Today, airports and passenger terminals requires a lot more complex functionality as it becomes the more common means of transportation. To reflect such transition, modern mega-airports are designed to provide the complex functions and services. Also, LCC(Low Cost Carrier terminal), ubiquitous processing, higher security and retail & convenience facilities have been key issues to plan transportation facilities.

Cultural and exhibition spaces are the indicators that reflect the cultural level of the local. Cultural imaginations are embodied and visualized through space. SAMOO has contributed in establishing the local identity by designing numerous cultural and exhibition projects from art galleries, performance halls, theaters, and botanical gardens, to restoration buildings.

Latest medical facilities are changing their identity from a function-centered facility to a patient-centered healing space, and they are demanding a new type of space which can accommodate advancing technology and newly emerged digital devices. Moreover, due to the recent outbreak of contagious diseases, more tightened legal regulations that affect healthcare facility design are being implemented. Therefore, healthcare facilities should be prepared always to respond to varied changes. SAMOO has database in preparation for such situations as well as knowhow that allows it to suggest an optimized solution based on its vast design experience even in a very new circumstance.

SAMOO Architects & Engineers is specialized in design of industrial facilities with expertise in field of architecture, structural, HVAC, process piping, fire protection, electrical, automatic control, gas chemical system, civil engineering, sustainability and energy efficiency, and know-how to perform fast-track and cost-saving design.
By analyzing the latest trends of the high-end industrial facilities, we provide sustainable solutions and complex structural system for fabrication facility, and high-efficiency system for utility stability.
We have global-top technology as a comprehensive architecture-engineering firm based on many years of experience. Our continuous investment in research and development of new technologies make us the leader of Global Smart FAB.

A mixed-use complex development requires an efficient land use strategy which can organically combine more than three programs among various programs such as commercial, office, residential, culture and entertainment. At this time, along with a stereoscopic consideration of various aspects in terms of time, space, symbolism and feasibility as well as a measure for physical and functional integration of different components, it needs a coherent development plan, procedural implementation and specialized design strategy based on a wide range of experience and know-how for mixed-use projects.

Due to diversification of industry, offices are being required to have more diverse work environments. Therefore, through a detailed study on users and close communication with them, SAMOO tries to establish a bespoke work environment which is optimized for its business type and company culture. Not a uniformed space but a creative work space that guarantees a higher user satisfaction is what SAMOO aims to design.

The recently expanded research scope and diversified studies have called for creating a versatile multidisciplinary research environment. And the development of research equipment and the expansion of public space are underlining the importance of flexibility and efficiency in space use. Such circumstance demands a new type of space which is differentiated from conventional function-centered facilities and enables multi-dimensional communication among research groups. Using its matured capabilities that have been accumulated throughout various architectural design projects. SAMOO analyzes and studies research environments to design a space which doesn’t only provide functional supports but also provokes communication and creativity.

Developing various housing types which can accommodate different social groups and lifestyles altogether relates to designing customized facility or space for an aging society with low birth rate. The change in average number of people per household due to the proliferation of nuclear families and single-elderly households proves the necessity of housing type development which can embrace such life changes. And, developing new housing type as alternatives to deteriorated detached and apartment housings is also an important task for future housing design. In the context of urban regeneration and old downtown revitalization, ‘low-rise high density multifamily housings’ can be regarded as one of the promising solutions among other redevelopment, reconstruction and remodeling schemes.

Challenging the limitations of technology has given birth to innovative design solutions such as parametric design. Based on our wide variety and large-scaled project experiences, SAMOO has a special group of professionals with high technical expertise. Our specialized team aims for designing a column-less space with lightweight structure while realizing a creative design and construction cost savings at the same time.
With 3D simulation technology, SAMOO conducts various technical reviews such as spectator’s view angle, solar orientation, acoustics and lighting. Through the detailed reviews and analysis, we achieve an optimized design for sport facility.

Unlike other buildings, data centers are unique in that they can withstand any adverse conditions. It reflects the essential requirements for redundant system, such as applying the highest level of earthquake resistance, redundant power in case of a power outage, power supply through emergency generators even if the power supply is interrupted, and redundant equipment and piping to cool the servers.
In order to solve these various conditions and design the optimal space, we would like to review interference in real time with BIM design and minimize errors during construction with excellent consistency with drawings.

Modular construction simplifies traditionally complex construction processes by using standardized products, thus improving construction efficiency by 30%. Factory-based production systems enhance quality by 20%, and pre-design review processes increase project predictability by 30%, effectively eliminating project variability.
The application of dry construction methods for module connections allows for easy disassembly, flexible movement, and structural modifications, enabling proactive responses to future demands. Complete reusability of modules not only reduces waste but also lowers carbon emissions, aligning with ESG management principles.