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A mixed-use building refers to a combination of several different functions within a single structure, such as residential, office, shopping, and recreational functions built on one site. Designing a mixed-use building requires careful planning and consideration of various factors such as functional needs, aesthetics, and energy conservation. Additionally, the design of mixed-use buildings incorporates various functions within a single area. Floor slabs and beams use plain reinforcing steel with a quality of Fy = 240 MPa (Ø8mm). The concrete cover is taken as 20 mm. From the design results, several thickness types of slabs were obtained according to the load requirements that must be accommodated above them. The following are the moments acting on the floor slabs and beams. The reinforcement calculations are performed using the capacity strength design method according to SNI 2847-2019. The capacity design concept involves controlling the formation of plastic hinges at predetermined locations. The SAP2000 program can directly calculate the feasibility of the structural dimensions and the amount of reinforcement needed from the input program results. In the SAP2000 program, the concrete code used is the American concrete code ACI-318-05/IBC 2003, which differs in some respects from the concrete code in Indonesia SNI 2847-2019. Adjustments need to be made to comply with the regulations in Indonesia. Internal forces from the SAP2000 program are selected from load combinations that generate the maximum moments at the column face. The flexural and shear reinforcement for beams can be directly read from the SAP2000 output in the form of information on the required area of reinforcement. 

Universitas Pembangunan Panca Budi plans to develop Al-Amin Living Lab and Industrial Park. In the center of this area is the main plaza which has a series of mixed use buildings that need to be connected. This study aims to understand the design of the connection bridge at the main plaza of Al-Amin Living Lab and Industrial Park in Sampe Cita Village, Kutalimbaru District, and how it will serve pedestrians. The research subject is the site location in Sampe Cita Village, Kutalimbaru District, Deli Serdang Regency, with the observed parameters being the physical and non-physical conditions of the design location. The results of this study show that the facilities and infrastructure of the connection bridge for the Mixed-Use Building of Al-Amin Living Lab and Industrial Park consist of circulation pathways connecting the Mixed-Use buildings and a viewing deck, and the design direction of the Mixed- Use Building of Al-Amin Living Lab and Industrial Park meets the criteria.

This research was conducted to design Plaza Utama Al-Amin Living Lab and Industrial Park in Sampe Cita Village, Kutalimbaru District to fulfill the space needs and requirements. The design of Al-Amin Main Plaza Living Lab and Industrial Park in Sampe Cita Village, Kutalimbaru District can create the flexibility of the desired space and shape. Plaza is a word derived from Spanish which has a meaning related to “field”. Plaza can be described as an open space for the public (public space) that can be found in urban areas or a region. Sustainable architecture, also known as green architecture, is an architectural concept that seeks to minimize the negative impact of the building environment with efficiency and moderation in the use of materials, energy, and development space and ecosystem at large. The development of Al-Amin Living Lab and Industrial Park is adjusted to the plans and concepts that have been made. The detailed design of the area to be created must follow the rules of the concept of sustainability and local wisdom. Every building that will be built in this area must have an environmentally friendly and energy-efficient concept. The design of the Main Plaza of Al-Amin Living Lab and Industrial Park follows the rules of sustainable architectural design. This is shown by the use of environmentally friendly materials and designs that are in harmony with the environment. The design concept of the Main Plaza of Al-Amin Living Lab and Industrial Park also refers to the masterplan of the area that has been made before.

A mixed-use building refers to the combination of several different functions in one building, such as residential, office, shopping, and recreational functions built on one site. Designing the structure of a mixed-use building requires careful planning and consideration of various factors such as functional needs, aesthetics, and energy conservation. Additionally, the design of mixed-use buildings includes various functions in one area. The floor slabs and roofs use plain reinforcing steel with a strength of Fy = 240 MPa (Ø8mm). Concrete cover is taken as 20 mm. The design results in several types of slab thicknesses according to the working loads that must be accommodated above them. Below are the moments acting on the floor slabs and roofs. Reinforcement calculations are carried out using the capacity strength design method according to SNI 2847-2019. The concept of capacity design refers to controlling the formation of plastic hinges at predetermined locations. The SAP2000 program can directly calculate the feasibility of structural dimensions and the required reinforcement area from the input program results. In the SAP2000 program, the concrete regulations used are those of the American Concrete Institute ACI-318-05/IBC 2003, which in some aspects differ from Indonesian concrete regulations SNI 2847-20219. Adjustments need to be made to comply with Indonesian regulations. Internal forces from the SAP2000 program are selected from load combinations that produce the maximum field moments and support moments at the column faces. Flexural and shear reinforcement of beams can be directly read from the SAP2000 program output in the form of the required reinforcement area information

