Damanik, Bobby Armanda Akeda (2014) Penerapan Metode Penjadwalan Berulang (Repetitive Scheduling Method) Pada Proyek Princeton Tower Educity Residence Surabaya. Undergraduate thesis, Institut Teknologi Sepuluh Nopember.
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Abstract
Makin maraknya pembangunan di Indonesia ini, menuntut
para kontraktor untuk menyelesaikan proyek-proyek yang mereka
tangani dengan cepat, tepat, dan hemat. Proyek multi unit sering
kita jumpai akhir-akhir ini, seperti jalan tol dan apartemen
misalnya. Disebut sebagai proyek dengan multi unit, dikarenakan
banyaknya aktivitas-aktivitas berulang pada proyek tersebut,
misalnya pada apartemen ada aktivitas pemasangan batu bata
pada dinding. Aktivitas ini bersifat repetitive/berulang, karena
ada pada setiap lantainya.
Melihat latar belakang diatas, penerapan Repetitive
Scheduling Method (RSM) dapat menjadi alternatif dalam
menjadwalkan proyek-proyek yang multi unit tersebut. Dalam
studi ini dilakukan pengintegrasian metode RSM kedalam model
yang umum dan sedehana. Dengan menggunakan metode RSM
ini, dapat menjamin penggunaaan sumber daya yang
berkelanjutan tanpa adanya penundaan antar pekerjaan. Metode
RSM mempunyai kelebihan-kelebihan, seperti penampakan
diagramnya yang lebih sederhana serta mudah dibaca, karena
merupakan diagram berskala waktu. Dalam studi ini, penerapan
RSM dilakukan pada proyek Princeton Tower Educity Residence
Surabaya, dan dilakukan dalam beberapa prosedur, yaitu
ii
pengumpulan data-data volume pekerjaan dan durasi proyek,
perhitungan jumlah pekerja yang dibutuhkan, dan menentukan
hubungan antar aktivitas. Lalu akan dilakukan perubahan
penjadwalan proyek ke dalam diagram Repetitive Scheduling
Method (RSM).
Akan didapat durasi-durasi baru dari pengolahan data
proyek yang kemudian diterapkan metode RSM kedalamnya.
Penjadwalan aktual proyek berupa kurva S kemudian dirubah
kedalam bentuk penjadwalan dengan Microsoft Project didapat
durasi 301 hari. Pembuatan diagram RSM pertama, yaitu setelah
menghilangkan jeda/lag antar aktivitas dari penjadwalan aktual
didapat durasi 233 hari. Diagram RSM kedua, merubah garis
produktivitas, yaitu mempercepat pekerjaan bekisting balok dan
plat lantai dengan cara penambahan jumlah pekerja, didapat
durasi 199 hari. Diagram RSM ketiga, merubah garis
produktivitas pekerjaan pengecoran balok dan plat lantai dengan
cara menambah jumlah jam kerja (lembur), didapat durasi 166
hari.
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There are a lot of construction projects in Indonesia,
requires the contractor to complete the projects they are working
with a fast, accurate, and economical method. Multi-unit projects
can be seen a lot lately, such as toll roads and apartments for
example. Referred to as the multi-unit project, because many
repetitive activities on the project, for example, in an apartment
there is activity on the installation of a brick wall. These activities
are repetitive on each floor.
Seeing the above background, the application of Repetitive
scheduling method can be an alternative for project scheduling
that are multi-unit In this study the method of integrating RSM
into a common model. By using the RSM, can ensure sustainable
use of resources without delay / slag between jobs. RSM has
advantages, such as the appearance of the diagram that is
simpler and easier to read, because it is a time-scale diagram In
this study, RSM applied to Princeton Tower Educity Residence
Project, and conducted in several procedures, the collection of
the data volume of work and the duration of the project, the
calculation of the number of workers needed, and determine the
sequence between activities.
There will be some results of data processing projects by
using RSM. The actual scheduling of the project in the form of the
iv
S curve, converted into scheduling with Microsoft Project
obtained duration of 301 days making the first RSM diagram, ie
after eliminating the lag between the actual activity of the
scheduling duration of 233 days. Second RSM diagram, change
the lines of productivity, accelerate work ie beam and slab
formwork by adding workers, obtained duration of 199 days.
Third RSM diagram, change lines of productivity beam and slab
casting by increasing the number of working hours (overtime),
obtained duration of 166 days.
| Item Type: | Thesis (Undergraduate) |
|---|---|
| Additional Information: | RSS 658.53 Dam p 3100014056262 |
| Uncontrolled Keywords: | penjadwalan, Princeton Tower Educity Residence, Repetitive Scheduling Method (RSM) |
| Subjects: | H Social Sciences > HD Industries. Land use. Labor > HD69.T54 Time management. Scheduling |
| Divisions: | Faculty of Civil Engineering and Planning > Civil Engineering > 22201-(S1) Undergraduate Thesis |
| Depositing User: | Yeni Anita Gonti |
| Date Deposited: | 16 Oct 2020 02:57 |
| Last Modified: | 16 Oct 2020 02:57 |
| URI: | http://repository.its.ac.id/id/eprint/82144 |
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