DESIGN OF MICRO-SPACES: MAXIMUM EFFICIENCY OF 1 M² OF SPACE

SCIENCE AND INNOVATION INTERNATIONAL SCIENTIFIC JOURNAL VOLUME 4 ISSUE 11 NOVEMBER 2025 ISSN: 2181-3337 | SCIENTISTS.UZ 48 DESIGN OF MICRO-SPACES: MAXIMUM EFFICIENCY OF 1 M² OF SPACE B.R. Haqberdiyev1, M.Sh. Ismagilova2 Alfraganus University Comprehensive, Associate Professor, Department of Sciences, PhD, Uzbekistan1 Alfraganus University Faculty of Tourism design direction Diz 23/1 group of student, Uzbekistan2 https://doi.org/10.5281/zenodo.17854440 Abstract. This article is devoted to the issue of using micro-spaces in modern architecture and interior design, in which the principles, methods, technological solutions and psychological factors to ensure the maximum efficiency of 1 m² of space are perfectly analyzed. The study covers increasing urbanization, problems in the housing market, changes in modern lifestyles, ergonomic requirements, transformational furniture, modular systems, composite approaches, and environmental benefits. The article deepens scientific views on micro-architecture and defines future perspectives. Keywords: micro-space, compact interior, transformational furniture, ergonomics, minimalism, modular system, urbanization, micro-architecture. Introduction The rapid development of modern cities, the increase in population density, the regular increase in housing prices, and the change in attitude towards the economic value of space have caused the emergence of completely new views in the field of architecture and design. Today, square meters are becoming a more important resource than ever. Especially in large megacities, apartments with small or very small areas have become the norm. Such conditions dramatically change people's perceptions of space, criteria for assessing comfort, and interior requirements. As a result, the use of micro-spaces, that is, ensuring the maximum efficiency of a very small space, has become a separate scientific and practical direction. This field, called micro-space design or micro-architecture, is actually a new phase of rethinking space, proving that even a space as small as 1 m² can perform multiple functions with the right approach. Not having a large space used to be seen as a disadvantage by many, but today the smart use of micro-spaces is recognized as a degree of innovation, design skill and even to some extent intellectual excellence. The process of developing micro-spaces requires an in-depth analysis of all aspects of human activity. It is not only physical space placement, but also a combination of very complex processes such as psychological comfort, aesthetic harmony, ergonomic calculations, radius of movement, storage options, lighting, material selection, application of transformational mechanisms. Especially working with a space of 1 m² requires a lot of attention, breadth of thinking and experience from the designer, because every centimeter is important in such an area. If we look at the history of the design of micro-locations, it can be seen that its roots go back to ancient residential systems. For example, the variability of space in Japanese houses, raising the bed during the day with the help of futons, the tatami system, as well as mobile homes with trolleys in Europe, the functional structure of countries in Central Asia are the first examples SCIENCE AND INNOVATION INTERNATIONAL SCIENTIFIC JOURNAL VOLUME 4 ISSUE 11 NOVEMBER 2025 ISSN: 2181-3337 | SCIENTISTS.UZ 49 of micro-space management. These historical experiences serve as a valuable source of inspiration for today's designers. However, the main factor that shaped the micro-space as an independent professional direction was the urbanization of the 21st century. Especially in cities such as Tokyo, Seoul, New York, Singapore, and London, special micro-space design studios have appeared. These, in turn, increased the need to study micro-locations on a scientific basis. At the heart of modern micro-space design is one principle: to combine many functions in one space. This means that one space should perform several tasks at the same time or at different times. For example, a space of 1 m² can sometimes become a workplace, sometimes a storage space, sometimes a mini kitchen or a sitting area. Here, the designer focuses on the dynamic nature of the space, rather than the permanent one. Thus, each element must have a transformational property. Transformative furniture is the heart of micro-spaces. They allow to reshape the space according to time and situation. For example, beds that go into the wall, folding tables, sliding panels, wardrobes with a lifting system, telescopic furniture legs, multi-level seats, modules that allow you to quickly move from bed to workplace, from kitchen to dining area - all this allows you to make 1 m² more efficient. In addition, smart technologies also play an important role in microspaces. Sensor-controlled lighting systems, automatic folding furniture mechanisms, lifting monitors, hidden kitchen elements are becoming an integral part of the micro-space concept. ( picture 1.) Picture 1. In micro-places, the issue of psychological comfort is also important. Living in a small space can be stressful for many people. Therefore, the design should serve to ease the mental state of the person. For this, the use of light colors, maximizing natural light, cleaning the house from unnecessary items, following the principles of minimalism, and creating reflective surfaces are used. In the selection of colors, white, light beige, light brown, pastel colors, elements of natural wood texture are used more often. In the lighting system, multi-point, soft, eye-pleasing light is important. SCIENCE AND INNOVATION INTERNATIONAL SCIENTIFIC JOURNAL VOLUME 4 ISSUE 11 NOVEMBER 2025 ISSN: 2181-3337 | SCIENTISTS.UZ 50 When talking about the possibilities of 1 m² of space, many people cannot imagine it. In fact, even in huge buildings, there are hundreds of micro-spaces that are unused and ignored. Narrow spaces between furniture, empty areas along the wall, vertical space from floor to ceiling, zone under the window, space above the door - each of these can be 1 m² and all can be used to the maximum. Especially the use of vertical space is one of the most important factors of microdesign. A twoor three-story functional zone is created by thoughtfully using 1 m² in terms of height. For example, a workplace can be placed in the lower part, a bed in the upper part, storage zones inside the wall. Ecological approaches are also of particular importance in micro-design. A small space requires less material, uses less energy, and has lower heating and cooling costs. In this respect, micro-locations also correspond to the concept of ecological sustainability. Also, the ability to provide multiple functions with few resources is one of the main advantages of micro-architecture. In addition, the future of micro-spaces looks extremely bright. As big cities become denser, micro-apartments increase. More perfect approaches