The Department of Korean Study cultivates experts in Korean language education who can teach Korean as a second language (KSL) and Korean as a foreign language (KFL). With a global learning environment that allows interaction with international students from diverse backgrounds, distinguished professors, and a differentiated curriculum, our goal is to foster top-notch professionals in Korean language education. By completing the Korean Education major, students automatically acquire the Korean Language Teaching Certificate (Level 2) certified by the government, according to the National Language Basic Act Enforcement Ordinance (Presidential Decree No. 18973, 2005). This certification enables them to work as professors, teachers, Korean language textbook and content developers in Korean language education institutions both domestically and internationally.
Field Description
In the era of globalization in the 21st century, there is a demand for proactive talents with international competence who can actively engage on the world stage. The Department of Korean Study aims to cultivate creative global talents who can contribute not only to Korea but also to various countries and regions around the world. Building upon the efforts and achievements of Dongmyung University, which aims for intellectual, professional, lifelong learners, international individuals, and service-oriented individuals, the Department of Korean Study aims to qualitatively enhance the knowledge and practical abilities related to Korean language education, Korean language, and Korean culture while instilling ethical qualities, thus nurturing talents suitable for the 21st century.
Practical Curriculumn
Training of Korean language teachers
Training of native Korean language teachers
Training of non-native Korean language teachers
Korean language education for foreigners
Cultivation of experts in Korean studies, Korean culture, and multiculturalism
The Computer Engineering Department focuses on the design, development, and implementation of computer systems and their components, with a special emphasis on big data analysis and artificial intelligence (AI). The department offers comprehensive programs that equip students with the knowledge and skills to tackle complex engineering challenges in the field of computer hardware and software, specifically in the context of big data and AI applications. The department emphasizes a practical approach to learning, providing students with hands-on experience in various areas of computer engineering.
Field Description
Computer engineering is a multidisciplinary field that combines principles from computer science and electrical engineering. In the Computer Engineering Department, students gain a strong foundation in both hardware and software aspects of computing, with a particular focus on big data analysis and AI. They learn about digital systems, computer architecture, programming languages, algorithms, and data structures, specifically tailored to handling and processing large-scale datasets. Moreover, students delve into advanced topics such as machine learning, data mining, natural language processing, and computer vision. The department places significant emphasis on the integration of big data analytics and AI techniques into various applications and industries. Students acquire the necessary skills to design and develop intelligent systems that can extract insights, make predictions, and automate decision-making processes using large volumes of data.
Practical Curriculumn
The practical curriculum of the Computer Engineering Department is designed to provide students with hands-on experience and practical skills necessary in the field of big data analysis and AI. The coursework includes laboratory sessions, design projects, and internships, allowing students to apply their theoretical knowledge to real-world scenarios in the context of big data and AI applications. Students have access to state-of-the-art tools and technologies for big data processing, machine learning, and AI development. They learn how to work with distributed computing frameworks, and utilize programming languages and libraries commonly used in data analysis and AI, such as Python, TensorFlow, and PyTorch. The department fosters teamwork and collaboration, as students often work in groups to tackle complex data analysis projects and develop AI models.
The Information System & Security department focuses on the construction, operation, and security management of information systems in the field of information technology. Students acquire knowledge and skills to build necessary information systems, operate existing information services, and improve them. They also learn about information security management systems and gain the ability to operate or provide information security solutions.
Field of Information System & Security
The Information System & Security department emphasizes the acquisition of knowledge and skills necessary to build and operate information systems and manage security solutions. Students learn various subjects such as Linux operating system, database, web service platform, cloud platform, open-source software (OSS), Internet of Things (IoT), networks, etc. They also acquire knowledge and skills related to information security, such as cryptography, malware analysis, network and system security.
A practical integrated and convergence curriculum
The Information System & Security department cultivates practical skills through various hands-on experiences. Students engage in tasks such as building and operating web services, setting up cloud platforms, developing IoT services, and constructing OSS systems to meet the demands of IT environments. Additionally, they practice building network and system security systems from an information security perspective.
Mechatronics engineering is one of the largest, broadest and most advanced disciplines. Mechatronics engineers use mechanical, electronic and control principles to develop all kinds of machines and devices. We create systems and production processes that drive the advancement of technology and industry.
Field of mechatroncis engineering
Mechatronics engineers analyze the motion from small particles to machines or complex structures. We observe natural phenomena to design, to optimize, to control and to analyze state-of-the-art machinery and electronics. Integration and fusion are the key roles of mechatronics engineers.
A practical integrated and convergence curriculum
Mechatronics engineering undergraduate curriculum gives our students hands-on, real world lab work in addition to a strong background in theoretical knowledge. Interactive and design-centered assignments are creating diverse experiences that are preparing Tongmyong’s mechatronics engineers for the problems they will solve in industry and research.
Development of basic knowledge
We educate basic knowledge in the field of mechatronics engineering through mathematics, science and liberal arts education and cultivate experts with efficient communication skills.
Cultivation of professional capability
The department of mechatronics engineering cultivate professionals with engineering problem-solving skills through major education in the field of mechanics, control and electronic engineering.
Practical experienced
We train mechatronics experts. They have creative and practical skills. They also have the ability to apply advanced convergence technologies through field-oriented and synthesis education that society demands.
Mechatronics engineers must have broader considerations
Professional development also needs a broad knowledge of complex society, legal, ethics, economics, politics and international relations. These are having a significant impact on the engineering profession. Professional ethic, product liability, and design for engineering economics are included in the curriculum. Elective courses are selected from offerings in the area of technology, culture, communication, economics and humanities. Fourth year students are required to write a graduation thesis to demonstrate their ability to conduct research on a technical problem in a specific field and communicate the results of their research. In addition, leadership and teamwork are expected of engineers. These are gained from group activities to conduct laboratory experiments, undertake various design projects, prepare reports and give oral presentations. Students are highly recommended to participate in student professional societies and student projects.
Welcome to the Department of Global Business at Tongmyong University. Our faculty and staff thank you for your interest in our programs. We invite you to learn more about us and what we have to offer. The Department of Global Business is to provide an education to foster experts in global business practices and to develop personnel who are capable of playing an bridging role in communication with Korean companies and overseas companies.
Field of Global Business
The Department of Global Business has a combined four core business major field which includes a human resource, a marketing a finance and an accounting, and MIS to develop personnel who can manage in the global business environment. In addition to that, students will improve their ability to independently find and solve problems, learn to suggest, persuade, propose and analyze information that is required in today's society based upon a foundation of English as the common language of the world.
A practical integrated and convergence curriculum
In order to nurture competitive global managers who will lead the future society, we nurture professional managers who combine globalization, localization, and informatization. The curriculum not only enables students to turn their passion into income, but also expands and diversifies career opportunities to include careers such as Entrepreneur, Analytics Marketer, Executive Coach, and more. With a focus on holistic well-being methods, human resource management courses provide students with the opportunity to learn practices and principles to maximize performance, realize potential, and energize people to become more efficient and effective business leaders of the future. The main curriculum also offers study groups with dedicated advisory professors that provide added value for students who wish to dive deeper into additional studies and research projects not taught as part of the regular curriculum.