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Improvement to Production of Cassava as An Economic Potential of The Residents of Dawuhan Village I. Ghozali; S. Zuhri; S. Zuhri
Nusantara Science and Technology Proceedings International Seminar of Research Month Science and Technology for People Empowerment.
Publisher : Future Science

Show Abstract | Download Original | Original Source | Check in Google Scholar

The potential of cassava tubers as a food ingredient that is widely available in Indonesia, especially the dawuhan village as a thematic KKN location that has abundant agricultural products and can be developed as processed products that have a higher economic value and is able to increase economic productivity for local villagers. Processed cassava products into cassava chips are products that have high market value, especially as products that can lift the image of the village to become a guided village with cassava chips that have a high flavor. The ability of rural communities to process products is still limited in terms of technology use and the ability to process these processed products to be more delicious, tasty and trendy. Utilization of production equipment such as chopper machines, slicing machines and a good packaging system can increase cassava chips processed products into products that have a high selling value and can be a source of income for the majority of rural communities, even later can encourage rural tourism of local specialties. The results of the application in the field can be produced that increasing production capacity and production quality can continue to be developed by utilizing these production tools and developing better packaging technology so that processed cassava chips products can compete with other products that have already developed.

The Strategy of Smart Shading System in The Residential Building at Surabaya Syaifuddin Zuhri; Imam Ghozali; Karina Firdauzy
Nusantara Science and Technology Proceedings 5th International Seminar of Research Month 2020
Publisher : Future Science

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.11594/nstp.2021.0964

Climate has a very decisive influence in influencing comfort conditions in space, one of which is its effect on lighting in the room. This lighting performance is greatly influenced by the performance of the openings that allow sunlight to enter the space so that the light intensity in the room can increase. There is a linear relationship between light intensity and aperture, so we need a way to optimize the performance of openings that can be controlled with a shade system or a device that can control the entry of sunlight into space. Active sunshade model or smart shading is one strategy to control incoming sunlight dynamically and to follow changes in light intensity that enters space. This actively adapting shading device is a shading device consisting of a vertical plane consisting of two panels that can move up and down according to the needs of room light intensity. This device is controlled by a control device that gets the light intensity data input from a sensor that is placed in the room to control the light intensity in the room. From the shading device that has been made, it is found that the performance of the device can adapt activities to the light intensity of space ranging from 100-200 lux in daytime conditions with an average panel opening of 12.81-14.42% of the window area.

Provision of Modular System Home for Post-Disaster Communities Syaifuddin Zuhri; Imam Ghozali; Joumil Aidil Saifuddin
Nusantara Science and Technology Proceedings 7st International Seminar of Research Month 2022
Publisher : Future Science

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.11594/nstp.2023.3301

Disaster is a very sad condition for the victims of the disaster, which destroys, eliminates, and destroys all aspects of people's lives, even the lives of relatives affected by the disaster. The destruction of infrastructure, buildings, and houses experienced by the victims caused them to have no shelter and shelter for themselves and their relatives. The absence of shelter for them after the disaster will cause very worrying problems and will have a continued impact on their next life. Housing as a temporary shelter for them is a very urgent need and it is very important to be held quickly to meet the needs of their next life. The provision of fast housing for victims affected by disasters is the focus of this research. The method of providing fast homes with a modular system is a building method where building components are built based on module units. These modules are assembled and assembled for easy use and disassembly. This type of house is increasingly being adopted in many areas, especially in areas where there are many disasters, because of its speed and efficiency. In this study, the aesthetic aspects and the flexibility of the container are excluded, but the emphasis is on the availability of basic residential space and the arrangement of the basic space module. Therefore, various efforts have been made to meet user demands for different living spaces by using only a few module units using a one-room system consisting of a living room, kitchen, bathroom, and sleeping area sufficient to meet basic living needs. daily. The function of the building is divided into three zones: service, public, and private.

The Role of Local Wisdom Values in Realizing the Concept of Building Planning and Environment in Gresik Syaifuddin Zuhri; Imam Ghozali; Linggarkalbuadhi B. Lukito
Nusantara Science and Technology Proceedings 7st International Seminar of Research Month 2022
Publisher : Future Science

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.11594/nstp.2023.3302

Gresik has a wealth of architectural buildings as historical buildings that are very diverse and spread in almost all areas of the city because the potential of the historic building can be to strengthen local identity. On the other, currently the growth of urban buildings in the Gresik area still only prioritizes functional needs, especially commercial buildings or buildings that have economic potential, especially those located on the main roads of Gresik. The visual growth of these buildings does not take into account the values of local wisdom that can characterize the appearance of local buildings, and even now many are neglected and are not even a major consideration in the current city's visual design thinking. The symbolization of the city must of course be a guide in regulating the visual growth of the city, it can develop according to the architectural potential of the old city which can be expressed in the design of the building or environment. The author's thought in this study is how is the role of local wisdom values as a source of approach in regulating visual design guidelines for building layouts and the local environment, especially in commercial buildings which have been growing quite rapidly. The research uses the descriptive analysis method through observation and literature study in an effort to solve research problems that arise in the field. The preparation of the design process uses an iconic approach to get the visual characteristics of the city that are expressed in buildings. The visual potentials of the city originating from old buildings can be input in the design process and make these potentials as markers of a place or environment in an effort to create the characteristics of a place or environment.

