“The educational purpose of the Division of Architecture and Architectural Engineering is to produce industry-leading professionals in architecture who can serve the local community as well as the world.
Architectural engineers trained at Hanyang University possess both theory and practice by mastering how to apply cutting-edge architectural engineering technology for buildings, and by learning the basic knowledge they need for architectural planning to deploy across our society. The purpose of our education is to teach students how to create innovative architectural designs and research for creative ideas based on their understanding of various humanities and engineering aspects.

The Architecture program (major) focuses on architecture, which is a wide-ranging discipline, using creative ideas, and is currently offered with a five-year curriculum.
The curriculum consists of a variety of subjects centered on architectural design, including liberal arts, design, design, philosophy, history, architecture major, and practical major, and aims to produce well-rounded architects who understand engineering technology as well as our society.
In addition, the program ranked 2nd in the country (of four universities nationwide) in the Korean Council for University Education's architecture (and engineering) field evaluation and in the JoongAng Ilbo architecture (engineering) department evaluation. Since 2003, Hanyang University has been promoting an internationalization strategy. The program asks 20 third-year students to learn English education for one semester in Singapore through the International Joint Lecture program with the National University of Singapore.

The Architectural Engineering program (major) is an applied field of study that actually applies designed and drawings in practice, and is currently offered with a four-year curriculum.
The program covers architectural structure, building materials and construction, architectural environment and equipment, and focuses on securing qualifications required for engineering technicians in the field. The goal of the program is to train professionals who play a vital role and work as leaders in construction sites.
In addition, the program ranked 2nd in the country (of four universities nationwide) in the Korean Council for University Education's architecture (and engineering) field evaluation and in the JoongAng Ilbo architecture (engineering) department evaluation. Since 2003, Hanyang University has been promoting an internationalization strategy. The program asks 20 third-year students to learn English education for one semester in Singapore through the International Joint Lecture program with the National University of Singapore.

The Department of Civil and Environment Engineering was chosen as the best department in the civil engineering field in the 2002 Korean Council for University Education evaluation, and in the 2004 JoongAng Ilbo Civil Engineering Program Evaluation, it was ranked 5th nationwide in the professorial research category, 2nd in student education, 2nd in graduates, and 7th in terms of learning environment.
Currently, the department is the only one of its kind selected for Brain Korea 21 (construction technology category).
Also, in addition to its regular curriculum, the program features specialized education programs such as personal character and integrity education, field education, graduation thesis, and practical English courses to help students choose various career paths that may lead them to national or government-led projects, large-scale civil engineering projects, and major overseas projects upon graduation.

The Department of Transportation and Logistics Engineering has produced numerous graduates since it began accepting new students as the Department of Transportation Engineering in 1988. In 2012, the program was reorganized into the Department of Transportation and Logistics Engineering, and today, the department boasts the one of the highest employment conversion rates among engineering schools across the country.
Employment opportunities for graduates range from positions tasked with planning and managing the transportation and logistics systems to operating specific components or tasks within the transportation and logistics chain.
Regarding the transportation sector, the department trains experts in various areas, including road construction, design, construction, etc., which are the basis for building social infrastructure, as well as Intelligent Transportation Systems (ITS) that include to electricity, electronics, communications, etc. according to demand, economic conditions, and the technological developments required for policy decisions.
For the logistics sector, the department produces experts for world-class logistics companies that create high added value, which could, ultimately, help Korea grow into a logistics hub in Northeast Asia.
With transportation issues emerging as a social problem, the need for transportation experts has greatly increased, and as such, the demand for transportation experts at the central and local government level is rapidly rising.
Graduates of the Department of Transportation and Logistics Engineering later join various transportation-related research institutes, local governments, and specialized technology service companies.
More transportation and logistics experts are also needed in the transportation media field, road and civil engineering companies, large cargo transportation companies, as well as aviation and distribution companies.
In addition, to meet the demand for interdisciplinary and convergence studies, which is a worldwide trend, the department was renamed as the Department of Transportation and Logistics Engineering in 2012. Naturally, its scope was expanded and reorganized from the study of people and cargo to the field of logistics systems to focus on strategic fields of corporate production, inventory, purchasing, and information. Overall, the program combines traditional transportation engineering studies with logistics studies our society needs going forward.
By merging the fields of transportation planning, transportation engineering, and transportation operation with logistics operation engineering, transportation and delivery management, logistics information, and storage and unloading, the department aims to emerge as a leader in the convergence of transportation and logistics required by the nation.

