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All Journal Jurnal Teknik Sipil TIERS Information Technology Journal
Ravika Nur Melinda
Universitas Pendidikan Nasional
Civil Engineering, Building, Construction & Architecture Computer Science & IT

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Program Perhitungan RAB Pekerjaan Struktur Baja (WF BEAM) Menggunakan Bahasa Python Ravika Nur Melinda; Laisita Meitya Ningrum; Ida Bagus Suryabrata; Gede Swarna Bayu Artha Dwipa; Tyas Pratama Sukoco
TIERS Information Technology Journal Vol. 2 No. 1 (2021)
Publisher : Universitas Pendidikan Nasional

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (400.985 KB) | DOI: 10.38043/tiers.v2i1.2838

Abstract

ABSTRACT Making a budget plan in a project is often done manually which of course takes a long time to complete. In determining the budget plan, there are many types of work such as preparatory work, reinforced concrete work, and steel work, so it is quite difficult to work on. The budget plan can only be done by experts in the field, so it requires quite expensive processing costs. From the problems described above, we need a program that can simplify the calculation of the budget plan, especially in steel works (WF Beam). In this case, we created a program using the python language that needed to input some data such as rod length, number of bars, type of steel, steel prices, and work wages so that it would immediately produce a value or amount of the volume and price of a steel work that could help contractors especially steel subcontractors in calculating steel work (WF Beam). Keywords: python, RAB, WF beam, work volume, job price. ABSTRAK Pembuatan rencana anggaran dan biaya dalam sebuah proyek sering dilakukan secara manual yang tentunya membutuhkan waktu yang cukup lama untuk menyelesaikannya. Dalam menentukan rencana anggaran dan biaya, ada banyak jenis pekerjaan seperti pekerjaan persiapan, pekerjaan beton bertulang, dan pekerjaan baja, sehingga cukup sulit untuk dikerjakan. Rencana anggaran dan biaya juga hanya bisa dikerjakan oleh tenaga ahli pada bidang tersebut sehingga membutuhkan biaya pengerjaan yang cukup mahal. Dari permasalahan yang sudah dijabarkan diatas maka dibutuhkan sebuah program yang dapat mempermudah perhitungan rencana anggaran dan biaya khususnya di pekerjaan baja (WF Beam). Dalam hal ini, kami membuat sebuah program menggunakan bahasa python yang perlu menginputkan beberapa data seperti panjang batang, jumlah batang, jenis baja, harga baja, dan upah pekerjaan sehingga akan langsung menghasilkan nilai atau besaran dari volume dan harga suatu pekerjaan baja yang dapat membantu kontraktor khususnya sub kontraktor baja dalam melakukan perhitungan pekerjaan baja (WF Beam). Kata kunci: python, RAB , WF beam, volume pekerjaan, harga pekerjaan.
Program Perhitungan RAB Pekerjaan Struktur Baja (WF BEAM) Menggunakan Bahasa Python Ravika Nur Melinda; Laisita Meitya Ningrum; Ida Bagus Suryabrata; Gede Swarna Bayu Artha Dwipa; Tyas Pratama Sukoco
TIERS Information Technology Journal Vol. 2 No. 1 (2021)
Publisher : Universitas Pendidikan Nasional

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (400.985 KB) | DOI: 10.38043/tiers.v2i1.2838

Abstract

ABSTRACT Making a budget plan in a project is often done manually which of course takes a long time to complete. In determining the budget plan, there are many types of work such as preparatory work, reinforced concrete work, and steel work, so it is quite difficult to work on. The budget plan can only be done by experts in the field, so it requires quite expensive processing costs. From the problems described above, we need a program that can simplify the calculation of the budget plan, especially in steel works (WF Beam). In this case, we created a program using the python language that needed to input some data such as rod length, number of bars, type of steel, steel prices, and work wages so that it would immediately produce a value or amount of the volume and price of a steel work that could help contractors especially steel subcontractors in calculating steel work (WF Beam). Keywords: python, RAB, WF beam, work volume, job price. ABSTRAK Pembuatan rencana anggaran dan biaya dalam sebuah proyek sering dilakukan secara manual yang tentunya membutuhkan waktu yang cukup lama untuk menyelesaikannya. Dalam menentukan rencana anggaran dan biaya, ada banyak jenis pekerjaan seperti pekerjaan persiapan, pekerjaan beton bertulang, dan pekerjaan baja, sehingga cukup sulit untuk dikerjakan. Rencana anggaran dan biaya juga hanya bisa dikerjakan oleh tenaga ahli pada bidang tersebut sehingga membutuhkan biaya pengerjaan yang cukup mahal. Dari permasalahan yang sudah dijabarkan diatas maka dibutuhkan sebuah program yang dapat mempermudah perhitungan rencana anggaran dan biaya khususnya di pekerjaan baja (WF Beam). Dalam hal ini, kami membuat sebuah program menggunakan bahasa python yang perlu menginputkan beberapa data seperti panjang batang, jumlah batang, jenis baja, harga baja, dan upah pekerjaan sehingga akan langsung menghasilkan nilai atau besaran dari volume dan harga suatu pekerjaan baja yang dapat membantu kontraktor khususnya sub kontraktor baja dalam melakukan perhitungan pekerjaan baja (WF Beam). Kata kunci: python, RAB , WF beam, volume pekerjaan, harga pekerjaan.
Analisis Pengaruh Perubahan Kontrak (Addendum) Akibat Force Majeure Menggunakan SPSS dan SmartPLS : (Studi Kasus: Proyek BKS-LPD Kabupaten Karangasem) I Komang Agus Ariana; Ravika Nur Melinda; Dewa Ayu Putu Adhiya Garini Putri; Putu Ariawan
Jurnal Teknik Sipil Vol 19 No 1 (2023): Jurnal Teknik Sipil
Publisher : Universitas Kristen Maranatha

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.28932/jts.v19i1.5256

Abstract

Due to delays brought on by force majeure, the BKS-LPD Building Construction Project required a contract change order (addendum) to give the service providers a chance to finish the work. According to earlier studies, contract change orders (addendum) have an impact on the price and timeline of the work. The aim of the research is to use the SPSS and SmartPLS tools to find out the result of the impact of the contract change ordered due to force majeure. The research method utilized consists of retesting the questionnaire's results from earlier research utilizing the SPSS and SmartPLS computer tools. The purpose of the retesting is to identify any differences between the analysis results from the SmartPLS program and the analysis results from earlier research conducted using SPSS, as well as to evaluate the precision of each statistical software. According to the results of the SPSS, the addendum significantly affects costs by 12.6%. Only by 4.9% and 0.4% did the addendum's impact on quality and time become insignificant. The analysis's results for the SmartPLS program revealed that the addendum significantly impacted cost and quality by 11.9% and 12.6%, respectively. The addendum's impact is insignificant because it is just 0.4% on time. Differences in margins or limitations on validity test requirements that are quite dissimilar in the need to qualify for each of these statistical programs lead to differences in analysis results between the SPSS and SmartPLS programs, especially in the relation of addendums to quality. Due to this, while using the SmartPLS tool for analysis, several variable indicators were left out.
Co-Authors Agus Ariana, I Komang Dewa Ayu Putu Adhiya Garini Putri Gede Swarna Bayu Artha Dwipa Ida Bagus Suryabrata Laisita Meitya Ningrum Putu Ariawan Tyas Pratama Sukoco