. A Mixed-Use Building combines structures with different functions, such as residential, commercial, and cultural buildings, planned within a city. This research focuses on the design of a Mixed-Use Building, referring to the process of planning, illustrating, and developing a concept or idea for a building or physical structure. The study aims to understand the design of the Al-Amin Living Lab and Industrial Park Mixed-Use Building in Sampe Cita Village, Kutalimbaru District. The research material includes the site location in Sampe Cita Village, Kutalimbaru District, Deli Serdang Regency, the needs of the academic community of Panca Budi Development University for research land, and the potential for area development as a tourism facility, such as a mall and other buildings that will support the activities of the area and the surrounding community. The results of this study indicate that the facilities and infrastructure of the Al-Amin Living Lab and Industrial Park Mixed-Use Building consist of a cafe, coffee shop, meeting room, viewing area, and toilets and that the design guidelines for the Al-Amin Living Lab and Industrial Park Mixed-Use Building meet the criteria.

The population growth that aligns with the increasing diverse needs will lead to an increase in waste or residues, both from consumption processes and the results of activities carried out, in the form of garbage. The purpose of this study is to understand the planning of the waste management system at Al-Amin Living Lab and Industrial Park. The research material is the site location in Sampe Cita Village, Kutalimbaru District, Deli Serdang Regency, considering and taking into account the existing waste management system. Littering will affect the activities of the surrounding community, which can ultimately lead to disease. The data used in the study of the management system involves several data collection techniques, namely, field observation and document analysis, direct observation in the field to observe waste management practices, such as collection, sorting, transportation, and disposal. Based on the results of the study, it is explained that the general activities of waste management planning at Al-Amin Living Lab and Industrial Park include containment, collection, transfer, and transportation of waste to the landfill. In terms of waste management planning at Al-Amin Living Lab and Industrial Park, it will consider the needs of people, the amount of waste generated, containment, and the TPST of Al-Amin Living Lab and Industrial Park area, as well as effective waste management.

The design of the building connection bridge at the main plaza is a crucial step in urban infrastructure development, allowing pedestrians to move safely and efficiently between various key points within an area. This study aims to understand the design of the building connection bridge at the main plaza of Al-Amin Living Lab and Industrial Park in Sampe Cita Village, Kutalimbaru District, and its function for pedestrians. The research material focuses on the site location in Sampe Cita Village, Kutalimbaru District, Deli Serdang Regency, with observed parameters being the physical condition of the design location and the non-physical condition. The results of this study explain that the facilities and infrastructure of the Mixed-Use Building Connection Bridge at Al-Amin Living Lab and Industrial Park consist of circulation connecting the Mixed-Use buildings and a Viewing Deck and that the design guidelines for the Mixed-Use buildings at Al-Amin Living Lab and Industrial Park have met the criteria.

The growth rate of the population has become a problem in the environmental context, both at the regional, national, and global levels. This issue has become a topic with the awareness that an increase in population affects human socio-economic activities that threaten the environment. This research aims to find out the waste management system planning in the Al-Amin Living Lab and Industrial Park area. This type of research is qualitative descriptive research with a literature study research method through a literature study derived from previous research journals related to the title. The results of this study indicate that the waste management planning in Kutalimbaru Sub-District, Sampe Cita Village, in the Al-Amin Living Lab and Industrial Park area focuses on the Indonesian National Standard (SNI) 3234-2008, including activities such as sorting, composting, and recycling. Implementing a new waste management paradigm, such as collecting, sorting, transporting, processing, and disposing, views waste as a resource with economic value that can be utilized.

