Journal of Ikatan Ahli Manajemen Proyek Indonesia

Penyusunan Dokumen As-Built Drawing Pekerjaan Struktur Atas Pembangunan Monumen dan Museum Reog Ponorogo Dengan BIM Revit

Bagus Candra Dwinugraha — 2024-10-31

The increasing growth rate and complexity of construction projects have driven construction service providers to work more efficiently and effectively, leading the construction industry to adopt Building Information Modeling (BIM) technology. In the highly complex construction project of the Reog Ponorogo Monument Museum, changes in work and new items from the initial plan caused the evaluation of budget, work volume, and reduction of work items, as well as changes in the structural drawings due to initial planning discrepancies with actual site conditions. This study employs the BIM Revit method with data on the upper structure of 14 floors, adjusted to real conditions on-site. The modeling was conducted using Autodesk Revit 2024 to create detailed 3D structural models and detect clashes between systems. The objectives of this study are to analyze clashes using Clash Preventor, determine the work volume (Quantity Take Off) using the BIM Revit method, and understand the stages of preparing As-Built Drawings for the upper structure work. The results of the As-Built Drawing documentation indicate that based on clash detection analysis in Clash Preventor Revit, around six clashes between concrete elements were found, which were subsequently rectified to zero clashes. The work volume for the upper structure obtained was 631,824.58 kg of reinforcement, 19,652.93 m² of formwork, and 3,331.44 m³ of concrete. Volume validation showed a deviation of 0.40% for reinforcement, 0.02% for formwork, and 0.00% for concrete. The stages of preparing the As-Built Drawing document began with creating project files, grids, and levels, followed by modeling the upper structure to obtain the work volume, which included modeling columns, beams, slabs, stairs, and shear walls with detailed reinforcement information. The As-Built Drawing document is used for operational control and project maintenance to ensure it aligns with the building projection and remains relevant in the future.

Aplikasi Building Information Modelling (BIM) 5D pada Pembangunan Gedung Bali International Hospital (Gedung B)

Anik Ratnaningsih — 2024-10-31

In the 4.0 era, technological developments are needed in sustainable construction, such as in the Bali International Hospital construction infrastructure project using Building Information Modeling (BIM). The use of BIM is able to minimize and avoid miss communication and errors in reading data between scientific disciplines and can also reduce time and costs in the construction of construction projects. Autodesk Revit is one part of the BIM software. which allows users to be able to plan building construction in 3D both architecturally, structurally, and MEP as well as integrating data such as cost budgets, project schedules, and material specifications into the model to be more accurate. In the Bali International Hospital project, the use of Autodesk Revit software is only limited to 3D modeling, not to bring up the results of quantity take off, in this study will be studied related to the use of Autodesk Revit software in scheduling (BIM 4D), quantity take off and Budget Plan (BIM 5D). The research steps include data collection, 3d modeling with autodesk revit 2021 software, clash detection, Quantity take off for cost budget plan, scheduling plan using ms project, scheduling simulation with navisworks manage 2021. The application of BIM in the Bali International Hospital construction project (Building B), obtained 3d modeling consisting of foundation work up to the construction of the building.

Indeks Kepuasan Masyarakat Terhadap Pelayanan Penerbitan Persetujuan Bangunan Gedung (PBG) di Kabupaten Jember

Syaif Ali Naqie — 2024-10-31

This study examines public satisfaction with the Building Permit (PBG) issuance service in Jember Regency through the SIMBG application. Using a questionnaire instrument based on Permenpan No. 14 of 2017 and the E-Govqual dimension, this study involved 13 housing developer respondents as samples. The analysis results show that the Public Satisfaction Index (IKM) value is 83.12 from the Permenpan questionnaire and 79.04 from E-Govqual, both categorized as "Good." However, two E-Govqual variables were categorized as "Less Good": transaction speed and affordable internet access. Strategic recommendations include improving technological infrastructure, training system management human resources, and intensifying socialization to the community and developers. These findings provide important input for local governments to improve the quality of digital public services more inclusively and efficiently.

Permodelan dan Perhitungan RAB Menggunakan BIM (Building Information Modelling) Pada Proyek IGD RSUD Soedono Kota Madiun

Firdaus AnnuRian — 2024-10-31

This study discusses the application of Building Information Modeling (BIM) using Autodesk Revit software to model building structures and calculate the Budget Plan (RAB) for the Emergency Room of Soedono Hospital, Madiun City construction project. The primary focus is on modeling the upper and lower structures in three dimensions, calculating the volume of concrete and reinforcement work (quantity take-off), and estimating project costs based on the unit price of Madiun City in 2023. The results showed that the volume of column concrete was 897.13 m³, beams 1,771.90 m³, floor slabs 1,604.22 m³, and pile caps 599.83 m³. The amount of reinforcement needed reached 731,419.88 kg from the basement floor to the 9th floor. The estimated total cost of concrete and reinforcement work is IDR 16,344,938,454.98. This study shows that BIM improves efficiency in modeling and clash detection and provides high transparency and accuracy in the preparation of construction RAB.

Analisis Risiko Teknis Rencana Keselamatan Konstruksi Pada Pembangunan Gedung Menggunakan Metode PROMETHEE

Wahid Hidayatullah — 2024-10-31

Implementing the Construction Safety Management System (SMKK) is crucial, considering the high number of work accidents in building projects in Indonesia. This study aims to identify and rank work safety risks in the construction project of the State Higher Education Hospital of Jember University and compile control recommendations for the highest risks. The analysis methods used are the Risk Breakdown Structure (RBS) and the Preference Ranking Organization Method for Enrichment Evaluation (PROMETHEE). Primary data were obtained from distributing questionnaires and interviews with 10 key project respondents. The identification results showed 40 categories of technical risks, with the highest risk being "falling from a height" on the work of the 6th-floor beam of the upper structure. Control recommendations include the installation of K3 signs, increased supervision, provision and use of PPE, and implementation of Job Safety Analysis (JSA). These findings confirm that combining RBS and PROMETHEE can provide accurate and applicable risk ranking results to support effective construction safety planning.