C++, machine learning for object recognition and path planning, deep learning frameworks such as TensorFlow and PyTorch for vision and natural language processing, collaborative robot (cobot) safety standards and force-torque control, industrial robot programming with ABB, KUKA and Fanuc systems, reinforcement learning for adaptive behaviours, computer vision for quality inspection and navigation, simultaneous localisation and mapping (SLAM), swarm robotics coordination, human-robot interaction design, ethical AI implementation, simulation environments like Gazebo and Isaac Sim, and system integration of perception, planning and actuation pipelines.Graduates enter high-demand roles such as robotics engineer, AI integration specialist, autonomous systems developer, industrial automation technician, cobot application engineer, machine vision specialist, field robotics operator, research assistant in AI-driven robotics, quality assurance engineer for smart manufacturing, service robotics programmer, medical robotics technician, and defence/autonomous vehicle system developer.The profession occupies a pivotal position in shaping the future of work and daily life because robotics and AI professionals directly enable safer factories, more precise surgery, sustainable agriculture through autonomous harvesting, efficient logistics with warehouse robots, accessible assistance for the elderly and disabled, disaster-response machines that enter environments too dangerous for humans, and the transformation of transportation through self-driving systems, making them key contributors to productivity gains, improved quality of life, and solutions to global challenges ranging from labour shortages to climate-change adaptation through intelligent automation.

The Associate of Dental Prosthesis Technology program focuses on teaching students the skills necessary for designing and fabricating dental prostheses. This program is vital for ensuring that dental appliances are tailored to meet individual patient needs, promoting both functionality and aesthetics in dental care.

The Associate of Dental Prosthesis Technology program focuses on teaching students the skills necessary for designing and fabricating dental prostheses. This program is vital for ensuring that dental appliances are tailored to meet individual patient needs, promoting both functionality and aesthetics in dental care.

The Associate of Dental Prosthesis Technology program focuses on teaching students the skills necessary for designing and fabricating dental prostheses. This program is vital for ensuring that dental appliances are tailored to meet individual patient needs, promoting both functionality and aesthetics in dental care.

The Bachelor of Software Engineering (Combined EN/TR) program provides students with a thorough understanding of software development processes, methodologies, and technologies. It aims to equip students with the skills needed to design, implement, and maintain complex software systems in both English and Turkish contexts.