The Division of Electronic Engineering trains leaders equipped to lead the future of intelligent electronics and the electrical field through the convergence of cutting-edge science and industries driven by Information and Communication Technology (ICT).
ICT is growing and it increasingly brings various fields such as safety, security, transportation, medical care, education, national defense, manufacturing, smartphones, and smart cars, as well as electronic and electrical systems together.
We focus on developing creative professionals who can serve as leaders in electronic engineering (semiconductors, circuit design, SoC), communication engineering (information and communication, multimedia signal processing), and systems engineering (electronic and electrical HW/SW systems, computer HW/SW, electrical energy), and participate in industry-academia research projects.
In the 2000 Korean Council for University Education evaluation, the division was selected as one of the best program s(graduate school) in the country, ranking 2nd out of 91 universities in the ICT field, and in 2014, it was selected as a specialization project for universities in the metropolitan area (Creative Korea-Ⅱ). The division offers outstanding educational programs and educational programs to improve the environment by developing textbooks, awarding scholarships, building cutting-edge classrooms/laboratories, promoting industry-academia cooperation, supporting academic clubs, and providing learning assistants (SEED assistants).

The Department of Materials Science and Chemical Engineering at Hanyang University (ERICA) was renewed in 2015 after a merger of two departments recognized for top-tier education and research capabilities in the fields of materials engineering and chemical engineering in the country.
The department provides specialized and practical training in the fields of materials engineering and chemical engineering, as well as convergence studies in Nano Technology (NT), Bio Technology (BT), Information Technology (IT), and Environment and Energy Technology (ET).
Materials and chemical engineering is a discipline that studies materials, chemistry, physics, process development and design to create substances useful for human cultural life from various resources, and is widely related to various industrial fields, which makes it is a field of great academic value and demand from various industries.
Students majoring in materials and chemical engineering can advance into a number of different industries and research centers focusing on materials and chemical engineering, including semiconductors, petrochemicals, oil refining, electronics, automobiles, shipbuilding, medicine, polymers, aircraft, steel, environmental industries, and process automation.
The department is growing steadily as well. It was selected for the BK21 Plus Human Resources Development Project and CK-II Specialization Project, ranking 1st in the new materials and steel field in the 2012 Industry Perspective University Evaluation in the materials engineering field, and it ranked 6th nationwide in the 2013 JoongAng Ilbo University Evaluation in the field of chemical engineering. Hanyang University is doing its very best to help the department mature into a world-class department going forward.

