CONSTRUCTION EXECUTION DESIGN OF BAKAUHENI FERRY PORT
Fulfillment of inter-island connectivity in Indonesia, especially for passengers, can be realized through strait crossings facilitated by ferries as the mode of transportation and ports as the required transportation infrastructure. One of them is between Java and Sumatra. Ferry and port faciliti...
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id-itb.:437572019-09-30T10:13:34ZCONSTRUCTION EXECUTION DESIGN OF BAKAUHENI FERRY PORT Alfian Gunawan, Muhammad Indonesia Final Project Bakauheni Ferry Port, construction method, work volume, duration of work, construction cost estimation INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/43757 Fulfillment of inter-island connectivity in Indonesia, especially for passengers, can be realized through strait crossings facilitated by ferries as the mode of transportation and ports as the required transportation infrastructure. One of them is between Java and Sumatra. Ferry and port facilities on both islands are urgently needed to facilitate the growing trip demand. In 2045, it is projected that the trip demand for passengers is as many as 1,691,697 people and as many as 2,946,286 for vehicles. This demand can be realized through Bakauheni Ferry Port, Lampung, in Sumatra Island. The scope of this Final Project includes the making of Work Breakdown Structure, planning construction methods, calculating work volume, determining duration based on productivity, designing a schedule based on duration and logic of work dependency, and estimating project costs in detail. The work volume calculation is done manually, based on the detailed design of each facility. The determination of duration of work is based on productivity based on heavy equipment lead resouces and workforce lead resources. Then, a construction schedule is made based on work duration and logic dependency. Detailed cost estimation is done using two methods, unit price using SNI and Permen PUPR No. 28 of 2016 Appendix, and enumeration resources using the author’s analysis. The Bakauheni Ferry Port project is planned to be implemented from October 1, 2019 to January 23, 2021 for a total duration of 456 days. Preparatory work was carried out for 66 days, terminal’s substructure work for 140 days, terminal’s superstructure work for for 194 days, sea-side infrastructure work for 342 days, drainage work for 160 days, and pavement work for the port area for 350 days. The project direct costs are Rp.335,421,876,127, with the percentage of costs being 8.113% for preparatory work, 16.069% for terminal’s substructure work, 10.845% for terminal’s superstructure work, 12.875% for sea-side work, 8.804% for drainage work, and 43.295% for pavement work in the port area. After adding direct cost with indirect costs and tax, the cost budget plan obtained for the project are Rp.428,386,794,190. text |
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Fulfillment of inter-island connectivity in Indonesia, especially for passengers, can
be realized through strait crossings facilitated by ferries as the mode of
transportation and ports as the required transportation infrastructure. One of them
is between Java and Sumatra. Ferry and port facilities on both islands are urgently
needed to facilitate the growing trip demand. In 2045, it is projected that the trip
demand for passengers is as many as 1,691,697 people and as many as 2,946,286
for vehicles. This demand can be realized through Bakauheni Ferry Port, Lampung,
in Sumatra Island. The scope of this Final Project includes the making of Work
Breakdown Structure, planning construction methods, calculating work volume,
determining duration based on productivity, designing a schedule based on duration
and logic of work dependency, and estimating project costs in detail.
The work volume calculation is done manually, based on the detailed design of each
facility. The determination of duration of work is based on productivity based on
heavy equipment lead resouces and workforce lead resources. Then, a construction
schedule is made based on work duration and logic dependency. Detailed cost
estimation is done using two methods, unit price using SNI and Permen PUPR No.
28 of 2016 Appendix, and enumeration resources using the author’s analysis.
The Bakauheni Ferry Port project is planned to be implemented from October 1,
2019 to January 23, 2021 for a total duration of 456 days. Preparatory work was
carried out for 66 days, terminal’s substructure work for 140 days, terminal’s
superstructure work for for 194 days, sea-side infrastructure work for 342 days,
drainage work for 160 days, and pavement work for the port area for 350 days. The
project direct costs are Rp.335,421,876,127, with the percentage of costs being
8.113% for preparatory work, 16.069% for terminal’s substructure work, 10.845%
for terminal’s superstructure work, 12.875% for sea-side work, 8.804% for drainage
work, and 43.295% for pavement work in the port area. After adding direct cost
with indirect costs and tax, the cost budget plan obtained for the project are
Rp.428,386,794,190. |
format |
Final Project |
author |
Alfian Gunawan, Muhammad |
spellingShingle |
Alfian Gunawan, Muhammad CONSTRUCTION EXECUTION DESIGN OF BAKAUHENI FERRY PORT |
author_facet |
Alfian Gunawan, Muhammad |
author_sort |
Alfian Gunawan, Muhammad |
title |
CONSTRUCTION EXECUTION DESIGN OF BAKAUHENI FERRY PORT |
title_short |
CONSTRUCTION EXECUTION DESIGN OF BAKAUHENI FERRY PORT |
title_full |
CONSTRUCTION EXECUTION DESIGN OF BAKAUHENI FERRY PORT |
title_fullStr |
CONSTRUCTION EXECUTION DESIGN OF BAKAUHENI FERRY PORT |
title_full_unstemmed |
CONSTRUCTION EXECUTION DESIGN OF BAKAUHENI FERRY PORT |
title_sort |
construction execution design of bakauheni ferry port |
url |
https://digilib.itb.ac.id/gdl/view/43757 |
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1821998968572215296 |