bluuebunny/crossref_metadata_2025_split huggingface dataset:
Analysis of the supply chain performance measurement system using the SCOR 12.0 and the value stream mapping method approach towards sustainability strategy (case study: power generation company in Indonesia)
Authors: Khair Fauzi , Rini Sartika 
Published: May 2023

Abstract
Indonesia’s electrical energy potential is very significant in supporting the manufacturing and service industries. The efforts of state power companies to manage their supply chain systems require a sustainable strategy to increase end-customer satisfaction in global competition. One strategy in achieving sustainable competence can be done through measuring and managing supply chain performance using the SCOR Method and Value Stream Mapping (VSM). The implementation of these two methods will be able to integrate every process and decision making in increasing productivity, especially in the company’s supply chain activities. Measurements result of the supply chain performance on XYZ Berau Company from 2019 to 2021 by implementing the SCOR 12.0 and the value stream mapping (VSM) method showed an increase, where the realization of supply chain performance in 2021 was 91.42 with a good category. However, there is still a gap in the KPI value of 8.58, where the highest Gap value is in KPI P-3 material fulfillment duration. For 2021, the Gap Value for KPI P-3 material fulfillment duration is 4.17 or 48.60% of the total existing gap. The application of the VSM method shows that for KPI P-3 material fulfillment duration, the value-added ratio current state is 63.57% with a value-added activity of 44.5 days, compared to the total process cycle time of 70 days. Research recommendations have brought improvement, resulting in the value-added ratio future state increased by 98.89%, with value-added activity for 44.5 days, from the total process cycle time of 45 days. So, the 45 days target for KPI P-3 material fulfillment duration can be achieved.
Study of flood mitigation system for improving the resilience of pluvial flood control of south Jakarta. (Case study: Ciledug raya, Cipulir.)
Authors: Yosua Horas , Kusuma Muhammad Syahril Badri , Nugroho Joko 
Published: May 2023

Abstract
Flooding is the inability of the channel capacity to accept stormwater so that it overflows into the surrounding area. The main problem of flooding in Jakarta is not in the main channel but in micro drainage which is commonly known as pluvial flooding. This research was conducted to increase resilience (reduce the risk of flooding) by making a device that is able to handle floods that can reduce the height and time of flooding in a location where flooding occurs. Floods cause damage. The parameters that are very important in determining the damage are inundation height and inundation duration. The methodology used in this research is to combine early warning system and emergency response based on hydrology engineering, hydraulics engineering and data science. The approach taken is to use an emergency response using the help of an early warning system. The emergency response used in this study is based on a mobile pump and its equipment and power that can be moved at any time. The emergency response is to use an early warning by predicting the microphysical symptoms of clouds that occur in the atmosphere. Emergency response is needed to cooperate together with early warning system in pluvial flooding problem. Unifying early warning system and emergency response system that this research called flood device is able to reduce the depth and duration of inundation.
An Overview of Wastewater from Traditional Tofu Industries in Sugihmanik Village, Grobogan Regency and its Appropriate Treatment Alternative
Authors: Sumiyati S , Syafrudin  , Nugraha M F D , Hartini S , Sudarno  , Ramadan B S , Budihardjo M A 
Published: May 2023

Abstract
Most traditional food industries in Indonesia are not complying with the expected environmental standard due to a lack of knowledge and environmental behaviour. Environmental damage in Sugihmanik, Purwodadi Regency, is one of the examples of the side effect of tofu industrial activities. At least 98,120 l of wastewater is disposed directly into the river daily. This manuscript presents the current situation of traditional tofu industries in Sugihmanik Village and analyses the most appropriate treatment design for tofu industrial wastewater. The descriptive method was used to identify the current practice to protect the environment. A hierarchical analytical process (AHP) was used to choose which wastewater treatment is suitable to be implemented there. This research also presents a practical method to identify the current flow of wastewater. The result shows that the wastewater produced by each tofu industry is 29.7 m3/ton of soybean used in the process, which less than the recent literature. AHP result also shows that up-flow anaerobic sludge bioreactor (UASB) has become the most appropriate wastewater treatment for the tofu industries.
Developing a green campus initiative: Exploring the stakeholders’ perceptions
Authors: Rosidah Rosidah , Nathania Lila 
Published: May 2023

Abstract
The paper aims to study the perception of a campus stakeholders on environmental issues in the concept of green campus. It is also to provide insightful information for the initiator to better promote green campus activities. By understanding the stakeholders’ perceptions, it is expected that a campaign to promote a green campus will be more effective. Qualitative research was conducted for this study. The data was collected using a survey with open-ended questions to 108 respondents. Their qualitative responses were analyzed by carrying out content analysis. The findings show a basic level of awareness and knowledge of green campus activities. There are also some major concepts stated and pointed out by the respondents that provide insightful information and recommendation. It is also found some opportunities for more ideas to be explored for campaigning the concept of a green campus.
Acoustic Design for Urban Educational Buildings by Using Noise Tools, IBANA Calc and Ecotect
Authors: A’yun Qurrotul , Prianto Kusnul , Ratodi Muhamad 
Published: May 2023