Portable Innovation of Structures in Building Prototype Home to Residential Settlement at Disaster Location Zuhri, Syaifuddin; Subiyantoro, Heru; Ghozali, Imam; Saifuddin, Joumil Aidil
Nusantara Science and Technology Proceedings 8th International Seminar of Research Month 2023
Publisher : Future Science

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.11594/nstp.2024.4160

The development of post-disaster residential building prototypes is a build-ing design prototype intended for disaster homes that have been designed in previous research. The next research that’s improved on the aspect of reliability in terms of the use of structures, materials, and construction used in the prototype that's can be applied in the field according to the needs of users who are comfortable and safe. To find the optimal building design from the aspect of building safety so that it does not collapse, it is necessary to take into the aspects of equilibrium of form, geometric stability, and rigidity shape that can stand upright and function when inhabited. The composition of the building elements consists of floor, wall, and roof elements that are composed of building materials using light weight steel. The structural arrangement used uses the truss method as a structural system that is simple and easy to implement. To get confidence that the building can stand upright and not collapse due to the loads acting on it, it is necessary to do an analysis using the problem-solving analysis method in stages on the building structure. The treatment results found that the level of displacement of the building caused by horizontal loads did not significantly affect the shape of the building, meaning that the building could still function according to its use. The use of light steel material for the Canal C-75 Smart Truss Classic Frame which is used as a roof frame and wall structure is still able to overcome vertical or horizontal loads acting on the building. This is done so that the confidence that the planned building prototype can be implemented safely in the field as expected.

Portable Innovation of Structures in Building Prototype Home to Residential Settlement at Disaster Location Syaifuddin Zuhri; Heru Subiyantoro; Imam Ghozali; Joumil Aidil Saifuddin
Nusantara Science and Technology Proceedings 8th International Seminar of Research Month 2023
Publisher : Future Science

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.11594/nstp.2024.4160

The development of post-disaster residential building prototypes is a build-ing design prototype intended for disaster homes that have been designed in previous research. The next research that’s improved on the aspect of reliability in terms of the use of structures, materials, and construction used in the prototype that's can be applied in the field according to the needs of users who are comfortable and safe. To find the optimal building design from the aspect of building safety so that it does not collapse, it is necessary to take into the aspects of equilibrium of form, geometric stability, and rigidity shape that can stand upright and function when inhabited. The composition of the building elements consists of floor, wall, and roof elements that are composed of building materials using light weight steel. The structural arrangement used uses the truss method as a structural system that is simple and easy to implement. To get confidence that the building can stand upright and not collapse due to the loads acting on it, it is necessary to do an analysis using the problem-solving analysis method in stages on the building structure. The treatment results found that the level of displacement of the building caused by horizontal loads did not significantly affect the shape of the building, meaning that the building could still function according to its use. The use of light steel material for the Canal C-75 Smart Truss Classic Frame which is used as a roof frame and wall structure is still able to overcome vertical or horizontal loads acting on the building. This is done so that the confidence that the planned building prototype can be implemented safely in the field as expected.

Provision of Modular System Home for Post-Disaster Communities Syaifuddin Zuhri; Imam Ghozali; Joumil Aidil Saifuddin
Nusantara Science and Technology Proceedings 7st International Seminar of Research Month 2022
Publisher : Future Science

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.11594/nstp.2023.3301

Disaster is a very sad condition for the victims of the disaster, which destroys, eliminates, and destroys all aspects of people's lives, even the lives of relatives affected by the disaster. The destruction of infrastructure, buildings, and houses experienced by the victims caused them to have no shelter and shelter for themselves and their relatives. The absence of shelter for them after the disaster will cause very worrying problems and will have a continued impact on their next life. Housing as a temporary shelter for them is a very urgent need and it is very important to be held quickly to meet the needs of their next life. The provision of fast housing for victims affected by disasters is the focus of this research. The method of providing fast homes with a modular system is a building method where building components are built based on module units. These modules are assembled and assembled for easy use and disassembly. This type of house is increasingly being adopted in many areas, especially in areas where there are many disasters, because of its speed and efficiency. In this study, the aesthetic aspects and the flexibility of the container are excluded, but the emphasis is on the availability of basic residential space and the arrangement of the basic space module. Therefore, various efforts have been made to meet user demands for different living spaces by using only a few module units using a one-room system consisting of a living room, kitchen, bathroom, and sleeping area sufficient to meet basic living needs. daily. The function of the building is divided into three zones: service, public, and private.

The Role of Local Wisdom Values in Realizing the Concept of Building Planning and Environment in Gresik Syaifuddin Zuhri; Imam Ghozali; Linggarkalbuadhi B. Lukito
Nusantara Science and Technology Proceedings 7st International Seminar of Research Month 2022
Publisher : Future Science

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.11594/nstp.2023.3302

Gresik has a wealth of architectural buildings as historical buildings that are very diverse and spread in almost all areas of the city because the potential of the historic building can be to strengthen local identity. On the other, currently the growth of urban buildings in the Gresik area still only prioritizes functional needs, especially commercial buildings or buildings that have economic potential, especially those located on the main roads of Gresik. The visual growth of these buildings does not take into account the values of local wisdom that can characterize the appearance of local buildings, and even now many are neglected and are not even a major consideration in the current city's visual design thinking. The symbolization of the city must of course be a guide in regulating the visual growth of the city, it can develop according to the architectural potential of the old city which can be expressed in the design of the building or environment. The author's thought in this study is how is the role of local wisdom values as a source of approach in regulating visual design guidelines for building layouts and the local environment, especially in commercial buildings which have been growing quite rapidly. The research uses the descriptive analysis method through observation and literature study in an effort to solve research problems that arise in the field. The preparation of the design process uses an iconic approach to get the visual characteristics of the city that are expressed in buildings. The visual potentials of the city originating from old buildings can be input in the design process and make these potentials as markers of a place or environment in an effort to create the characteristics of a place or environment.

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