The Al-amin Science And Industrial Park area is projected to become a center for field laboratories and workshops that accommodate all study programs at UNPAB. In addition, the Al-amin Science And Industrial Park area is also planned to be the location of Ecoedutourism (Ecoedutourism) based on agriculture and processing of agricultural products. Eco-education is expected to attract visitors to enjoy the location of the Al-amin Science And Industrial Park Area with attractions based on field activities from study programs at UNPAB such as horticultural gardens, nurseries, animal husbandry, waste management for the use of renewable energy to processing packaging of garden and livestock products. The construction of the Al-amin Science And Industrial Park Area Mosque is expected to become a center of Islamic activities consisting of worship activities, mu'amalah and da'wah education, as well as Islamic information centers, not only for the Al-amin Science And Industrial Park area but also for the surrounding community and visitors to the area.

Educational and research facilities are important for a university. Universitas Pembangunan Panca Budi (UNPAB) wants to provide the best educational and research facilities for its academic community. Living lab and Industrial Park is one of the facilities that UNPAB wants to provide and will greatly support educational and research activities within the university. Based on this, a good Living Lab and Industrial Park area masterplan is needed to create an efficient area. The concept offered in the planning of the Living Lab and Industrial Park Area is Tropical Sustainable while still considering local cultural values. The facility plans provided are livestock areas, agricultural and plantation areas, product processing areas, sports facilities areas, management offices, and ecotourism areas. The living lab and industrial park area is expected to become a superior educational and research facility and can be a producer of products and innovations of UNPAB academics and researchers.

A living lab is an open innovation ecosystem in a real-life environment that uses an iterative feedback process across innovation lifecycle approaches to create sustainable impact. Living lab is an area that is projected to become a field laboratory and workshop center that accommodates all study programs at UNPAB. This area is also planned to become Ecoedutourism. This analysis resulted in the design of supporting buildings in the Al Amin Science and Industrial Park (Living Lab) farm area. The results of this design are expected to be a direction for the development of supporting buildings in the Farm area of Al Amin Science and Industrial Park (Living Lab).

The impact of carbon emissions as a major cause of climate change has raised concerns and become a challenge for the international community. To reduce emissions, it is necessary to study the carbon footprint of activities in Al-Amin. The planning of Al Amin Living lab and Industrial Park along with the administration in which various activities produce carbon emissions these activities need to be calculated to find out how much the activity contributes to the emissions produced so that negative impacts on the environment can be minimized. Opportunities for PSE-GR Development Areas with the concept of Eco-Tech-Edu Tourism which has an understanding of Circular Economy Education (CED) is still very minimal in North Sumatra, PSE-GR can be a pioneer in spreading this understanding of CED where the integration of economic and educational activities occurs which at the same time helps maintain the preservation of nature. Encouraged by the development of the Independent Learning Curriculum (ILC), it is hoped that PSE-GR can become a place for research, service, and practicum of the UNPAB academic community that increases awareness of the need for nature conservation. Because Green Technology from across fields of science is still very minimally discussed and is still often partially researched, UNPAB can be an example of the integration of fields of science that become practical, dynamic, educational, and economic value innovations. The existence of 20 ha of land owned by the Prof. DR H Kadirun Yahya Foundation, it is hoped that UNPAB can develop a Living lab ecosystem at least on 10 ha of land. PSE-GR is not expected to be as exclusive as tourist areas in general, with the concept of CED, PSE-GR will not only help become an income generator & source of educational land for the academic community but also help the welfare of the village and the surrounding community. Carbon footprint studies are carried out in 3 scopes according to The Greenhouse Gas Protocol (GHG Protocol), namely emissions from sources owned or directly controlled by the faculty, indirect emissions from electricity consumption, and other indirect emissions (WRI and WBSCD, 2004). Carbon footprint emissions from all three scopes are calculated based on methods from the International Panel on Climate Change (IPCC) for the national greenhouse gas (GHG) inventory.

Rivers are places, containers, and networks of water irrigation from springs to estuaries. The existence of rivers with their nature that flows from upstream to downstream has the potential for opportunity value and externality effects between upstream and downstream or along river flows (Pangesti, 2000). Eco-Tech-Edu Tourism Combination and integration of learning across applicable programs, the flow of the Babarsari river looks clear and flows well, so this is used in the construction of living labs and industrial parks. In its use as ecotourism, it is necessary to analyze the burden of pollutants. In determining the burden of pollutants, it is necessary to carry out water analysis and water status analysis based on the Decree of the Minister of Environment no. 115 of 2003 concerning guidelines for water quality status.