Abstract
Classroom is an integral part of learning activities in educational buildings. Learning in the classroom can be effective and focused if it has a good acoustic design. Unfortunately, most educational buildings are spread out in urban areas, which have a high noise level. This research aims to find the best acoustic design for educational buildings in urban areas. By using Noise Tools, IBANA Calc and Ecotect as simulation method, the research discusses the handling of acoustic design for educational buildings in urban areas through 3 (three) things. (1) Providing a barrier with a height of 2.5 m can reduce noise in the outdoor area of the building from 47.5 to 60.9 dB; (2) The use of block concreates materials, glass laminated and metal panels on the facade of the building, reducing noise to a level of 27dB; (3) The use of framed plaster board and suspended ceiling materials, providing an acoustic response with an estimated decay at all frequencies under 3 seconds.
Exploring Indonesia’s Recycled-Plastic Waste Material in Interior Design for Sustainable Interior Eco-Planning
Authors: Marsahala Polin , Nediari Amarena , Roesli Christianto 
Published: May 2023

Abstract
The amount of plastic waste in the world has captured the attention of the world’s citizens. Creative solution is expected to develop plastic waste into sustainable products. Recycling process of plastic waste possibly will change the material into more useful raw material to be utilized into designed product. The concept of developing plastic waste as the raw material must accommodate the specific characteristic in terms of dimension, color, and the purpose of product. It is found that recycled plastic waste has opportunity to explore and apply in architecture and interior design projects, since it has strength and shape that can be modified based on demand. The focus of this research is the exploration of recycled plastic waste in interior design. How to design recycled-plastic waste for interior elements? The research method uses exploratory research, which the result of this study produces design sketches as a design proposal of plastic waste material exploration. It is to support the sustainable development goals where designers should contribute to achieve sustainable live for future generation. Global sustainability has become the main objectives of development in twenty-first century. Selected designs are proposed as the outcomes of this research. It is expected that recycled plastic waste will be recognized as potential material that likely to apply in interior design project as building material, interior, and furniture accessories.
Tropical Interior of Pick a Bite Startup using Sustainable Materials
Authors: Santoso S A , Pramono A , Wijaya S , Sutanto A P P , Yuninda C 
Published: May 2023

AbstractSnacks are types of food that are very popular among Indonesian people today because they have practical value and are suitable for modern lifestyles. However, snacks generally contain high sugar and calories, which are not good for health. From these problems, Pick a Bite, as a startup, is offering healthy and delicious snack products served in a cake shop. This store has a tropical design concept in its interior, starting from the floor, walls, ceiling, and furniture. This research aims to create an interior design for Pick a Bite startup using sustainability materials. The method used in this research is a single case study. The colour scheme used in the interior concept departs from the colours of the company logo. At the same time, the concept of sustainable materials is contained in the selection of materials in the shop interior. The floors and furniture use a wood texture made of environmentally friendly synthetic materials. The walls use white brick wallpaper motifs to emphasize the natural elements, while the lights used on the ceiling are energy-efficient LEDs. Using sustainable materials aims to reduce the negative impact on the natural environment.
Ecological Rural Expressions of Eko Prawoto’s Tectonic Architecture to Create Modern House Sustainability
Authors: Pratiwi E I , Sudikno A , Kusdiwanggo S 
Published: May 2023

Abstract
Global warming has been the biggest world problem since 19th century, leading us into famous architectural problem such as sick building syndrome. These problems seemed to be neglected by ‘human’ on earth, including architects who choose to create modern and minimalist residences with no ecological consideration. Clusters with identical materials and styles grew as new promising business properties, yet in the other hand it creates new ecological problems. Eko Prawoto, as an Indonesian architect has been living with ecological architecture conception to solve this global problem. He was awarded as the winner of pioneer category in Indonesian Cultural Award of Yogyakarta Special Regional Cultural Service in 2021, through his architectural idea of going back to nature and break the stereotype of expensive and outdated green architecture. This qualitative research aimed to revealed Eko Prawoto’s tectonic architecture expression in his two different residential works, conducted by biography architecture method. The result showed how eco-architecture applied in a very simple, detail, affordable and modern way through rural ideology of material selection, structure and construction. This research became new perspective of tectonic architecture ability to solve world’s ecological problems in rural ideology.
The application of Wastra Nusantara at the Lewis Organic : Sustainability of Indonesian culture in a Green Architectural Public Space
Authors: Salim P , Roesli C , Rachmayanti S , Hartono H 
Published: May 2023