Mechanical engineering is core to knowledge-driven industries in the 21st century. These include automobiles, ships, high-speed rail vehicles, semiconductors and IT industrial equipment, robots and biomedical engineering equipment, next-generation steel manufacturing, aircraft and various plant industries that form the foundation of Korea's industrial might.
Since its establishment in 1979, the department has produced a total of 6,300 graduates who are currently active in all walks of life, including large and small companies, research institutes, universities, and public institutions, and overseas.
Since 1999, the department has been participating in the Brain Korea (BK) 21 Science and Technology Phase 1 and 2 projects to train high-level experts in the mechanical field in Korea. Since 2003, it has been interfacing field-oriented and research-oriented programs with the Ministry of Education's academia-research-industry cluster curriculum as well. Not only that, the department provides education that can give our students a chance to start their own companies sometime down the road.
In addition, the department is featured in the Optimal Design New Technology Research Center commissioned by the National Research Foundation and the Reliability Analysis Research Center and Micro biochip Center supported by the Ministry of Trade, Industry and Energy to carry out various national research, development projects, and industrial initiatives, including creative research projects at the national level.
In 2004, the department came in at 2nd in the mechanical field based on evaluations done by the Korean Council for University Education. It was also ranked the “Best” in the 2012 Korean Council for University Education's university evaluation from an industry standpoint, 10th in the country in the 2013 JoongAng Ilbo evaluation, 109th in the world in the QS World University Academic Field Evaluation, and selected by the Seoul Metropolitan Area Specialization Project in 2014. Overall, the department has established itself as a research and education-driven program in the mechanical field capable of shaping the industrial landscape in the 21st century.

Industrial and management engineering is a discipline that teaches the design, improvement, and establishment of systems that integrate people, materials, and equipment. The purpose is to encourage analysis and design capabilities of information systems and management systems in companies based on the tradition of industrial engineering.
To become experts in industrial and management engineering, students must learn how to solve mathematical problems, how to do engineering analysis, understand of design principles, and master the logical and presentation skills to express ideas and results effectively.
In particular, industrial and management engineering focuses on the organization and operation of systems that take into account the interrelationship between technology and management, and aims to provide high-quality education, in both theory and practice, to train industrial and management engineers who can provide optimal efficiency in a society where specialized information is becoming increasingly important.
Core areas of learning include logistics production systems, management science, information systems, and ergonomics.

Bionano engineering is a field of research that combines Biotechnology (BT) and Nanotechnology (NT), and is an advanced academic field that infuses engineering with science.
Modern engineering and science are bringing previously exclusive academic areas together, and the convergence of these technologies is rapidly growing as a mainstay of advanced-level studies and industry applications.
This department was strategically established by Hanyang University in 2010, and aims to produce skillful engineers with practical knowledge of biotechnology as well as nanotechnology, and experts who can transform industries into next-generation growth engines.
In addition, beginning with the Micro biochip Center supported by the Ministry of Trade, Industry and Energy in 2001, the department has been proving its excellence with multiple projects at the national level. It successfully bid for the BK 21 project group (supported by the Ministry of Education, Science and Technology) in 2006, the ERC Research Center tasked with developing integrated human sensing technology (supported by the Ministry of Science, ICT and Future Planning) in 2008, the Nanomedicine Research Center with leading university in industry-academia cooperation in 2011, and the BK 21 Plus Bionano Convergence initiative (supported by the Ministry of Education) in 2013. Such success has helped the department become widely recognized both in Korea and abroad for excellence in research.

Robotics is a study that studies robots, machines that mimic humans by recognizing the external environment, judging situations, and operating autonomously. It is defined as a future high-tech industry that could succeed the role automobile and semiconductor industries play in Korea today.
Hanyang University's ERICA Campus has a great reputation both domestically and internationally, and it has technological prowess in the robotics field with national projects working with various industry stakeholders.
With the goal of becoming the best robotics education and research institute in Korea, the department was established in 2013, and was also chosen as the Rainbow Department on campus.
Developing robots require converging and combining machinery, electricity/electronics, and computers into one system.
To this end, the department’s robotics engineering curriculum consists of foundational course as well as advanced courses needed for manufacturing and operating robots.
These courses feature mix of theory and practice, and students are given opportunities to freely handle and research robots at HY-MEC, the department's own student club focused on robotics.
Furthermore, in connection with the Korea Institute of Industrial Technology's Robotics Research Group and Gyeonggi Techno Park located on the ERICA campus, the department provides various types of education, including seminars and field learning opportunities so that students can keep up with the latest trends in research.
Graduates can go on to work as researchers and educators specializing in robots as well as leaders in product development, and as policymakers in high-tech industries in national organizations.