to the use of 1 m² will be developed. Smart home systems, robotic furniture, automatically transforming modules, digital control elements, space management systems based on artificial intelligence will be introduced. Microarchitecture has the ability to fundamentally change a person's attitude to space. Thus, the maximum efficiency of 1 m² of space is one of the most interesting and complex areas of modern design. It is important not only in the conditions of shortage of space, but also reshapes the human need for space. The design of micro-places is creating a new stage of lifestyle, combining principles such as functionality, ergonomics, aesthetics, psychological comfort and energy efficiency. The issue of micro-locations also creates a process of re-understanding the interaction of man with space. The idea that a person needs a large space to feel comfortable has started to lose its power in modern urban life. In fact, comfort is manifested not in the size of the area, but in the conscious design of the space. Therefore, in the creation of micro-spaces, the central focus is on the study of human activity to the smallest detail. The analysis of every movement in small spaces, body position, daily practical habits of a person, micro-movements such as sitting-turningstretching is the main starting point in design. Even the simplest actions of a person during the day are re-examined on a deep scientific basis in micro-space. It requires the cooperation of not only designers, but also anthropologists, psychologists, ergonomists and technologists. The effect of space on human psychology is one of the most important aspects of microdesign. Making a small space feel big, not making a big space small, is the true mastery of microdesign. In order to eliminate feelings of narrowness, pressure, suffocation, and dampness that appear in a small space, it is very important to choose the right light, color, material, texture, and space composition. For example, solutions such as expanding the entrance angle of natural light, using hidden lighting lines, using visual techniques that make the ceiling appear higher, and planning the connecting lines of the walls flatly create a feeling of openness in a small space. In particular, the use of glazed surfaces, priority of vertical lines and a refined composition with minimal objects create a breathing space within the micro-space. Also, the location of objects in the micro-space has a separate theoretical basis. Visual weight should be evenly distributed in space so that the human eye does not feel visual disorder when it moves from one point to another. Whether the objects are made of wood, metal or plastic, their corners are rounded or straight, even the degree of gloss of the surface has an important psychological effect in the micro-space (picture 2). For example, furniture with sharp corners can SCIENCE AND INNOVATION INTERNATIONAL SCIENTIFIC JOURNAL VOLUME 4 ISSUE 11 NOVEMBER 2025 ISSN: 2181-3337 | SCIENTISTS.UZ 51 create a dangerous, cramped and unnatural environment in a small space. On the contrary, rounded shapes provide psychological comfort. Therefore, many design schools around the world recommend precisely rounded composite elements for micro-spaces. Picture 2. Another very important layer of the design of micro-locations is the optimal organization of storage systems. Many people think that it is impossible to create order in a small space, but in practice, the most perfect order appears in small spaces. Vertical cabinets, storage areas under the ceiling, panels hidden inside the door, boxes under the seat, free structural areas inside the wall - all this makes a space as small as 1 m² as functional as possible. The main task of these systems is to make the space look empty and orderly. Since the sense of order in the human mind is directly related to comfort, the creation of order in the micro-space on a scientific basis becomes an integral part of psychological well-being. As technology advances, so do solutions for micro-spaces. With the help of smart home systems, furniture can automatically raise, fold, disappear or switch to another function. Lighting can automatically change to match the mood, heat-sensitive wall panels can control the microclimate within a micro-space, and touch panels allow you to assemble a kitchen or workspace in seconds. European and Asian design studios are currently testing robotic furniture systems. Such furniture changes its position after the person leaves the place and minimizes the space. This makes a small space more functional. The role of micro-spaces in global urban life is not limited only to housing. Today, many large corporations have begun to introduce the use of micro-locations in offices. For example, personal work capsules designed for 1 m² are being created. These capsules contain desks, monitors, lighting, ventilation, soundproofing materials and even a mini-storage area. These types of micro-spaces create a quiet, secluded place for office workers to concentrate. Airports, libraries, and universities are also expanding the use of micro-capsules. SCIENCE AND INNOVATION INTERNATIONAL SCIENTIFIC JOURNAL VOLUME 4 ISSUE 11 NOVEMBER 2025 ISSN: 2181-3337 | SCIENTISTS.UZ 52 The advantage of micro-spaces from the point of view of ecological sustainability is that they require less energy, are built from less materials, and have very low maintenance costs. Heating or cooling a small space requires several times less energy than a large space. This is especially important in collective living spaces, small apartments and student dormitories. The use of ecological materials, recycled wood, bamboo, metal, glass and types of ecological panels are ideal solutions for micro-spaces. The future of micro-locations is expected to be more innovative. As the integration of technology and design increases, all aspects of human life in micro-spaces will come under digital control. With the help of virtual reality, it will be possible to feel in a large space in a small place. Walls are given the illusion of a wide area by means of holographic technologies. In the future, micro-spaces can be widely used not only for living, but also as zones for creative work, study, and medical recovery. Conclusion Today, humanity is moving from the era of large spaces to the era of functionality. The design of micro-spaces is not just about creating order in a small room, but about rediscovering the nature of space. It is not only a design, but a part of philosophy, thinking and modern lifestyle. An extremely small space of 1 m² can contain almost all the functions of human life, not giving up comfort, psychologically balanced and ecologically stable. Therefore, the design of microlocations will continue to develop as one of the most relevant directions of the 21st century. REFERENCES 1. Rustamovich, H. B. Zamonaviy taʼlimda muhandislik grafikasi va dizayn fanlarni integrativ yondashuvlari. 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