Abstract
Green architecture to reduce global warming through interior design and sustainable architecture is very much needed. Indonesia is an archipelago country with diversity culture, including wastra that brings local content that need to be preserved. How to relate these two things to be introduced to the community is an issued to be discussed. Concerning the continuity of Indonesian wastra’s preservation, especially in the public space, becoming is an issue that needs to be reaffirmed in this modern era. The focus of this paper is the implementation of wastra Flores in public space can brings up the local content of Indonesia and inspiring the community also to brings out the value itself especially in green architecture environment space. The paper will be discussed the application of Flores motif design in coffee shop as public space that can be an inspiration for the guest and analyze green architecture aspect that support the coffee shop itself. The research was conducted in descriptive qualitative research consists of literature review on wastra Indonesia Flores and green architecture The results of this paper are the implementation of green architecture element in public space and wastra Flores can be shown to conservate the culture. The resulting design is expected to be an inspiration and educational value for other cafe and society in the contribution of Indonesia wastra richness on public space.
Market With Visibility Graph Analysis Method in Palmerah Central Jakarta
Authors: Ayesha D F , Ardiani Y M , Suryawinata B A 
Published: May 2023

Abstract
Visibility is an important element in commercial spaces. However, the importance of visibility in traditional markets–especially in Indonesia–are often overlooked during the design process. One of the markets with this problem is Palmerah Market in Central Jakarta. Palmerah Market is an intriguing topic for architecture research since Palmerah Market has three different functions in one building, such as traditional market, modern supermarket, and auto parts center. Yet, the elements that are supposed to be Palmerah Market’s potential is not operating the way it’s supposed to. This is a result of low visibility and low permeability to each of the market’s zones. This research uses a qualitative method. The data will be analyzed using space syntax theory specifically Visibility Graph Analysis (VGA), that will be simulated through depthmapX software. Visibility Graph Analysis is one of the innovative methods to resolve architectural problems such as visibility. Since visibility can be relative from person to person, it is important to have an indisputable instrument to prove the best visibility value. Visibility Graph Analysis can greatly help on the matter of visibility in the design stage. As a result, this instrument can improve future architectural designs innovatively and have a positive impact on the environmental aspect surrounding the design. The research output will be completed as a design concept of Palmerah Market that solves the design issues related to visibility, accessibility, as well as function. The simulation result has shown that there are several areas in the proposed floor plans that has high visibility points, and thus can be optimized as the main commerce area. Whereas areas with low visibility can be operated for the supporting facilites, such as service area.
Integrated Urban Farming Park: Implementing Permaculture Design Concept for Child Education of Agriculture in Jakarta
Authors: Dewi E P , Trikariastoto St , Kabul ER , Nurina  , Swartane IGA , Prijasembada  
Published: May 2023

AbstractThis article aims to provide recommendations for the design of an urban farming park in Jakarta that can educate children about agriculture and integrate it with other aspects and parties of the educational process. Urban farming educational facilities that are not only about plants, but also related to social, cultural and technological aspects. Permaculture is the basis used in the design, because this concept is the most appropriate answer to the threat of food insecurity and limited land for agriculture in cities. This permaculture-based Urban Farming Park is expected to facilitate proper learning about agriculture to children. The facilities provided must be able to teach agricultural techniques that are environmentally, economic, social and cultural. This urban farming park must also be able to teach youngsters about the harmonic integration of the landscape with people in order to provide food, energy, housing, and other material and non-material necessities in a sustainable manner.
A Simple Fuzzy Decision Support Model for Determining the Indonesian Green Cities
Authors: Utama Ditdit Nugeraha , Wibowo Nurcahyo 
Published: May 2023

Abstract
Green city is every bodies’ expectation. Every country highly competes to increase the number of green city. Thus several types of measurement standard for city green level appear and being practically implemented. The study’s objective is to develop a decision support model (DSM) for determining the Indonesian green cities based on the main method fuzzy logic. At this juncture, the Indonesian green city determined by green score of each city in Indonesia. The main method fuzzy logic interconnected to statistics and mathematics approaches. Slope calculation that combined with fuzzy logic conception was operated to treat three of five parameters believed in the model. The model design was delivered by using the object oriented approach and the model itself constructed via programming language Python in Google Colab platform. Finally, the constructed model is able to exhibit a hundred Indonesian cities’ green scores.
Thermal and Humidity Control System in Interior as Climate Responsive Design (Case Study: Rectorate Building of Widya Mandira University in Kupang, East Nusa Tenggara)
Authors: Sekarningrum D A , Agustina I A 
Published: May 2023

