This course is study of theories related to history of industrial design. Students gain basic knowledge required for industrial design majors. Today's design is passed on from the past design and therefore by understanding the history of design, students can analyze contemporary design which ultimately leads to provide clues that will draw out the future oriented designs.

The goal is to learn the basic knowledge and methods of computer modeling and video image production necessary for industrial design in the digital era and to strengthen professional capabilities such as producing practical contents and simulations.

This course equips students with the understanding of general and basic industrial design process through basic industrial design process. This course prepares students with the basis of a designer that may be able to cope with the environment of multi-faceted, diversifying modern industrial design market by having them experience step by step practical design process.

This course helps students to establish creative and rational insights of a designer by rationally cultivating creative thinking process. Students learn the design that broadens the activity areas to business, communication, and environmental field.

Understand and learn through analysis of the basic visual components of three-dimensional design, such as lines, surfaces, and solids, and their formative correlations. The purpose is to improve aesthetic sense through the creation of visually beautiful things. This class is the basis for shaping product and environmental design that will be specifically expressed in future practice. By understanding and analyzing the morphological meaning implied by three-dimensional solids in space, you can illuminate your thoughts in human emotional language and use various materials. Learn the process of expressing it as a morphological language.

This course cultivates the ability to realize formative harmony in the composition, arrangement, and form development of important elements that define the character of space. Understand the structural requirements of space through a systematic process, and analyze and compare the correlation with space (indoor, outdoor). Develop the ability to maximize visual effects using space and spatial components.

Learn computer programs for 3D modeling, virtual reality, and augmented reality, which are basically required for prototyping and simulation production in the industrial design field. Learn how to operate various devices and basic knowledge through understanding the theoretical background and practical studies.

The goal is to study the characteristics and diversity of materials required in the development and application process of design and develop and produce direct prototypes through understanding the relationship between structures appropriate for each material. Through hands-on practice, the characteristics of materials are identified, structural aspects are also explored, and results are derived through a practical problem-solving process of equipment operation and processing methods required for prototyping.

Based on basic knowledge of virtual reality, augmented reality, and 3D modeling to meet the needs of various actual industrial sites, learn the ability to professionally implement various expressions needed in the field of industrial design in actual product prototype implementation and simulation production.

This course aims to identify the needs of various consumers and develop design products necessary for our real lives. Learn effective design processes, understand the overall flow of product development, learn how to apply it until production, and learn the organic relationship between form, function, and materials.

A subject that combines design and business, it learns market research, competitive analysis, goal setting, marketing and branding strategies and vision establishment based on design theory and design business strategy. Based on this, we learn how to understand design ethics and social responsibility, sustainable design development and business models, design products and services and bring them to market, and how to integrate project management knowledge and designed products into business services.

User Experience(UX) design studies the physical user interface design development process of products, websites, applications, or all digital devices, and learns new experiences and design processes of users. Based on user interviews, observations, surveys and usability tests, user requirements, experiences, usability analysis, etc., information architecture, interface design, user test, prototype construction, user experience design, information visualization design, etc.

Mobility design includes transportation systems and all eco-friendly transportation designs. Learn electric vehicles, bicycles, personal means of transportation, trains, buses, aircraft, transportation systems and logistics design, as well as user experience and convenience design for them. Learn how to develop and sketch design ideas, how to solve design problems, safety design principles, prototype construction, and efficient design techniques.

Interior space design learns the various skills and concepts needed in the process of designing and developing a space. Understand the fundamental theory and design principles of interior design, and learn how to effectively plan and implement space and design trends, color theory, spatial planning and layout, structural design, lighting, materials and furniture texture research, etc. in consideration of user convenience, safety and design beauty.

Innovative design learns how to develop design techniques that creatively solve various problems. To this end, through various creative techniques and approaches such as design thinking processes, design three-dimensional design, 3D printing, prototype fabrication, physical computing, and basic pi-seon, we learn design techniques and processes to solve essential problems and prototype innovative solutions into products or services.

It is based on the technologies, concepts and strategies needed to design and innovate products and services themselves in the service industry. Identify the needs, behaviors, needs, goals, behaviors, and experiences of users through collaboration of members and service design processes. Learn service blueprints, visualizations of interactions between stakeholders, service paths and scenarios, service experience visualizations, user journey maps, prototyping and testing, new service concepts and business model development to learn user experience and design methods used in restaurants, hotels, banks, healthcare institutions, retail, and a variety of other services.

Through the mobility design process, we learn how to create prototypes through 3D printing such as 2D, 3D drawing and modeling and rendering. Through this, you can learn deeper design practical knowledge and portfolio production skills.

Through the indoor space design process, new spatial design concept definitions and designs are learned. Learn spatial design principles, 2D and 3D drawing production and methods, and deep practical expression methods and prototypes production.

By specifying the concept definition created based on the innovative design process, we learn the test process for problem solving such as design three-dimensional design, 3D printing, working prototype construction, physical computing, and basic pi-seon, and the process of producing innovative presentation skills and prototypes.

AI and humans combine to develop new innovative product design solutions and learn how to always make the user experience work. To this end, innovative design methods such as understanding the basic concepts and principles of artificial intelligence technology, data analysis and visualization, utilization of AI tools and platforms, development of AI collaboration ideas, data analysis, and destructive design concept design are learned.

Learn to apply differentiated design approaches and perform creative thinking processes to products and environments that are integrated with the smart technology of the new knowledge industry. Based on an understanding of the diversity of future users and predictions of their lifestyles, the design is designed by integrating more essential and in-depth innovative insights.

Learn technologies, concepts and strategies, and design designs for designing future urban and environmental spaces considering sustainability, technological innovation, social change, etc. for urban and indoor and outdoor spatial design. Through the spatial design process, future urban and spatial design and planning are understood and the design process is learned, focusing on urban and regional planning, sustainable design, digital design, smart city, social culture and space, future trends and design projects.

Comprehensive industrial design is a capstone process that understands the entire process of total design and learns various skills, theories, and practical knowledge necessary to design and develop products, services, UX, mobility, space, etc. Students study learning with the aim of developing practical design projects such as finding problems, solving design problems, defining concepts and establishing strategies through teamwork.

Based on new product design development solutions of AI and human combination, we learn to create deep design methods and results such as automation and optimization of design processes, artificial intelligence user ethics, design trend prediction and analysis, business decision support, prototype construction, and design outcome evaluation.

New industrial fields in the digital age maximize synergy effects and create high added value by integrating them into products, environments, and services through understanding the convergence of smart technologies. We present innovation processes and integrated design methodologies necessary to create new future businesses, derive insights, and propose services and design solutions optimized for users.

Based on urban and indoor and outdoor spatial design processes, the goal of learning is to solve problems and create prototypes arising from the deep design design process. Learn the design design process.

Based on the basic process of industrial design comprehensive design, we aim to learn the advanced capstone process. Focusing on practical knowledge, the study aims to develop final design projects such as design problem solving process, design supplementation and improvement, test model production, experimentation and evaluation.