Presentation for visiting NUS - NTU Singapore Ocean Engineering ITB Master/Graduate Student Field Trip August 26-29th, 2013 credits: Ajie Nur Rendragaha

1. Initial Meeting
Nanyang Technological University (NTU)
National University of Singapore (NUS)
Institut Teknologi Bandung (ITB)
Irsan Soemantri Brodjonegoro, Ph.D
Head of Ocean Engineering Program
August 2013
Ocean Engineering Master Program
Faculty of Civil and Environmental Engineering (FCEE)
Institut Teknologi Bandung

2. Outline
Introduction
Laboratory Facility
Researches Product
Student Activities

3. Introduction
What is Ocean Engineering
Ocean Engineering is a field of study about building structure in the ocean whether it is
on or off the shore.
Moreover ocean engineering also studies how to control the ocean environment to
benefit human life.

4. Introduction
Ocean Engineering Program ITB (Under Graduated)
• Start in 1985 by New Ocean Engineering Program, World Bank Project XVII.
• Since 1994 start receive students from national exam entry.
• Ocean Engineering is under the Faculty of Civil and Environmental Engineering.
• Ocean Engineering (OE) Program of ITB has been accredited by Accreditation Board
for Engineering and Technology (ABET) for 6 years (2011-2017)
• We are First Ocean Engineering Program Outside of US that Accredited by ABET

5. Introduction
Ocean Engineering Master Program ITB
• Ocean Engineering master’s program was established in 2002 as a specialized
program under the Department of Civil Engineering.
• In 2005, following a reorganization of ITB, Ocean Engineering master’s program
became a graduate program under the Department of Ocean Engineering.
• Since 2008, fast track program added from Undergraduate Programs link to Master
Program.
• In 2011, Ocean Engineering Master Program had been accredited A by Badan
Akreditasi Nasional – Perguruan Tinggi (BAN-PT).

6. Introduction
Ocean Engineering Interest
Coastal
Port and JettyUnderwater
Accoustic
Ocean Environment
Control
Ocean Engineering Interest
Offshore
Ocean Energy

7. Introduction
Faculty Member

8. Introduction
Faculty Member Speciality
Muslim Muin, Ph.D
3-D Ocean Model Hydrodynamics,
Sediment Transport Model, Water
Quality Model, Wave and Structure
Interaction, Oil Spill Model, Tsunami,
GIS, Structural Dynamic
Prof. Hangtuah Salim
Met Ocean Analysis, Design of Port
Infrastructure and Design of
Berthing Structure/Wharf, Boat
Landing)
Prof. Ricky Lukman Tawekal
Structural Engineering, Offshore
Structures Design, Pipeline, and Naval
Architecture
Hasan Bachri, M.Eng.
Reclamation and Dredging, Port -
harbor design and development
Andojo Wurjanto, Ph.D.
Meteorological and Oceanographic
(Metocean) Parameters, Wave-Coastal
Structures Interaction, Simulation of
Coastal Physical Process
Dr. Syawaluddin Hutahaean
Coastal structure such as shore
protection, fishery and marine culture
infrastructure planning and coastal
dynamics
Irsan S. Brodjonegoro, Ph.D.
Meteorological and Oceanographic (Met
Ocean) Data Acquisition, Hydrographic
Survey, Underwater Acoustics, Structural
Acoustics, Acoustical Oceanography,
Broadband Acoustical Imaging, Marine
Geo-mechanic, Acoustical Imaging
Krisnaldi Idris, Ph.D.
Hydrodynamics, fluid-structures
interactions, floating structure, ocean
energy
Harman Ajiwibowo, Ph.D.
Scouring under Structures, Surf zone,
Hydrodynamics, Wave-Structures
Interactions, Reinforced Concrete for
Coastal Structures