Abstract
Design of an interior space is user centered. The controlled thermal and humidity of a room by a data according to standards can meet the needs and comfort of users. The interior of the room is designed as a response to the environmental conditions in which the room designed. The study was conducted to examine how the implementation of thermal and humidity control system in the interior can maximize the comfort aspect of the user. Descriptive qualitative method with an experimental approach used in the study. Data was collected through previous literacy studies and field visit of object of study case, which is Rectorate Building of Widya Mandira University in Kupang, East Nusa Tenggara. This research aims to indicate how an implementation of system in interior design can be an answer to the state of the surrounding environment and becomes a climate responsive design. The results of this study can be used as future approach of smart building in responsive climate design.
Biomorpic Approach In Interior Design of Health and Organic Food Center
Authors: Devina Angela , Asep Ahadiat Gandawijaya R. 
Published: May 2023

Abstract
Alternative concepts about healthy food that is vegetarian lifestyle. Vegetarian has many types, includes using natural food products/organic food. Motif becoming a vegetarian is diverse ranging from health, ethics / morals, and prevention of global warming. Through interior project in designing a health and organic food center, it can provide a place for vegans and can spread a healthy lifestyle to the community. The data search technique is based on conduct a literature study from books and journals which will be analyzed into a theory. Therefore, from designing the health and organic food center, apart from having a commercial purpose, has another purpose in how to design the interior of the room interactively and in detail with the approach of biomorphic shapes and patterns This project is a study case in approach eco design, biomorphic design purpose is to bring out the aspects of nature into space and maintain the connection between human and the space.
Upcycling bicycle parts for interior decoration with smart lightings as an eco-friendly design
Authors: Putra W W , Primadani T I W 
Published: May 2023

Abstract
Used bicycle parts made from metal are often found in waste disposal or sold in flea markets. Metal waste still has economic value because it can be recycled. However, the process requires special equipment and only can be carried out on an industrial scale. Although still sold at flea markets, the problem is that not many bicycle parts buyers. Most spare parts are incompatible with the current bicycle model, so these items pile up in the seller’s stall. This paper will explain the process of upcycling bicycle parts for interior decoration. The aim is to increase these used parts’ economic value and reduce the demand for new materials to make interior decoration lamps. The lamp energy attached to the lampshade is also the focus of research to align with technological developments and obtain sustainable design solutions. This research method is an exploratory-creative approach that goes through four stages of development: define, design, production, application. The exploration of lampshade designs is expected to inspire the use of used goods to reduce waste to create sustainable designs. In addition, using smart-lighting on lampshade products can create an attractive interior atmosphere while saving energy and costs in line with the smart building concept.
Application of Green Architecture Principles in Vernacular Landscape
Authors: Kusumawardhani Seruni , Wasilah Deanawati Insani 
Published: May 2023

Abstract
This research explains how the application of green architecture in vernacular landscapes with a case study in The Ciptagelar Traditional Village, which is in the Mount Halimun National Park Area, Sukabumi Regency. This village has an area of 4,096 hectares and is administratively located in Sukabumi Regency, Lebak Regency, and Bogor Regency. The entire area is still a forest, or leuweung, in Sundanese. A vernacular landscape is a landscape with certain characteristics that have been developed and designed for generations by civilians, without the intervention of architects or landscape experts. This research will identify and describe the application of 6 principles of green architecture according to Brenda and Robert Vale, 1991, Green Architecture Design for Sustainable Future: Conserving Energy, Working with Climate, Respect for Site, Respect for Users, Limiting New Resources, and Holistic. With the qualitative method approach, this research finds that The Ciptagelar Traditional Village has applied green architectural principles to its landscape, although the concept of living is based on customary regulations and ancestral culture that has been carried out for generations (vernacular landscape).
The Influence of Peranakan Culture on The Typology of The Kidang Mas Batik House, Lasem
Authors: Susantio MC , Widyasari RK 
Published: May 2023

Abstract
The Kidang Mas Batik House in Lasem is one of the batik houses that preserves the traditional batik process from generation to generation. They produce batik with motifs and colors typical of the Peranakan Lasem. This production process occurs in a house inhabited from era to generation. Therefore, a building with distinctive architecture still in use today is interesting to study further. Therefore, this study aims to identify the influence of culture on the typology of Rumah Batik Kidang Mas. The research was conducted through several stages: data collection, analysis, formulation of findings, and publications. The results of this study are that most of the architecture and design buildings in the Lasem area have acculturation between Javanese and Chinese cultures. However, the characteristics of each culture are still seen harmoniously. The harmony also can be seen in the Kidang Mas Lasem Batik House’s typology. The acculturation of Javanese and Chinese culture found in most buildings in the Lasem area, especially Babagan and Karangturi sub-districts, adds uniqueness to this area and can be used by the community and government to become a cultural tourism area.