9. Introduction
Sri Murti Adiyastuti, Ph.D
Structural analysis and mechanic of
ocean structure material, corrosion
and Marine concrete
Rildova, Ph.D
Structural Engineering, Offshore
Structures Design, Pipeline
Dr. Hendra Achiari
Coastal management and environment
such as numerical model in ocean
environment and process
Dr. Hendriyawan
Marine geotechnical engineering, soil
mechanic, offshore foundation; Soil
improvement; slope stability; foundations;
geotechnical earthquake engineering
Dr. Nita Yuanita
Coastal management and
environment, numerical model on
sediment transport and coastal
sedimentation
Dr. Paramashanti
Structural analysis and mechanic of
ocean structure material
Ahmad Mukhlis Firdaus, MT
Meteorological and Oceanographic
(Metocean) Parameters ,Wave-Coastal
Structures Interaction, Simulation of
Coastal Physical Process, Marine Renewable
Energy
Eko Charnius Ilman, MT
Pipeline Engineering, Marine
Engineering
Faculty Member Speciality

10. Outline
Introduction
Laboratory Facility
Researches Product
Student Activities

11. Laboratory Facility
No text of specified style in document.-1 Location of
Ocean
Engineering
Laboratory
• Ocean Engineering (OE)
laboratory established in 1994.
• All OE students have access to
laboratory facility and field
instrument to conduct
experiments and ocean
measurements.
• Students are also exposed to
ocean engineering experiment
and measurement
• OE laboratory not only used for
OE students but also companies
that want to do experiment and
ocean measurement

12. Laboratory Facility
• Flow Channel and Turbine Conversion Testing
Flow channel with length of 20 meters that can generate flow with maximum
velocity of 0.50 m/s. This channel is operated with suction and injection pump
system.

13. Laboratory Facility
• 3-D Wave Basin
3-D Wave Basin Specification
Dimension
• Length
• Width
• Depth
12 m
10 m
1 m
Maximum Water Depth 60 cm
Maxium Wave Height
(in max water depth)
32 cm
Period Range 1,2 – 14,4 s
Machine Power 15 kW

14. Laboratory Facility
• Towing Tank
Towing Tank Specification
Ship Model Dimension
• Length 1 to 2,5 m
Water Depth 0 to 1,5 m
Towing Speed 0 to 5 m/s
Machine Power 3 phase 3.7 kW
5 Hp
1400 RPM
Inverter and PLC VLT 2855 380 V
50/60 Hz
10,6 A
Danfoss
PLC LG Master

15. Laboratory Facility
• 2-D Wave Flume
2-D Wave Flume Specification
Dimension
• Length
• Width
• Depth
40 m
1.2 m
1 .4 m
Maximum Water Depth 80 cm
Maxium Wave Height
(in max water depth)
29 cm
Period Range 1,8 – 16 s
Machine Power 7.5 kW

16. Outline
Introduction
Laboratory Facility
Researches Product
Student Activities

17. Researches Product
• A-jack Armor Material Development

18. Researches Product
• Skirted Pile Foundation Breakwater

19. Researches Product
• Perforated Skirt Breakwater

20. Researches Product
• Pontoon Type Floating Breakwater

21. Researches Product
• Tidal Current Energy Conversion Research

22. Researches Product
• Wave Energy Conversion Research

23. Researches Product
• Wave Rider
Wave Rider Test Report
Optimum Water Depth 60 cm
Maximum RPM
(in optimum water depth)
1100 RPM
Maxium Power
(in optimum water depth)
180 W
Voltage Range 3 – 60 V
Ampere Range 1,5 – 3 A

24. Outline
Introduction
Laboratory Facility
Researches Product
Student Activities

25. Student Activities
Competition
First Place in Marine Innovation and Technology
Competition (MITC) 2012 at Institut Teknologi
Sepuluh November (ITS), Surabaya.
Won Favorite Prototype in Lomba Karya
Cipta Maritim Nasional (LOKARINA) 2012
at Institut Teknologi Sepuluh November
(ITS) di Surabaya

26. Student Activities
Competition
First Place in National Innovation Competition 2011

27. Student Activities
Field Trip

28. Student Activities
Expo and Exhibition

29. THANK YOU